전남창조경제혁신센터

Organized by

Co-Technically Hosted by

Sponsored by

Hosted by Gwangju-Jeonnam Nanotechnology Union

November 10 - 11, 2016

Mokpo National University &

Shinan Beach Hotel

November 10-11. 2016.

Mokpo National University & Shinan Beach Hotel

Program & Proceedings

Proceedings

- Plenary Session

- Invited Session

- Special Session

- Poster Session

CONTENTS

Session & Events

Venue

Partners & Sponsors

Committee Members

Welcoming Remarks

ICNST 2016 Overview

Program at Glance

It is a great pleasure and honor to welcome you to the 14th International Conference on Nano Science and Nano Technology 2016(ICNST 2016), which will be held from November 10 to 11, 2016, at Mokpo National University in Mokpo(Muan), Korea.

ICNST is one of the biggest and foremost conference in Gwangju-Jeonnam held annually from 2003 for 14 years and it has been providing the best international conference for experts from academia, industries, where they present their latest information and exchange ideas in the fundamental and applied aspects of Nano science and Nano technology. Also, ICNST 2016 will assist you to share your knowledge, experiences and creative idea each other through interacting with worldwide experts, to be the Best Fesival in the field of Nano science and Nano technology. Mokpo(Muan), the host city for ICNST 2016, is a truly beautiful and historical port city located in the southwestern corner of the Korean peninsula that has been preserving its unique cultural traditions since ancient times. On behalf of the Organizing Committee of ICNST 2016, we would like to express our warmest welcome to all of you who are participating in ICNST 2016, and hope you will enjoy your stay in Mokpo(Muan), Korea. We look forward to seeing you in Mokpo National University, Mokpo(Muan), Korea! Thank you.

Welcoming Remarks

Congratulatory Speech

Hello. Ladies and gentlemen. At Mokpo, a city that has clean ports and longtime histories, I, on behalf of Mokpo university, am now very pleased to hold the 14th international Nano science & Nano technology conference at our Mokpo university's 70 year memorial. Also, I would like to express my sincere appreciation to every domestic and foreign Nano specialist who will play their roles for presentations and discussions, Gye-Chun Park, a chief of Gwangju Cheonnam Nano technology associate, Seong-Hee Lee, a chairman of ICNST, other staffs of ICNST and all other participants for their valuable participation during their tight schedule. As we are now living in the time where competition is becoming fierce and strategical management has been mandatory to catch up with series of change, Nano technology has had no scientific boundaries. I believe its growth potential has no limits, considering the high degree of technological intensity, economic influence and originality of basic research. Through an association of Gwangju institute of science and technology, Mokpo university, Chosun university, Nano technology center in Gwangju and Cheonnam province, we truly strived to foster Nano techonolgy through the deep consultation and study of cities' pending issues and increase in the size workforce of Nano research to support less-developed Nano research and industry. Also, through the declaration of the latest research achievement and continual intercommunication, we have made a lot to look forward to by upgrading the dignity of this symposium to an international level. In this aspect, this 14th Nano conference means really a lot to us. I hope this conference will be a successful chance for all of us to share as much as possible. Thank you.

Hyeokryeol Park

ICNST 2016 Overview

Overview

Dates 2016. 11. 10. ~ 11. 11.

Venue Mokpo National University (Muan, Republic of Korea)

Shinan Beach Hotel (Mokpo, Republic of Korea)

Hosted by Gwangju-Jeonnam Nanotechnology Union

Organized by

Co-Technically Hosted by

Sponsored by

ICNST 2016, organized by Gwangju-Jeonnam Nano Technology Union

and hosted by Mokpo National University, is an interdisciplinary

forum for the exchange and discussion of ideas, research results and

practical experiences on Nanoscience and Nanotechnology.

The conference will offer invited talks as well as contributed oral and

poster presentations. Full Papers are to be submitted through the

conference homepage. Selected papers through peer review will be

published in Journal (JNN) which is indexed in SCIE.

ICNST 2016

전남창조경제혁신센터

Program at Glance

Time Nov. 10. Nov. 11.

09:00

Plenary Sssion Ⅲ - 09:30~10:10 10:00

Registration

10:00~12:30

Break

Invited & Oral Session –

10:30~11:50

Room A & Room B & Room C

11:00

Lunch

11:00~12:30

Lunch - 11:50~13:00 12:00

Poster Session Ⅰ- 12:30~14:00

Poster Session Ⅱ - 13:00~14:30 13:00

14:00

Opening Ceremony - 14:00~14:40 Closing Ceremony - 14:30~15:00

Plenary Session Ⅰ- 14:40~15:20 15:00

Break

Invited & Oral Session –

15:40~17:10

Room A & Room B & Room C

16:00

17:00 Move to Hotel

18:00 Plenary Session Ⅱ - 18:00~18:40

Banquet - 18:40~20:00 19:00

20:00

Session & Event

Nov. 10

Opening Ceremony

Welcoming Remarks Seong-Hee Lee Genarl Chairman of ICNST 2016 Congratulatory Speech Hyeokryeol Park Dean of Natural Sicnce College, MNU

Performance Soprano Lee Hang Deok

Plenary Session

Plenary Speaker

Jae-Suk Lee (Prof. Gwangju Institute of Science and Technology, Korea)

Chairman Gye-Choon Park (Prof. Mokpo National University, Korea)

Location MNU Memorial Hall Main Auditorium

Time 14:40 ~ 15:20

Title Preparation of nanomaterials and nanocomposites from amphiphilic homo-and block copolymers

Plenary Speaker

Yutaka Majima (Prof. Tokyo Institute of Technology, Japan)

Chairman Jubin Gong( President of MC Plan, Korea)

Location Shinan Beach Hotel 2F Hall

Time 18:00 ~ 18:40

Title Preparation of nanomaterials and nanocomposites from amphiphilic homo-and block copolymers

Session & Event

Invited & Oral Session

Room A

Charman : Gyo Jin Cho (Prof. Sunchon National University, Korea)

Invited Speaker

Gyo Jin Cho (Prof. Sunchon National University, Korea)

Time 15:40 ~ 16:00

Title R2R Gravure Technology to Integrate 1600 TFTs in One Inch Square

Invited Speaker

Hyun Cho (Prof. Pusan National University, Korea)

Time 16:00 ~ 16:20

Title The effect of precursor composition on the structural properties of nanocrystalline diamond films

Oral Speaker

Lee-Won-Ju

Time 16:20 ~ 16:35

Title Carbon Nanostructure of Diesel Soot Particles Emitted from 2 and 4 Stroke Marine Engines Burning Different Fuels

Oral Speaker

Rana-Sarwar

Time 16:35 ~ 16:50

Title NH4OH-oriented and pH-dependent Growth of ZnO Nanostructures via Microwave-assisted Growth Method

Oral Speaker

Kim-ByeongJin

Time 16:50 ~ 17:05

Title The effect of tool pin shape on mechanical properties of friction stir welded Al 5052 T-joints

Session & Event

Invited & Oral Session

Room B

Charman : Min-Ki Kwon (Prof. Chosun University, Korea)

Invited Speaker

Min-Ki Kwon (Prof. Chosun University, Korea)

Time 15:40 ~ 16:00

Title Growth and characterization of molybdenum disulfide by chemical vapor deposition

Invited Speaker

O Bong Yang (Prof. Chonbuk National University, Korea)

Time 16:00 ~ 16:20

Title Effect of Trimanganese tetroxide (Mn3O4) morphology on the Performance of Double Layer supercapacitors

Oral Speaker

Noh-young Tai

Time 16:20 ~ 16:35

Title The effect of the Manganese Phosphate solution with additive agent of tartaric acid

Oral Speaker

Sadhasivam-thang

Time 16:35 ~ 16:50

Title Advances in hydrogen storage materials : Dimensional (3 to 0) effects of nanostructures

Oral Speaker

Joshi Mahesh Kum

Time 16:50 ~ 17:05

Title Three-dimensional PCL/CL nanofibrous sponge: Fabrication, characterization and biomedical application

Session & Event

Invited & Specisal Session (14:40 ~ 17:10)

Room C

Charman : Je Jung Yun(Dr. Center for Research on nano bio technology, Korea)

Invited Speaker

Je Jung Yun (Dr. Center for Research on nano bio technology, Korea)

Title The potential of natural plant ; Chamaecyparis obtusa

Special Speaker

Hyoyoung Lee (Prof. Sungkyunkwan University, Korea)

Title Research Progress on Graphene Flakes, Graphene Quantum Dots and reduced TiO2 and their Possible Applications

Special Speaker

Chan Kim (Dr. AMOTECH, Korea)

Title A Review on Recent Polymer Nanofibers by Electrospinning and Their Applications

Special Speaker

Jeong Sup Hong (Prof. Yonam University, Korea)

Title Prenatal development toxicity study of zinc oxide nanoparticles in rats

Banquet (18:40 ~ 20:00)

Location : Shinan Beach Hotel 2F Hall

Performance : Hero Dance Team

Theme – Human Emotions

Session & Event

Nov. 11

Plenary Session

Plenary Speaker

Hiroshi Utsunomiya (Prof. Osaka University, Japan)

Chairman Seong-Hee Lee (Prof. Mokpo National University, Korea)

Location MNU Memorial Hall Room A

Time 09:30 ~ 10:10

Title Nano Precipitation and Hardening of Die-Quenched 6061 Aluminum Alloy

Invited & Oral Session

Room A

Chairman : Cha Yong Lim(Prof. Korea Institute of Materials Science, Korea)

Invited Speaker

Cha Yong Lim (Prof. Korea Institute of Materials Science, Korea)

Time 10:30 ~ 10:50

Title Fabrication of Hybrid Al Sheets with Nano-sized Grains by Accumulative Roll-Bonding Process

Oral Speaker

Sandeepa Wimalananda

Time 10:50 ~ 11:05

Title CVD synthesis of monolayer graphene depending on surface free energy and towards the rapid growth of graphene by Cu substrate with high surface free energy

Oral Speaker

Yadav-Hemraj Mahlpat

Time 11:05 ~ 11:20

Title Visible light photocatalytic performance of in situ synthesized graphite-SiO2-TiO2 composite towards degradation of benzene gas

Session & Event

Invited & Oral Session

Room B

Chairman : Ho-Young Jung (Prof. Chonnam National University, Korea)

Invited Speaker

Seung Boo Jung (Prof. Sungkyunkwan University, Korea)

Time 10:30 ~ 10:50

Title Fabrication of Nano Composite Paste and Its Thermal Conductivity and Bonding Strength

Oral Speaker

Ho-Young Jung

Time 10:50 ~ 11:05

Title Degradation of Polymer Electrolyte Membranes based on Sulfonated Polyphenylene Oxide (sPPO) for Vanadium Redox Flow Battery (VRFB)

Oral Speaker

KARMEGAM -DHANAB

Time 11:05 ~ 11:20

Title High temperature Poly electrolyte membranes for Energy storage system

Session & Event

Invited & Oral Session

Room C

Chairman : Joo-Jin Chul (Prof. Hanbat National University, Korea)

Invited Speaker

Shiv Shankar (Dr. Mokpo National University, Korea)

Time 10:30 ~ 10:50

Title Functional Nanocomposite Films For Food Packaging Applications

Oral Speaker

Joo-Jin Chul

Time 10:50 ~ 11:05

Title Photocatalytic evaluation of buoyant titanium dioxide (TiO2)?embedded expanded polystylene (EPS) balls to inhibit the algal growth in river

Oral Speaker

Lee-Chung Jun

Time 11:05 ~ 11:20

Title Morphological modification of surface layer on impregnated copper-zinc based catalysts in plasma-assisted methane direct conversion process

Oral Speaker

Haldorai-Yuvaraj

Time 11:20 ~ 11:35

Title 2D Covalent Organic Polymers for High Performance Supercapacitors

Closing Ceremony (18:40 ~ 20:00)

Poster Awards

Chairman : Sung Yong Chun

Venue

Registration

Pre-registration 2016.10.26. ~ 11.04.

On-site registration 2016. 11. 10. ~ 11.11. MNU Memorial hall of 70th anniversary

MNU Memorial hall of 70th anniversary

1F

2F

Main Auditorium - Opening Ceremony - Plenary SessionⅠ

Room A - Invited & Oral Session - Plenary Session Ⅲ - Closing Ceremony

Industry Session & Break

Room B - Invited & Oral Session

Room C - Invited & Oral Session

VIP Room

2F Lounge -Poster Session

Secretariat & Business Room

Shinan Beach Hotel 2F : Plenary Session Ⅱ & Banquet

Partners & Sponsors

Partners & Sponsors

Facilitating Technology Transfer with an Internally Developed R&BD Process

As an institute specialized in commercialization, KITECH builds an internal R&BD process and explores develops needs-based technologies from early stages of R&D. At the same time, KITECH runs an intellectual property [ IP] management support service system to regularly oversee performance and achievements from patent applications, technology transfer and business development and after-Management.

Offering Tailored Support Services to Help Companies Grow

The research partner system is based on a concept of family companies for those in close partnership with KITECH. The system is designed to help SMEs grow to

be global players with customized close-range support. The companies selected as partners are provided various types of support including R&D-based priority technology support, technology innovation support based on

technology community and close-range support in the field.

Promoting Venture Start-UPs’ Self-Reliance with Total Start-Up Incubation Support

KITECH has new venture start-ups its premises to help them become competent running their business on their own by providing services that include the use of KITECH’s facility, resources, prototype fabrication and marketing support. By helping start-ups continue to grow, contributing to an increased success rate of business start-ups and creation.

Granting Full Access to High-End/High-Tech Equipment for SMEs

KITECH opens about 38 laboratories across the nation to SMEs to ensure they have easy access to high-end/high-tech equipment. KITCH also offers technology

support services including testing, investigations and prototype fabrication.

kitech.re.kr

ALWAYS ON THE GO,

K I T E C H

Partners & Sponsors

Partners & Sponsors

jnbc.or.kr

Partners & Sponsors

Partners & Sponsors

kopti.re.kr

Committee Members

General Chair Seong-Hee Lee

General Co-Chair Dong Chan Shin

Secretary General Sung Youg Chun

Secretary Ki Min Nam

Organizing

Chair Sung Yong Chun

Co-Chair

Jae Suk Lee

Gyo Jin Cho

Jong Kook Lee

Young Chul Kim

Jong Hyeop Baek

Je-jung Yun

Scientific

Chair Sang Jin Lee

Co-Chair

Sang Chae Kim

Min Chul Jung

Gwang Min Lee

Jin Woo Park

International Advisory

Chair Chong Soo Han

Co-Chair

Hyuk-Ryeol Park

Seung Boo Jung

Jong Ho Lee

External Advisory

Chair Seung Boo Jung

Co-Chair Seung Gyun Hyun

Publication

Chair Gye Choon Park

Co-Chair Jae Wook Lee

Beom Ho Choi

P l ena r y ◆ I n v i t ed ◆ S p e c i a l ◆ Po s t e r

Plenary Session

Jae-Suk Lee

(Prof. Gwangju Institute of Science and Technology(GIST), Korea)

Title : Preparation of nanomaterials and nanocomposites from amphiphilic

homo-and block copolymers

Hiroshi Utsunomiya

(Prof. Div. Material and Manufacturing Science, Osaka University, Japan )

Title : Nano Precipitation and Hardening of Die-Quenched 6061 Aluminum alloy

Yutaka Majima

(Prof. Laboratory for Materials and Structures Tokyo Institute of Technology, Japan)

Title : Sub 10nm scale electronic devices : fabrications and novel functions

Plenary Speaker Jae-Suk Lee

Career / Education 1994-present Associate Professor, Professor, School of Materials Science and Engineering, Gwangju Institute of Science and Technology (GIST), Korea 2015-2020 GIST Distinguished Professor 1989-1992 Special Researcher, Basic Science Program, The Institute of Physical and Chemical Research (RIKEN), Japan 1989 Ph.D., Tokyo Institute of Technology, Japan 1981 M.S., Korea Advanced Institute of Science and Technology (KAIST), Korea 1979 B.S., Chonnam National University, Korea Research Interests : Polymer synthesis

Preparation of nanomaterials and nanocomposites from amphiphilic homo- and block copolymers

Preparation of nanomaterials and nanocomposites from amphiphilic homo- and block copolymers Santosh Kumar and Jae-Suk Lee School of Materials Science and Engineering, Gwangju Institute of Science and Technology (GIST), 123 Cheomdangwagi-ro, Buk-gu, Gwangju 61005, Republic of Korea Email : jslee@gist.ac.kr Amphiphilic systems (homo-and block) have attracted intense research attention in recent decades because of their ability to form versatile superstructures via self-assembly and because such systems can find a wide range of applications in nano- and biotechnology. Block copolymers with hydrophilic and hydrophobic moieties form amphiphilic assemblies such as microphase-separated nanostructures, hollow micelles, and vesicles in selective solvent (Fig. 1a). More recently, stimuli-sensitive micelles/vesicles, which act as a reservoir for both hydrophobic and hydrophilic molecules individually, were successfully formed through a one-step process with the controlled amphiphilic homopolymer (Fig. 1b) [1, 2]. References 1. Changez, M.; Koh H.D.; Kang, N.-G.; Kim, J. G.; Kim, Y. J.; Samal, S.; Lee, J.-S. Advanced Materials 2012, 24, 3253-3257. 2. Changez, M.; Kang, N.-G.; Lee, J.-S. Small 2012, 8, 1173−1179. 3. Kumar, S.; Kim, D.-W.; Lee, H. -J.; Changez, M.; Yoon, T.-H.; Lee, J.-S, Macromolecules 2013, 46, 7166-7172.

A rare self-assembly behavior is observed in various hydrophilic monomers when polymerized in water with a hydrophilic initiator that results in the production of monodisperse polymeric nanoparticles in a single step via self-emulsion polymerization (SEP) (Fig. 1c) [3]. Varied nanostructures with control on the morphology are required for niche applications like in semiconductor industry and also in the biomedical field where the inorganic material is suitably encapsulated in an organic matrix. Bringing the inorganic material into nano dimensions and also simultaneously coating it with an organic material like, amphiphilic block copolymers, homopolymers and monomers, requires special synthetic procedures. The presentation will review the preparation of nanocomposites from organic materials, such as amphiphilic monomers, homo- and block copolymers.

Fig. 1 (a) Schematic representation for the synthesis

of amphiphilic P2VP-b-PHIC block copolymer

micelles (b) hollow micelles from Poly(2-(4-

vinylphenyl)pyridine) and (c) the proposed model

and growth mechanism for the synthesis of

amphiphilic homopolymer via self-emulsion

polymerization (SEP) .

Plenary Speaker Yutaka Majima

Sub 10nm scale electronic devices : fabrications and novel functions

Career / Education 2016-present Professor, Laboratory for Materials and Structures, Tokyo Institute of Technology, Japan 2009-2016 Professor, Materials and Structures Laboratory, Tokyo Institute of Technology, Japan 2009-Present Chief Adjunct Professor 1992 Dr. of Engineering , Tokyo Institute of Technology, Japan 1989 Mater of Engineering, Tokyo Institute of Technology, Japan 1988 Bachelor of Engineering, Tokyo Institute of Technology, Japan

Sub 10nm scale electronic devices: fabrications and novel functions Yutaka Majima1

1Laboratory for Materials and Structures, Tokyo Institute of Technology E-mail: majima.y.aa@m.titech.ac.jp In the mid 2020’s, the design rule for the semiconductor devices will shrink down to 5 nm. Nowadays multi-gate FETs such as Fin-FET are put to practical application, however, FETs need to overcome short-channels effects and to reduce the leakage current towards the mid 2020’s. In that sense, fabrication and functionalization of novel sub-10 scale electronic devices are the key issue of the semiconductor industry. Single-electron transistor (SETs) is one of the candidates of the sub-10 scale devices, since SETs is operated by Coulomb blockade effect. SETs were intensively investigated at the semiconductor industry about 20 years before, however, the developments were slowing down due to the difficulty of the fabrication. It is a good timing to reconsider SETs, since we can fabricate SETs by combining top-down and bottom-up technologies and SETs show extraordinary stable electrical properties as follows: Au nanogap electrodes with double side gates electrodes were simultaneously fabricated by combining electron-beam lithography and electroless gold plating.1-3 The narrowing the gap separation between the electrodes is made by electroless Au plating and stops at 3.0 nm owing to a self-termination mechanism. The surface of the self-terminated nanogap electrodes are covered by an alkanethiol and alkanedithiol mixed self-assembled monolayer. Double-gate SETs were fabricated by anchoring chemically synthesized gold nanoparticles via alkanedithiol. The fabricated SET showed extraordinary stable and reproducible Coulomb diamonds under the application of voltages of source and gate electrodes. The sole SET also exhibited all two-input logic operations; XOR, XNOR, NAND, OR, NOR, and AND; with an on/off ratio of 102. This demonstrates the potential of chemical assembling to give highly stable SETs exhibiting all logic operations. This study was partially supported by MEXT Elements Strategy Initiative to Form Core Research Center; BK Plus program, Basic Science Research program (NRF-2014R1A6A1030419). 1.Y. Yasutake, K. Kono, M. Kanehara, T. Teranishi, M. R. Buitelaar, C. G. Smith, Y. Majima, Appl. Phys. Lett., 91, 203107 (2007). 2.V. M. Serdio V., Y. Azuma, S. Takeshita, T. Muraki, T. Teranishi, Y. Majima, Nanoscale, 4, 7161, (2012). 3.V. M. Serdio V., T. Muraki, S. Takeshita, D. E. Hurtado S, S. Kano, T. Teranishi, Y. Majima, RSC Adv., 5, 22160 (2015). 4.K. Maeda, N. Okabayashi, S. Kano, S. Takeshita, D. Tanaka, M. Sakamoto, T. Teranishi, Y. Majima, ACS Nano, 5, 2798 (2012). 5.N. Okabayashi, K. Maeda, T. Muraki, D. Tanaka, M. Sakamoto, T. Teranishi, Y. Majima, Appl. Phys. Lett., 100, 033101 (2012). 6. S. Kano, Y. Azuma, K. Maeda, D. Tanaka, M. Sakamoto, T. Teranishi, L. W. Smith, C. G. Smith, Y. Majima, ACS Nano, 6, 9972 (2012). 7. Y. Azuma, Y. Onuma, M. Sakamoto, T. Teranishi, and Y. Majima, Nanoscale, 44, 970 (2015).

Plenary Speaker Hiroshi Utsunomiya

Career / Education 2010-present Professor, Division of Materials and Manufacturing Science, Graduate School of Engineering, Osaka University, Osaka, Japan 2004-2010 Associate Professor, Division of Materials and Manufacturing Science, Osaka University, Osaka, Japan 2003-2004 Research Associate & Senior Research Associate, University of Cambridge, Department of Engineering 1993 Ph.D in Materials Science and Engineering, Osaka University, Osaka, Japan 1990 M.S. in Materials Science and Engineering, Osaka University, Osaka, Japan 1988 B.S. in Materials Science and Engineering, Osaka University, Osaka, Japan

Nano Precipitation and Hardening of Die-Quenched 6061 Aluminum Alloy

Nano Precipitation and Hardening of Die-Quenched 6061 Aluminum Alloy Hiroshi Utsunomiya1, Koki Tada2, Ryo Matsumoto1, Katsumi Watanabe3 and Kenji Matsuda4 1Division of Materials and Manufacturing Science, Graduate School of Engineering, Osaka University, Suita, Osaka, Japan 2Graduate Student, Graduate School of Engineering, Osaka University, Suita, Osaka, Japan 3 Graduate Student, Faculty of Engineering, University of Toyama, Toyama, Japan 4Department of Materials Science and Engineering, Faculty of Engineering, University of Toyama, Toyama, Japan E-mail : uts@mat.eng.osaka-u.ac.jp Hot stamping has been used to produce strong steel parts without applying heavy load. By rapid cooling using cold dies, austenite transforms to martensite during the process. Die quenching can be also applied to age-hardenable aluminum alloys to obtain super-saturated solid solution (SSSS) [1]. The application reduces number of processes, and may increase strength by strain aging. However, the applications were mostly limited to thin sheet in order to achieve higher cooling rate. The deformability in die quenching was very low due to partial melting [2]. If die quenching is realized in forging as well as sheet forming, it may widen industrial applicability, though rapid cooling of bulk billet is much more difficult. In this study, Al-Mg-Si alloy AA6061 was selected to avoid partial melting because the alloy shows larger gap between solidus temperature and solution-treatment temperature. Using WC-Co dies of high conductivity, a 16mm thick cylindrical billet has been successfully reduced up to 50% in height without cracks. Transmission electron microscopy and thermal analysis revealed that supersaturated solid solution was successfully formed by the die quenching. The die-quenched specimen shows higher hardness at shorter aging time than the conventionally water-quenched specimen. It was due to uniform nano-precipitation of b’’ phase Mg2Si in grains. It is concluded that Al-Mg-Si alloy is a suitable alloy for die quenching and that thick parts with higher strength can be produced by die-quench forging. [1] R.P. Garret, J. Lin and T.A. Dean, Solution heat treatment and cold die quenching in forming AA6xxx sheet components: feasibility study, Advanced Materials Research 6, 673 (2005). [2] J.Y. Jeon, R. Matsumoto and H. Utsunomiya, Die quenching limit of AA2024 aluminum alloy billet on servo press, Journal of Materials Processing Technology 214, 2514 (2014).

Invited Session

Gyo Jin Cho

(Prof. Sunchon National University, Korea)

Title : R2R Gravure Technology to Integrate 1600

TFTs in One Inch Square

Min Gi Kwon

(Prof. Chosun University, Korea)

Title : Growth and characterization of molybdenum

disulfide by chemical vapor deposition

O Bong Yang

(Prof. Chonbuk National University, Korea)

Title : Effect of Trimanganese tetroxide (Mn3O4)

morphology on the Performance of Double Layer

supercapacitors

Je Jung Yun

(Dr. Center for nanobio research, Korea)

Title : The potential of natural plant ; Chamasecyparis

obtusa

Invited Session

Cha Yong Lim

(Prof. Korea Institute of Materials Science, Korea)

Title : Fabrication of Hybrid Sheets With Nano-sized

Grains by Accumulative Roll-Bonding Process

Seung Boo Jung

(Prof. Sungkyunkwan University, Korea)

Title : Fabrication of Nano Composite Paste and Its

Thermal Conductivity and Bonding Strength

Hyun Cho

(Prof. Pusan National University, Korea)

Title : The effect of precursor composition on the

structural properies of nanocrystalline diamond films

Shiv Shankar

(Dr. Mokpo National University, Korea)

Title : Functional Nanocomposite Films For Food

Packaging Applications

Roll-to-Roll Gravure Technology to Integrate 1600 TFTs in One Inch Square Junfeng Son, Grismi, Bijendran, Ashish, Hyejin Park, Yonsu Jung, and Gyoujin Cho* Department of Printed Electronics Engineering, Sunchon National University, Sunchon, jeonnam, 540-741, Korea. Printed electronics has been considered as an innovative technology in manufacturing IT products because it would fabricate electronic devices on flexible and roll-able substrates with a low cost and without any toxic byproducts through an additive process instead of an extractive process, a typical photolithography. This additive process will take a big advantage in constructing a smart factory in which all digitalized and automatic factory from electronic ink supply to IT products which cannot be attainable using the traditional photolithographic process. However, the big advantage is still apart from the realization in practical fields because of following major three obstacles in the printed electronics. First, the limit of overlay printing registration accuracy (> 1 μm) to print reliable layers over the printed layers with comparable to the microstructure of Si based devices. Second, the degree of the printed transistor integration is pretty low (< 100 /inch2). That is the major reason why, unlike Si technology, the printed electronics should set the target goal in low functional electronic devices with the maximum integration density of 10,000 thin film transistors (TFTs) per one square inch of inexpensive plastic or paper foils. This level of the integration would be attainable using current printing technology and good enough to fabricate low functional large size devices such as a passive NFC tag, a digital signage, an e-skin, an e-book, a smart packaging, etc. with a harmonious matching to the traditional printed products such as logos, labels, packaging, signage, magazine, newspaper, wallpaper, apparel, coating sheet, etc. Some of printed electronic devices can work fully along, but some of them would need the high functional Si based devices to interrogate smartphone or internet of things (IoT). Therefore, the important issues for the realization of the printed electronics in the fields are merged into two major subjects. One is how the cost of electronic devices can be dramatically lower so that the cost of printed electronic devices should be almost comparable to that of normal printed products. Another one is how the operation power can be minimized to interconnect with the smartphone and IoT or use the power from energy harvesting sources. By considering those subjects, a roll-to-roll (R2R) gravure printing system will be the best candidate to meet all requirements for manufacturing electronic devices since it has the highest throughput with a robust printing system. Indeed, if 10,000 TFTs per one square inch can be integrated on plastic or paper foils using all R2R gravure printing system with a practical printing speed (> 6m/min), and if the attained R2R printed devices can work with less than DC 1.5 V, the printed electronics will open the new era of IoT and artificial intelligence with the complementary works with Si based technology. In this presentation, as a way of reaching the target goal, the integration of 10,000 TFTs in one square inch of plastic foils using all R2R gravure printing method will be reported. We are disclosing a fully R2R gravure system to integrate 1,600 TFTs in one square inch of poly(ethylene terephthalate) (PET) foil with a printing speed of 8 m/min. Furthermore, we are reporting the practical device yield and statistical electrical parameters along with the 20 m of PET roll.

Growth and characterization of molybdenum disulfide by chemical vapor deposition Min-Ki Kwon1,*, Ja-Yeon Kim2, and Doo-Hyung Kim1, Min-Woo Kim1, , Yu-Hyun Cho1,2, Hyun-Sun Park1,2 1Deparment of photonic engineering, Chosun university, Gwangju 501-759 , Korea (South) 2DepartmentLED team, Korea Photonics Technology Institute(KOPTI), Gwangju 500-779, Korea (South) * mkkwon@chosun.ac.kr E-mail : icnst@icnst.com Graphene has shown many fascinating properties as a supplement to silicon-base semiconductor technologies. However, its high leakage current, due to zero bandgap energy, is not suitable for electronics and optics. Recently, the transition metal dichalcogenide (TMD), molybdenum disulfide (MoS2), have attracted enormous research interest due to in filling the existing gas. MoS2 is a layered semiconductor with a bandgap in the range 1.2-1.8 eV, whose properties are significantly thickness dependent. While monolayer of MoS2 can be readily obtained by micromechanical cleavage of synthesis or natural bulk crystals, large area, high quality and continuous thin film are needed for practical devices. CVD approach has potential in low-cost and scaled up production. However, MoS2 grown by CVD are usually triangular flakes with low surface coverage, in agreement with those existing literature. [1] For the fabrication of electric device, it is highly desirable to grow continuous and large domain size of MoS2 film. Here, we report the controlled vapor phase synthesis of MoS2 atomic layers and elucidate a fundamental mechanism for the nucleation, growth, and grain boundary formation in its crystalline monolayers. MoS2 films grown under optimal conditions were found to be of high structural quality from transmission electron microscopy, scanning electron microscopy, photoluminescence and Raman measurements. The uniformity in thickness, large grain sizes, and excellent electrical performance signify the high quality and scalable synthesis of the MoS2 atomic layers. [1] S. Najmaei, et. al, vaphor phase growth and grain boundary structure of molybdenum disulphide atomic layer, nature mater. 12, 754 (2013)

Potential of natural plant ; Chamaecyparis obtuse Jejung Yun Center for Research on Nano Bio Technology, Jangseong, Jeonnam, Republic of Korea E-mail: jjyoung4@hanmail.net Phytoncide, nanochemicals extracted from Chamaecyparis obtusa (C. obtusa), is reported to possessmany pharmacological activities including immunological stimulating, anti-cancer, antioxidant, and antiinflammatory activities. However, the effect of phytoncide in an atopic skin disease, especially on the behavior of an atopic skin disease, has not yet been clearly elucidated. Therefore, in the present study, we investigated the effects of several kinds of phytoncide by supercritical fluid extraction conditions from C. obtusa on the pre-Clinical and Clinical investigation. Keywords: Phytoncide, Chamaecyparis obtusa, pre-clinical, clinical investigation, atopic skin disease

Effect of Trimanganese tetroxide (Mn3O4) morphology on the Performance of Double Layer supercapacitors Phuong T. M. Bui1, Zhen-Yu Li1, Jin-Ho Song1, Do-Hwan Kwak1, M. Shaheer Akhtar1,2, O-Bong Yang1,2

* 1School of Semiconductor and Chemical Engineering & Solar Energy Research Center, Chonbuk National University, Jeonju, 561-756, Republic of Korea 2New and Renewable Energy Materials Development Center (NewREC), Chonbuk National University, Republic of Korea *Corresponding address: Email: obyang@jbnu.ac.kr (O-B. Yang) Manganese oxides (MnOx) with various oxidation states and different nanostructures have recently received numerous attentions owing to their potential applications in many emerging fields such as in catalysis, ion exchange, molecular adsorption, magnetic applications, secondary batteries and supercapacitors. Among MnOx, Mn3O4 as supercapacitor electrode materials is highly focused in the substantial research interests owing to their natural abundance, low-cost, environmental compatibility and high energy storage performance. To improve the electrochemical properties of the Mn3O4 based electrode, the structural, morphology and composition of Mn3O4 materials are critical to advance the high rate capability and long cycle life in supercapacitors. In this regards, the low temperature synthesis of Mn3O4 from nanoparticles (NPs) to nanorods (NRs) was controlled by changing the reaction time, and pH. The synthesized Mn3O4 nanostructures were applied as electro-active materials for the double layer electrochemical capacitors (EDLCs). It was found that the nanostructures of Mn3O4 from NPs to NRs were dramatically changed with the increase of pH from 7 to 12 and reaction time from 12 to 48 h. At pH -12 and reaction time of 24h, well-defined rod like morphology was obtained. A growth mechanism was proposed on the basis of obtained results to describe the effects of the pH and reaction time in the morphology from NPs to NRs. The transformation of Mn3O4 NPs to NRs considerably increased the band gap from 2.37 eV to 2.43 eV, suggesting the good optical properties of synthesized materials. From electrochemical results, EDLCs with Mn3O4 NRs-AC electrode showed the highest capacitance of 236 Fg-1 as compared to Mn3O4 NPs – AC (192 Fg-1), bare AC (170 Fg-1), bare Mn3O4 NPs (91 Fg-1), and bare Mn3O4 NRs (110 Fg-1) electrodes. Moreover, an excellent stability by maintaining ~ 90% of initial value after 1000 cycles was recorded in EDLCs with Mn3O4 NRs-AC electrode, indicating the high stability and recyclability of Mn3O4 NRs-AC electrode. Herein, the rod like morphology and addition of AC might provide the good surfaces for the ions adsorption through the improved surface of electrode which might significantly accelerate the electron transportation and ion diffusion during the electrochemical process.

Fabrication of Hybrid Al Sheets with Nano-sized Grains by Accumulative Roll-Bonding Process C. Y. Lim* and S.H. Lee** *Metallic Materials Division, Korea Institute of Materials Science, Changwon, Korea **Department of Materials Science and Engineering, Mokpo National University, Jeonnam, Korea * cylim@kims.re.kr ABSTRACT Several different kind of Aluminum alloys were processed by multi-layer accumulative roll-bonding (ARB) for ultra grain refinement and high strengthening. Several Al sheets (AA1050, AA5052, AA6061) with 1 mm thickness, 30 mm width and 300 mm length, were first degreased and wire-brushed for sound roll bonding. The different sheets were then stacked on top of each other and rolled by 50% reduction rate without lubrication at room temperature. The bonded sheet was cut into two pieces of the same dimensions and the same procedure was repeated up to 6 cycles. Microstructural evolution of bonded sheets with the number of the ARB cycles was investigated by optical microscopy (OM), transmission electron microscopy (TEM), and electron back scatter diffraction (EBSD). The grain size decreased gradually with the number of ARB cycles. The strength of the bonded sheets increased with the number of ARB cycles. The improved strength and elongation were obtained by applying annealing treatment. KEYWORDS Aluminum sheets, High strength, High elongation, multi-layer ARB Process.

Fabrication of Ag Nano Composite Paste and Its Characteristics B. G. Park1, K. H. Jung2 and S. B. Jung2

1SKKU Advanced Institute of Nanotechnology (SAINT), 2School of Advanced Materials Science and Engineering, Sungkyunkwan University, 2066 Seobu-ro, Jangan-gu, Suwon 440-746, Korea. 1. Introduction Functionalized metal based nanocomposite paste has the excellent characteristics such as electrical conductivity, thermal conductivity, bonding strength, etc. Ag nanoparticles have been widely used as filler materials for conductive nanopaste and thermal interface materials due to their high electrical conductivity, thermal conductivity and mechanical reliability. The flexible substrate is very useful for manufacturing the high-end electronic package components. Energy sources (IR, APP, IPL) and process temperature for manufacturing electron package process are very important considering factors because the substrate is very sensitive to process temperature. In this work, we evaluated the microstructure, electrical conductivity, bonding strength and thermal behavior of LED package components after fabricating the Ag base nanocomposite paste including silver-decorated multi-walled carbon nanotubes (MWCNT). 2. Experimental procedures Ag nanocomposite pastes were fabricated by mixing with Ag-decorated MWCNT, Ag nanoparticles, and organic solvent with various composition ratio (MWCNT : 0, 1, 2 and 3 wt.%). Micro structure and fracture surface of test sample were observed by FE-SEM (field emission scanning electron microscope) and OM (optical microscope), respectively. Thermal emission behavior of LED packaging components was analyzed by IR camera during 30 min lighting. The bonding strength of joints with silver nanocomposite pastes was evaluated by a single die-shear test. 3. Results and Discussion The electrical conductivity of Ag nanocomposite improved with increasing the contents of MWCNT. The bonding strength of Si die/DBC substrate joints increased up to 45MPa at joint with Ag nano composite paste containing 2 wt.% MWCNT. The fracture energy of LED package increased with increasing the MWCNT contents. The Ag nanocomposite improved the bonding strength because the MWCNT formed net structure between silver nanoparticles. Thermal emission of LED package components assembled with Ag-MWCNT nanocomposites was enhanced due to its thermal interface materials role. Thus, the silver nanocomposite pastes are expected to be applicable in a wide range of electronic packaging components.

The Effect of Precursor Composition on the Structural Properties of Nanocrystalline Diamond Films Byoung Su Choi1, Jin Kon Kim2, Sungu Hwang2, Jeong Ho Ryu3 and Hyun Cho2 1Department of Nano Fusion Technology, Pusan National University, Miryang, Gyeongnam 50463, Korea 2Department of Nanomechatronics Engineering, Pusan National University, Busan 46241, Korea 3Department of Materials Science and Engineering, Korea National University of Transportation, Chungju, Chungbuk 27469, Korea E-mail : hyuncho@pusan.ac.kr Nanocrystalline diamond (NCD) film has been subject of a large interest in the engineering community, motivated by its unparalleled potentials for mechanical, tribological, biomedical and electronic applications [1]. This interest is especially because of very low friction coefficient and surface roughness, high electron field emissivity and biocompatibility, as well as its unique ability to incorporate n-type dopants. Up to the present, NCD film has been mainly deposited by two chemical vapor deposition (CVD) techniques, microwave plasma CVD (MPCVD) and hot filament CVD (HFCVD).[2,3] Among these two techniques, HFCVD is more cost-effective and attractive approach to the growth of homogeneous NCD film over large area. MPCVD and HFCVD growth of NCD film is achieved through gas phase reaction of a small quantity of a hydrocarbon in a mixture of hydrogen in excess of argon, and the precursor composition has strong influence on the structural properties of the grown NCD film. In this work, NCD films were grown on the Si substrates by MPCVD and HFCVD techniques using a mixture of CH4, H2, and Ar, and the effect of the precursor composition on the structural properties of the grown NCD films, such as sp2-/sp3-bonded carbon phases and grain size, were examined by Raman spectroscopy, X-ray diffractometer and X-ray photoelectron spectroscopy. The CH4 ratio to CH4 was varied from 1 to 5 Vol%, and process pressure, substrate temperature, microwave power (MPCVD) and filament temperature (HFCVD) were maintained at 10-30 Torr, 750 °C, 1000 W and ~2000 °C, respectively. [1] O. Auciello and A. V. Sumant, Diam. Relat. Mater. 19, 699 (2010). [2] O. A. Williams, Diam. Relat. Mater. 20, 621 (2011). [3] E.M.A. Fuentes-Fernandez et al., Thin Solid Films 603, 62 (2016).

Functional Nanocomposite Films For Food Packaging Applications Shiv Shankar Department of Food Engineering and Bionanocomposite Research Institute, Mokpo National University, 61 Dorimri, Chungkyemyon, Muangun, 534-729 Jeonnam, Republic of Korea One of the important application of nanomaterials in the food industry is food packaging. Food packaging represents more than 40% of total packaging market and is expected to increase continually in size and importance. The prime function of food packaging is to maintain the quality and safety of food materials during transportation and storage. The demand for biodegradable packaging materials obtained from renewable resources has been increasing in recent decades due to their environment-friendliness and sustainability. The use of nanotechnology can modernize the food industry by offering superior packaging materials with the potent antimicrobial property, stronger mechanical properties, high barrier to light, gases, water vapor and microbes, sensors to detect trace contaminants and spoilage. Moreover, The choice of packaging material extends the shelf-life of food products by preventing unfavorable factors or conditions. There is growing research interest in developing degradable biopolymers and innovative process technologies. Nanomaterial-based bio-composite materials for food packaging have paved the way for the use of biodegradable, high performance, light weight green nanocomposite materials by replacing non-biodegradable petroleum-based plastic packaging materials. Various inorganic and organic nanofillers have been used as reinforcing materials to increase the properties of biopolymer based packaging films.

Special Session

Hyoyoung Lee

(Prof. SungkunKwan University, Korea)

Title : Research Progress on Graphene Flakes, Graphene

Quantum Dots and reduced TiO2 and their

Possible Applications

Chan Kim

(Dr. AMOTECH, Korea)

Title : A Review on Recent Polymer Nanofibers by

Electrospinning and Their Applications

Jeong Sup Hong

(Prof. Yonam University, Korea)

Title : Prenatal development toxicity study of zinc oxide

nanoparticles in rats

A Review on Recent Polymer Nanofibers by Electrospinning and Their Applications Chan Kim*, Seung Hoon Lee, Yun Mi So Amogreentech, Co., Ltd., 609-1, Wolha-ro, Haseong-myeon, Gimpo-si, Gyeonggi-do, 10011, Korea e-mail:ckim@amotech.co.kr Abstract There are many techniques of manufacturing nanofibres, electrospinning is the most versatile process. Materials such as polymer, composites, metal, and ceramic nanofibres have been prepared using electrospinning or through post-treatments. Since some companies have started the mass production of nanofiber, many different production methods are proposed to produce it more efficiently. Each country and companies are trying to mass produce and standardize by using their specific production methods such as pure electrospinning, hybrid electrospinning, bubble electrospinning, pulse electrospinning and nozzleless electrospinning etc. Technical standardization of electrospinning has a very high entrance barriers, it is possible only through the combination of technical knowhow and many process parameters. But nanofiber has a great physical and chemical characteristic, and on the basis of this, they are expanding their business coverage from clothing sector to advanced medical fields. In this here, we briefly describes electrospun nanofiber's physical characteristic, commercial application area and the future prospect of nanofiber-related industry. Also we would like to introduce the latest methods to manufacture nanofiber-based long filament fibers with the slitting, twisting process.

Research Progress on Graphene Flakes, Graphene Quantum Dots and reduced TiO2 and their Possible Applications Hyoyoung Lee Centre for Integrated Nanostructure Physics, Institute of Basic Science, Department of Chemistry and Department of Energy Science, Sungkyunkwan University, Republic of Korea E-mail : hyoyoung@skku.edu In recent, graphene (G), graphene oxide (GO) and reduced graphene oxide (rGO, called graphene flake (GF)) [1-5], and graphene quantum dots (GQD) [6] exhibit great potential for various applications from molecular memory, energy storage, sensor, and bio related area due to their unique structure and outstanding intrinsic physical properties. In this presentation, we like to introduce “what is our motivation and what is the main issue to work on the graphene flakes in world wide”. In addition, we like to introduce new synthesis of novel blue titanium dioxide (blue-TiO2) with a low energy band gap that can absorb the visible and infrared solar light, exhibiting the world best photocatalytic hydrogen evolving reaction [7] and the removal of the common green algae under solar light [8]. In Kyu Moon et al., Reduced Graphene Oxide by Chemical Graphitization, Nature Communications, 1, 73 (2010). Hee Min Hwang et al., Mesoporous Non-stacked Graphene-receptor Sensor for Detecting Nerve Agents, Scientific reports, 6, 33299; doi: 10.1038/srep33299 (2016). Junghee Yang et al., Impermeable flexible liquid barrier film for encapsulation of DSSC metal electrodes. Scientific Reports 6, Article number: 27422 (2016). Keunsik Lee et al., Tunable Sub-nanopore of Graphene Flake Interlayers with Conductive Molecular Linkers for Supercapacitors, ACS Nano, 10, 6799−6807 (2016). Misook Min et al., Catalyst-free bottom-up growth of graphene nanofeatures along with molecular templates on dielectric substrates, Nanoscale, 8, 17022-17029 (2016). Keunsik Lee et al., Highly Transparent and Flexible Supercapacitors Using Graphene-Graphene Quantum Dots Chelate, Nano Energy, 26, 746-754 (2016). Kan Zhang et al., An order/disorder/water junction system for highly efficient co-catalyst-free photocatalytic hydrogen generation", Energy & Environmental Science, Energy & Environmental Science, 9, 499-503 (2016). Youngmin Kim et al., Solar-light photocatalytic disinfection using crystalline/amorphous low energy bandgap reduced TiO2”, Scientific Reports, 6, 25212; doi: 10.1038/srep25212, (2016).

Prenatal development toxicity study of zinc oxide nanoparticles in rats Jeong-sup Hong 313 Yeonam-ro, Seonghwan-eup, Seobuk-gu, Cheonan-si, Chungnam, Division of Animal Care, Yonam College, Republic of Korea E-mail: gangnaru@yonam.ac.kr

Nanoparticles (NPs) are commonly defined as materials designed and produced to have structural features with at least one dimension from 1 to 100 nanometers. Such materials typically possess structure-dependent properties such as chemical, mechanical, electronic, optical, magnetic and biological properties, which make them desirable for commercial and medical application. These days, NPs are commercially used in health and fitness fields such as cosmetics, clothing, personal care, sporting goods, and sunscreen. Moreover, NPs are expected to be applied to the medical field in diagnosis, imaging and drug delivery. One of the mainly applied NPs in various materials and products is the ZnO NPs. Since ZnO NPs have the property of absorption of UV light, they have been mainly used in sunscreen. ZnO NPs also have been explored as photoconductive materials in electronics. On the other hand, nanotechnology raises new problems, including concerns about the toxicity and environmental impact of nanomaterials. Moreover, the understanding of their possible nanotoxicity and toxic mechanism(s) are very limited. The present study was undertaken to investigate the potential adverse effects of ZnO NPs(20nm) on pregnant dams and embryo-fetal development in Sprague-Dawley rats. The results of this investigation provide additional information relevant to the safety evaluation of ZnO NPs(20nm) exposure during pregnancy

Poster Session – Nano Bio

Rhee-Jong Il Production of reactive oxygen species of quantum dots belonging to group II-VI and their toxicity to cells

P1-NB-001 Hong Dinh Duong ,Sumin Yang ,Jong Il Rhee

Jung-Sang-Chul Estrogenicity of Octyl Glucoside Synthesized by Direct Glucosidation as non-Endocrine Disruptive Surfactant

P1-NB-002 Kyong-Hwan Chung ,Hangun Kim ,Young-Kwon Park ,Byung Hoon Kim ,Sang-Chul Jung

Kim-Hangun Microquantitation of prostate-specific antigen using antibody-conjugated magnetic microsphere bead / 16-0

P1-NB-003 Sang-Don Lee ,Mijin Lee ,So-Yeon Park ,Sang-Chul Jung ,Hangun Kim

Kook-Min-Suk Oxygen and acrylic acid plasma treatment on titanium mesh for improving the hydroxyapatite formation

P1-NB-004 Youngseung Park ,Byung-Hoon Kim ,Hong-Ju Park ,Hee-Kyun Oh ,Seon-Ju Lee ,Myung-Sun Kim ,Min-Suk Kook

Park-Jin Woo Preparation and In vitro Evaluation of Elastic Nanoliposomes for Topical Delivery of Highly Skin-Permeable Growth Factors

P1-NB-005 Sang Won Choi ,Min-Ho Oak ,Eunyoung Yi ,Hyun Jung Kim ,Jin Woo Park

Jo-Jinhee H2O2 Biosensor consisted of Hemoglobin-DNA Conjugate on the NPGF Electrode with Elecrochemical Signal Enhancement

P1-NB-006 Jinhee Jo ,Jinho Yoon ,Taek Lee ,Jeong-Woo Choi

Son-Jun Sik Antifungal Effect of Dental Tissue Conditioner Containing Nystatin-Loaded Alginate Microparticles

P1-NB-007 Hyun-Jin Kim ,Tae-Yub Kwon ,Jun Sik Son

Oh-Sung Hwa Encapsulation of the flavour compounds for food delivery application

P1-NB-008 Sung-Hwa Oh ,Chong Soo Han

Yang-Seong-Won Cold Plasma Nano-jet Application of Ophthalmology: Enhancement of lacrimal flowability on Jones Tube

P1-NB-009 Saemi Park ,Byung-Hoon Kim ,Seong-Won Yang

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Poster Session – Nano Bio

Lee-Joshua Preliminary Study for Measurement of Shear Stress and Hemocompatibility Using Commercialized Lab on a Chip

P1-NB-016 Joshua Lee ,In Gi Kim ,Jin Woo Kim ,Chan Hee Park ,Cheol Sang Kim

Chang-Min Human Mesenchymal Stem Cell Behavior on Polycaprolactone film with Micro-pattern and Nano-roughness gradient

P1-NB-017 Chang-Min Lee ,Sang-Chul Jung ,Min-Suk Kook ,Myung-Sun Kim ,Byung-Hoon Kim

Sang Rak Granulation of yellow loess and Fe-aminoclay mixture for arsenic removal

P1-NB-018 Young-Chul Lee ,Jong Min Lee ,Sang Rak Choe ,Yun Suk Huh

Kang-Serku Microbially Induced Formation of Fe-Carbonate Nanoparticles by Metal-Reducing Bacteria Enriched from a CO2 Repository Candidate Site

P1-NB-010 Serku Kang ,Yul Roh

Hwang-Seung Rim In Vitro Inhibitory Activities of Heparin Derivatives on Exosome-like Nanovesicles Derived from A549 Cells

P1-NB-011 Sumeet Manandhar ,Jooho Park ,Seung Rim Hwang

Lim-Hyun-Pil Novel β-TCP coated titanium nanofiber surface for enhanced bone growth

P1-NB-012 Hyun-Pil Lim ,Sang-Won Park ,Kwi-Dug Yun ,Chan Park ,Gye-Jeong Oh ,Min-Kyung Ji ,Jong-Tak Lee ,Kwangmin Lee

Lim-Hyun-Pil Effect of hydroxyapatite-coated nanotube surface on osteoblast like cell viability and bone formation

P1-NB-013 Hyun-Pil Lim ,Sang-Won Park ,Kwi-Dug Yun ,Chan Park ,Gye-Jeong Oh ,Min-Kyung Ji ,Jong-Tak Lee ,Kwangmin Lee

YOO-HOON Morphological Feature of Pluronic F127 and Its Application as Biomembrane in Burn Treatment

P1-NB-015 Woo-suk Chang ,Woo-hyung Lee ,Kil-Song Lee ,Yeon-Won Yang ,Bongsuk Kim ,Kyo-Sang Ahn ,Cheolhyun Lim

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Poster Session – Nano Bio

Kim-Moon Il Highly Efficient Electrochemical Detection of Phenolic Compounds Utilizing Superior Catalytic Activity of Nanohybrids Consisting of Magnetic Nanoparticles and Gold Nanoclusters

P1-NB-019 Seong-rok Kim ,Seongyeon Cho ,Moon Il Kim

Moon-MyungJae Impregnation and Release of drug in Nanoporous Silica using Supercritical Carbone Dioxide Fluid

P1-NB-020 Myung-Jae Moon ,Won-Jun Lee ,Soo-Jin Lee ,Hyoung-Tae Ju ,Kyung-Chul Yoon ,Jong-Soo Han

Seo-Hyunhee Mixed contaminants Removal Efficiency using Bio-FeS Nanoparticles

P1-NB-021 Hyunhee Seo ,Yul Roh

Kim-Yumi Effects of Aging on Transformation of Biogenic Magnetite Nanoparticles

P1-NB-022 Yumi Kim ,Yungoo Song ,Yul Roh

Kim-Ji-Won Evaluation of the Marginal Fit of Glass Infiltrated Zirconia Core in Maxillary Central Incisor

P1-NB-023 Ji-Won Kim ,Gye-Jeong Oh ,Hyun-Pil Lim ,Kwi-Dug Yun ,Sang-Won Park

Jee-Jun-Pil Development of cationic liposomes for enhanced algicidal efficacy of new algicidal agent DP92

P1-NB-024 Daebeom Park ,Eun Joo Choi ,Jun-Pil Jee

Jeong-Moon-Jin Thymosin β4 reduces H2O2 induced oxidative stress in MC3T3-E1 cells on titanium surface

P1-NB-025 Baik-Dong Choi ,Do-Seon Lim ,Seung-Yeon Lee ,Tae-Hee Nho ,Soon-Jeong Jeong ,Yeong-Mu Ko ,Moon-Jin Jeong

Jee-Jun-Pil Evaluation of semifluorinated amphiphilic polymers as hydrophobic drug delivery system

P2-NB-001 Bonyeob Ku ,Jun-Pil Jee

Jang-Dong-Jin Removing control of cyclodextrin-drug complexes using high affinity molecule

P2-NB-002 Young-Hwan Kim ,Sung Tae Kim ,Jun-Pil Jee ,Dae-Young Kim ,Dongjin Kang ,Kyoung Soon Kim ,Kwan Hyung Cho ,Dong-Jin Jang

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Poster Session – Nano Bio

Kang-Jung-In Nanoparticle Formations of Mn and Si on the Hydroxyapatite Coated Ti-6Al-4V for Dental Applications

P2-NB-004 Jung-In Kang ,Mee-Kyoung Son ,Han-Cheol Choe

Kim-Ji Hyun Cytotoxicity and antimicrobial effect of feldspathic porcelain with various nanosized Ag+ ion concentration

P2-NB-005 Jihyun Kim ,Sangwon Park ,Hyunpil Lim ,Gyejung Oh ,Kwidug Yun

Ko-Jung Yun Characteristics of nano-emulsion of Korean Brown algae, Ishige okamurae extract

P2-NB-006 Jung Yun Ko ,Ji-Hyun Kim ,Mi-Jin Lee ,Dae-Hyun Kim ,Hee-Jin Kim ,Young-Ick Jo ,Joon-Ho Hong

Young-IL-Jeong Magnetically responsive drug delivery lipo-complexes having bacterial-derived iron oxide nanoparticles

P2-NB-007 Young-il Jeong ,Je Ho Ryu ,Chong Woo Chu ,Hyun Yul Kim ,Gyung Mo Son ,Hye Lim Lee ,Tae-Won Kwak ,Chung-Wook Chung ,Dae Hwan Kang

Han-Sung-Woong Probing of Amyloid β and the Antibody Interaction Using Atomic Force Microscopy

P2-NB-008 Sung-Woong Han ,Tae-Hoon Lee ,Jung-Hun Kim ,Min-Sik Kang ,Byeol-Jin Joo ,Choong-Il Jo ,Sang-Mok Chang ,Hoon-Kyu Shin

Kim-Kyo-Seon Preparation of high functional magnetic nanoparticles for bio-separation

P2-NB-009 Dae-Won Lee ,Fatima Hira ,Kyo-Seon Kim

Lee-Kang Electrochemical Deposition of Hydroxyapatite Substituted with Magnesium and Strontium on the Ti-6Al-4V Alloy

P2-NB-010 Kang Lee ,Yeong-Mu Ko ,Han-Cheol Choe

JinSu-Park In-vitro mechanical performance study of biodegradable polylactic acid/hydroxyapatite nanocomposites for fixation medical device

P2-NB-003 Jinsu Park ,Bae-Jung Kim ,Ji-Yeong Hwang ,Yo-Woong Yoon ,Hoon-Sang Cho ,Dong-Hyun Kim ,Jong Kook Lee ,Seog-Young Yoon

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Poster Session – Nano Bio

jeong-hyeongdo Agglomeration of nanoscale 3Y-TZP powders and its effect

P2-NB-011 Hyeongdo Jeong ,Jong Kook Lee

Park-Jin Woo Construction and Characterization of Cell-Penetrating Peptide-Fused Fibroblast Growth Factor and Vascular Endothelial Growth Factor for an Enhanced Percutaneous Delivery System

P2-NB-012 Sang Won Choi ,Rudra Pangeni ,Dai Hyun Jung ,Su Jung Kim ,Jin Woo Park

Hwang-In-Jo Electrochemical Behaviors of Bone-like Apatite Coated Ti-6Al-4V after Plasma Electrolytic Oxidation in Electrolyte Containing Zn and Si Ions

P2-NB-013 HWANG In-Jo ,MOON Dea-Seon ,CHOE Han-Cheol

Park-Seon-Yeong Bone-like Apatite Formation on the Plasma Electrolytic Oxidation Treated Ti-6Al-4V Alloy in Solution Containing Si and Mg Ions

P2-NB-014 Seon-Yeong Park ,Han-Cheol Choe

Ji-Min-Yu Morphology Changes of Plasma Electrolytic Oxidized Ti-6Al-4V Alloy with Concentration of Sr and Si Ions

P2-NB-015 Ji-Min YU ,Seon-Yeong Park ,Han-cheol Choe

Park-Min Gyu Plasma Electrolytic Oxidation of Ti-6Al-4V Alloy in Solution Containing Zn, Si, and Mn Ions

P2-NB-016

Lim-Sang-GYU Morphology Observation of PEO-treated Surface in Solution Containing Mn, Mg, and Si Ions

P2-NB-017

Jang-Dong-Jin Improved dissolution and oral bioavailability of celecoxib by a dry elixir system with nano-sized cavities

P2-NB-018 Kwan Hyung Cho ,Jun-Pil Jee ,Da A Yang ,Sung Tae Kim ,Kyoung Soon Kim ,Dae-Young Kim ,Taeyong Sim ,Sang Yeob Park ,Dongjin Kang ,Dong-Jin Jang

Jang-Dong-Jin Nanostructured co-delivery of cyclosporin A and paclitaxel for enhancing bioavailability

P2-NB-019 Sung Tae Kim ,Sang Yeob Park ,Kyoung Soon Kim ,Dongjin Kang ,Dae-Young Kim ,Taeyong Sim ,Jun-Pil Jee ,Kwan Hyung Cho ,Dong-Jin Jang

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Poster Session – Nano Bio

Park-Eunyoung Quercetin-rich Onion extract promotes browning of 3T3-L1 adipocytes

P2-NB-020 Si-Won Kang ,Dal-Seong Gong ,Hyang-Gum Kim ,Kui-Seok Lee ,Hyun-Jung Kim ,Eun-Young Park ,Min-Ho Oak

Young-IL-Jeong Enhanced photosensing and photodynamic treatment of colon cancer cells using methoxy poly(ethylene glycol)-conjugated chlorin E6

P2-NB-021 Young-il Jeong ,Je Ho Ryu ,Chong Woo Chu ,Hyun Yul Kim ,Gyung Mo Son ,Hye Lim Lee ,Tae-Won Kwak ,Chung-Wook Chung ,Dae Hwan Kang

YOO-HOON Cellular Effects of Platinum Nanoparticles on Raw 264.7 Cells

P2-NB-022 Hoon Yoo ,Loan Ta Thi ,Le Thanh-Do ,Rina Yu

Yoo-Kyung-Hyeon Polylactic acid/nanostructured Si-substituted β-tricalcium phosphate composites for application of biodegradable fixation medical device

P2-NB-023 Kyung-Hyeon Yoo ,Hoon-Sang Cho ,Dong-Hyun Kim ,Jong Kook Lee ,Yong-Il Kim ,Kyu-Hong Hwang ,Seog-Young Yoon

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Poster Session – Nano Photonics

JI-KYUNG WON Enhanced performance of InGaN/GaN Multi Quantum Well

P1-NP-001 KYUNGWON JI ,JINHONG PARK

Lee-Jaehyun Synthesis and Photophysical Properties of New Pyrene Derivatives with Different Substitution Positions

P1-NP-003 Jaehyun Lee ,Mina Jung ,Atsushi Wakamiya ,Jongwook Park

Lee-Sookyung AuAg bimetallic non-alloyed nanoparticles on SiO2 spacer layer for improved light absorption in thin-film c-Si solar cells

P1-NP-004 Soo Kyung Lee ,Hee-Jin Lim ,Chee Leong Tan ,Yong Tak Lee

Tawfik-Wael Zaka Numerical Analysis of the Temperature Impact on Performance of GaN-Based 460-nm Light-Emitting Diode

P1-NP-005 Wael Z. Tawfik ,June Key Lee

Kim-Jong-Ho Photocatalytic Removal of NO using Trimethylchlorosilane-modified Titania

P1-NP-007 Kwang Young Lee ,Se Min Park ,Jong Beom Kim ,Dong Lyun Cho ,Ho Kyong Shon ,Jong-Ho Kim

Sang Su Shin Near infrared to visible up-conversion luminescence characteristics of LaVO4 : Er3+, Yb3+ phosphors

P1-NP-008 Sung Su Yi ,Sang Su Shin ,Min Hyeok Sung ,Kang Ro Park ,Sang Jun Bea ,Min Hwan Hwang ,Jea Gyun Park

Sang Su Shin Up-conversion Luminescence properties of LaGaO3 : Er3+, Yb3+ phosphors

P1-NP-009 Sung Su Yi ,Min Gi Choi ,Sang Su Shin ,Dae Il Kim ,Dong Min Chu ,In Gook Choi ,Jea Gyun Park

Sang Su Shin Enhanced luminescence characteristics of Eu-PDC-POSS hybrid material

P1-NP-010 Sung Su Yi ,Dong Min Chu ,Min Hyeok Sung ,Min Hwan Hwang ,?in Gi Choi ,Won Jae Kim

Ju-Seongmin Optical Characteristics of Alumino-germano-silicate Glass Optical Fiber Incorporated with Gd2O3 Nano-particles

P1-NP-011 Seongmin Ju ,Bok Hyeon Kim ,Kadathala Linganna ,Seongjae Boo ,Yong Ho An ,Won-Taek Han

Kim-Seon Hoon Comparison of SPR characteristics of Au/Ag bimetallic thin films with Au and Ag single thin films

P2-NP-001 Seon Hoon Kim ,Tae Un Kim ,Haeng Yun Jung ,Hyun Chul Ki ,Doo Gun Kim ,Byung-Teak Lee

Kang-Seokwoo The Synthesis and Property of New Type Multi-Chromophore Emitting Materials for Organic Light-Emitting Devices

P2-NP-002 Seokwoo Kang ,Hayoon Lee ,Hyocheol Jung ,Taemin Kim ,Kwang-Yol Kay ,Jongwook Park

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Poster Session – Nano Photonics

Jung-Hyocheol Synthesis and Electroluminescent Properties of New Dibenzo-diazocine Derivatives

P2-NP-004 Jung Hyocheol ,Lee Hayoon ,Ryu Jaemin ,Kay Kwang-Yol ,Park Jongwook

Jeon-Young-Sun Fabrication of upconversion phosphor films on the flexible substrate using nanostructured organo-silcon

P2-NP-005 Young-Sun Jeon ,Tae Un Kim ,Seon Hoon Kim ,Kyu-Seog Hwang

Kim-Dong-Eun Hybrid Tandem White OLED with High Efficiency and Color Purity using Fluorescent Blue and Phosphorescent Red/Green Emitters

P2-NP-006 Dong-Eun Kim ,Min-Jae Kang ,Hoon-Kyu Shin

Oh-Hwa Sub Investigation of Chirped Well structures for broad-spectrum AlGaInP-based LEDs

P2-NP-007 Hwa Sub Oh ,Jong-Min Park ,Sung Hoon Jung ,Tae Hoon Jung ,Seung_Jae Lee ,Young-Ho Song ,Seong-Ran Jeon

Rice-Quinton Exciton Formation Entropy Changes in Transition Metal Dichalcogenide Atomic Layers

P2-NP-008 Quinton Rice ,Tikaram Neupane ,Dulitha Jayakodige ,Bagher Tabibi ,Felix Seo

Rice-Quinton Electron-Phonon Coupling Effects on Bandgap Tunability of Transition Metal Dichalcogenide Atomic Layers

P2-NP-009 Quinton Rice ,Tikaram Neupane ,Dulitha Jayakodige ,Bagher Tabibi ,Felix Seo

Rice-Quinton Excitation Intensity Dependent Nonlinear Absorptions of Atomic Layers

P2-NP-010 Tikaram Neupane ,Quinton Rice ,Dulitha Jayakodige ,Bagher Tabibi ,Felix Seo

Rice-Quinton Exciton Dephasing of Two-dimensional Atomic Layers

P2-NP-011 Tikaram Neupane ,Quinton Rice ,Dulitha Jayakodige ,Bagher Tabibi ,Felix Seo

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Lee-Hayoon Synthesis and Electroluminescence properties of Novel Dual-Chromophores

P2-NP-003 Hayoon Lee ,Sunmi Lee ,Hyocheol Jung ,Seokwoo Kang ,Jongwook Park

Poster Session – Nano Structure

Kim-jaehwang Effects of fragmented Fe intermetallic compounds on ductility in Al-Si-Mg

P1-NS-001 JaeHwang Kim ,DaeHwan Kim

YongChul Effects of nano-sized particles with various distributions on the recrystallization behavior in an Al-Mn alloy

P1-NS-002 YongChul Lee ,JaeHwang Kim

JiWoo Effects of Mg Addition with Natural Aging Time on Two-step Aging Behavior in Al-Mg-Si Alloys

P1-NS-003 Jiwoo Im ,JaeHwang Kim

LEE-SEYEON Hot deformation behavior of hot-extruded AA7175 for aircraft part through hot torsion tests

P1-NS-005 Se-Yeon Lee ,Ji-Woon Lee ,Hyun-woo Son ,Young-chul Park ,Moon-Seok Kang ,Ji-Hyun Beck ,Taek-Keun Jung ,Young-Chul Sin ,Kyung-Taek Kim ,Ho-Joon Choi ,Sang-Ho Oh

Lee-Ji-Myon Deposition of ultra-thin highly transparent ITO film on O2 plasma treated glass substrate by organic additives-free sol-gel technique

P1-NS-006 Naveen Hemasiri ,Jae-Kwan Kim ,Ji-Myon Lee

Lee-Dong Bok High-temperature Corrosion of Nano-Multilayered TiAlCrSiN Thin Films in N2-0.1% H2S Gas

P1-NS-007 Jae Chun Lee ,Poonam Yadav ,Dong Bok Lee

Shon-In-Jin Effect of Addition of FeAl3 on Mechanical Properties of TiC

P1-NS-008 In-Jin Shon

Shon-In-Jin Properties and Synthesis of Nanostuctured CoZr-ZrO2 Composite

P1-NS-009 In-Jin Shon

Zhang-Yu Xin Using KrF ELA to Improve Gate-Stacked LaAlO3/ZrO2 IGZO-TFTs with Novel AP-PECVD Technique

P1-NS-010 Chien Hung Wu ,Kow Ming Chang ,Yu Xin Zhang ,Bo Wen Huang ,Yi Ming Chen ,Shui Jinn Wang

Zhang-Yu Xin The Investigation of Gate-Stacked In-Ga-Zn-O TFTs with Ga-Zn-O Source/Drain Electrodes by Atmospheric Pressure Plasma-Enhanced Chemical Vapor Deposition

P1-NS-011 Chien Hung Wu ,Kow Ming Chang ,Yi Ming Chen ,Bo Wen Huang ,Yu Xin Zhang ,Shui Jinn Wang ,Jui Mei Hsu

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Poster Session – Nano Structure

Kim-Tae-Wan Dimerization of ethylene to butenes over ordered mesoporous silica SBA-15 supported Ni-Al catalysts with different morphologies

P1-NS-012 Jong Won Jun ,Seok Il Hong ,Tae-Wan Kim ,Chul-Ung Kim

Bang-Seong Sik Effect of the spray distance on the properties of high velocity oxy-fuel (HVOF) sprayed WC-12Co coatings

P1-NS-013 Seong Sik Bang ,Taek Keun Jung ,Chang Been Lee ,Young Chul Park ,Woo sik Whang ,Jung Woo Han ,Soong Keun Hyun

Chae-Hyun Uk High-speed Growth of ZnO Nanorods in Preheating Condition Using Microwave-assisted Growth Method

P1-NS-014 Hyun Uk Chae ,Abu ul Hassan Sarwar Rana ,Ye-Jin Park ,Hyun-Seok Kim

Vu-Van (Thi) Evaluation of Surface Characteristics and Strength of Glass-infiltrated Zirconia after Acid Etching

P1-NS-016 Van Vu ,Gye-Jeong Oh ,Hyun-Pil Lim ,Kwi-Dug Yun ,Thao Nguyen ,Ji-Won Kim ,Sang-Won Park

Jung-Sang-Chul Facile synthesis and characterization of zinc nanoparticle on activated carbon using liquid phase plasma method

P1-NS-017 Sang-Chai Kim ,Young-Kwon Park ,Ho-Geun Ahn ,Heon Lee ,Sung-Jin Lee ,Sang-Chul Jung

Lee-Jun Gyu Effects of the single grain boundary on the electrical characteristics in 3D V-NAND flash memory devices

P1-NS-018 Tae Whan Kim ,Keon-Ho Yoo ,Jun Gyu Lee

Lee-Song Eun Efficient harvesting triplet excitons in hybrid white organic light-emitting diodes using new red complexes

P1-NS-019

Zhao-Jing Ming Dissolution Behavior and Bio-stability of Spark Plasma Sintered Hydroxyapatite

P1-NS-020 Jing Ming Zhao ,Jong Kook Lee ,Young Hwan Han ,Xiao Bing Zhou ,Kyu Hong Hwang

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Poster Session – Nano Structure

ChangBeen-Lee Effects of heat treatment on interfacial behavior and bonding strength of surface activated bonding Ti-Al laminate.

P1-NS-021 Chang-Been Lee ,Taek-Keun Jung ,Seong-Sik Bang ,Young-Chul Park ,Soong-Keun Hyun ,Seung-Ho Yang ,Jae-Sung Park ,Jong-Bae Kim

Son-Hyeon-Taek Microstructure Evaluation of Mg-5Al-3Ca Based Alloys with Different RE Additions

P1-NS-022 Hyeon-Taek Son ,Yong-Ho Kim

Kim-Min Hyeok Study of nanofiber based air filter using electrospinning and its optimization of concentration and voltage

P1-NS-023

Lee-Jai-Yeoul Characteristics of Ni-Cobalt spinel Oxide Thin Films Prepared by PLD Process

P1-NS-024 Jung Hee Kim ,Hee Young Lee ,Jai-Yeoul Lee

jang-jae myung A Simulated Body Fluid(SBF) Evaluation of the Ultrafine-Structure Formed on Surface with Electrolytic Solution

P1-NS-025 Jae-Myung Jang ,Tae-Eon Park ,Seung-Dai Kim ,Han-Cheol Choe

Kim-Sung Yong Development of a Spoke Type Robot Torque Sensor Based on Piezoresistive Nano-carbon Composites

P1-NS-026 Sung Yong Kim ,Se Hoon Park ,Baek Gyu Choi ,In Hyuk Kang ,Jae-Bok Song ,Inpil Kang

Kim-Jeoung Han Formation of oxide nano-particles during laser scanning of advanced oxide dispersion-strengthened alloy powder

P1-NS-028 Barton Arkhurst ,H.G. Kim ,Jeoung Han Kim

Oh-Sung-Tag Fabrication of Cu/SiC Composites by Spark Plasma Sintering of Nano-sized Cu Coated SiC Powders

P1-NS-029 Young-Keun Jeong ,Yeon Su Kim ,Sung-Tag Oh

Lee-Ji-Woon Hot working characteristics of CaO-added AM30 alloy by hot torsion tests

P1-NS-030 Ji-Woon Lee ,Dong-Beom Byun ,Hyeon-Woo Son ,Kwang-Tae Son ,Taek-Kyun Jung ,Hyun-Jin Choi ,Sang-Wook Kim ,Nam-Seok Kim ,Hyun-Kyu Lim ,Shae K. Kim ,Soong-Keun Hyun

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Poster Session – Nano Structure

Nam-Chunghee Addition of capping agents and its effects on the morphology of WO3 nanostructures

P1-NS-031 Soo-Min Park ,Chunghee Nam

Kwon-Tae-Yub Micro/Nano-Roughness of a 3D-Printed Ni-Cr Alloy Produced by Selective laser melting: Effect of Process Parameters

P1-NS-032 Min-Ho Hong ,Jun Sik Son ,Tae-Yub Kwon

KIM-Chungseok Nano-size particles dispersion-strengthened Al matrix composite by double mechanical alloying process

P1-NS-033 Chungseok Kim ,Hakmin Lee

Kim-Sang-Wook Pore characteristics of lotus-type porous Cu-Fe and Cu-Cr alloys fabricated by unidirectional solidification

P1-NS-034 Sang-Wook Kim ,Ji-Woon Lee ,Yue Wang ,Taek-Kyun Jung ,Hyun-Jin Choi ,Nam-Seok Kim ,Ha-Jun Ryu ,Soong-Keun Hyun

Park-Jae Hyeon Effect of thermal annealing on the electrical characteristics of gate-all-around transistors

P1-NS-035 Tae Whan Kim ,Jae Hyeon Park

Kim-Heesoo Laser Process and Alkaline Solution made Nanostructures on Multi-crystalline Silicon wafer for Solar Cell

P1-NS-036 Kim Hee Soo ,Ha Seung Hyun ,Kim Ji Hyeon ,Park Sang Joon

Woo-Sung Jun Flexible organic photovoltaic cells based on organometal-halide perovskite nanoparticles

P1-NS-037 Sung Jun Woo ,Dae Hun Kim ,Young Pyo Jeon ,Tae Whan Kim

Ojha-Devi Prashad Synthesis of Multifunctional Ag/ZnO/fly ash nanocomposite by one-spot Hydrothermal Process and its photocatalytic activity

P1-NS-38 Devi Prashad Ojha ,Han Joo Kim

Kim-Wookyum Electrical bistabilities and stabilities of organic bistable devices utilizing graphene oxide/mica nanoparticle nanocomposites embedded into a polymer(9-vinylcarbazole)

P2-NS-001 Wookyum Kim ,Wongyu Lim ,Chaoxing Wu ,Daeuk Lee ,Hyounwoo Kim ,Taewhan Kim

Lee-Hong-Joon Close-packed crystalline polymers from polymerization of two-monomer-connected precursors

P2-NS-002 Hong-Joon Lee ,Yong-Ryun Jo ,Santosh Kumar ,Seung Jo Yoo ,Jin-Gyu Kim ,Youn-Joong Kim ,Bong-Joong Kim ,Jae-Suk Lee

Lee-Hong-Joon Molecular level ordering in coordinated polyaniline with zinc ions

P2-NS-003 Hong-Joon Lee ,Sang-Ook Hur ,Hannui Lee ,Jae-Suk Lee

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Poster Session – Nano Structure

Park-Youngchul Microstructure and mechanical properties of WC-12Co, WC-17Co and WC-10Co-4Cr coatings deposited by high velocity oxy-fuel (HVOF) spray

P2-NS-004 Youngchul Park ,Chang-Been Lee ,Seong-Sik Bang ,Woo-Sik Whang ,Jung-Woo Han ,Soong-Keun Hyun ,Taek-Kyun Jung

Sittimart-Phongs I-V, C-V-f and G-V-f Characteristic Curves of Heterojunctions Comprising n-Type Nanocrystalline Iron Disilicide Films and p-Type Silicon Substrate

P2-NS-005 Phongsaphak Sittimart ,Asanlaya Duangrawa ,Peeradon Onsee ,Sakmongkon Teakchaicum ,Adison Nopparuchikun ,Nathaporn Promros

oh-teresa Oxide Semiconductor Channel Effect of Thin Film Transistor

P2-NS-006 teresa oh

KIM-JONG HEE Evalution of Weldability in MAG and LASER for Galvannealed steel

P2-NS-007 Jong-Hee Kim ,Han-Sur Bang ,Hee-Seon Bang

KIM-UKSU Fabrication of micro scale mold from Si wafer surface-patterned using PCD tool

P2-NS-008 UkSu Kim ,JeongWoo Park ,KiGwon Kim

Shim-Wang-Geun Nanostructured Biomass Based Carbon Materials for Hydrogen Storage

P2-NS-009 Marriyappan Sivagnan Balathanigaimani ,Wang Geun Shim ,Hee Moon

jung-hyunsu Structural property of CIS nano particles on TiO2 for CIS solar cell

P2-NS-010 jin lee ,gye-choon park ,kil-ju na ,su-ji park ,hyun-su jung

Kim-Wang Ryeol Effects of substrate bias voltage on the mechanical properties of amorphous carbon films deposited by physical vapor deposition using a linear ion source

P2-NS-011 Wang Ryeol Kim ,Uoo chang Jung ,Won sub Chung ,Sung bo Heo ,In-Wook Park

Park-In-Wook Oxidation and tribological behavior of Ti?B?C?N?Si nanocomposite films deposited by unbalanced magnetron Sputtering

P2-NS-012 Jaeho Jang ,Sungbo Heo ,Dae-Geun Nam ,Kwang Ho Kim ,Ikmin Park ,In-Wook Park

Park-Seul Hyun Quantitative Image Analysis of Carbon Nanostructure of Particles Produced from Combustion Process

P2-NS-013 Seuk-Cheun Choi ,Seul-Hyun Park ,Terki Hong

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Poster Session – Nano Structure

Kim-Kyo-Seon Effect of Gas Flow Rate on Nanostructures of Thin Film in Aerosol Flame Deposition Process

P2-NS-014 Sang-Hyeok Yoon ,Jin-Rui Ding ,Kyo-Seon Kim

Hwang-Kyu Hong Properties of Metakaolin Fabricated from Halloysite Nano Tubes

P2-NS-015 Kyu H. Hwang ,Jingming Zhao ,Jong K. Lee ,Jeong H. Chang ,Youn K. Lee

Lee-Sang-Jin NO2 Gas Sensing Properties of Nano-Sized WO3 Powders Prepared by a PVA Solution Route

P2-NS-016 Mircea Pantilimon ,Choong-Hwan Jung ,Sang-Jin Lee

Ha-seunghyun Alkaline Cleaning after Laser process, made Nanostructures

P2-NS-017 Hee Soo Kim ,Seung Hyun Ha ,Ji Hyeon Kim ,Sang Joon Park ,Ki ryong Maeng

Song-Kuk Hyun Effects of intermetallic compound formation in Al/Cu clad material fabricated by differential speed rolling

P2-NS-018 Yong-Deok Im ,Kwang-Seok Park ,Kuk-Hyun Song

Jung-Choong-Hwan Microstructural Characteristics of Synroc as a Ceramic Wastes Forms by a Solution Combustion Synthesis

P2-NS-019 Choong-Hwan Jung ,Sang-Jin Lee ,Young-Min Han

Chun-Sung-Yong Effect of Inductively Coupled Plasma on the Properties of Nanocrystalline VN films for Corrosion Resistant Surface

P2-NS-020 So Yeon Lee ,Sung-yong Chun

Park -Jong-Kyu Characteristics of Sodium Polyacrylate/Nano-sized Carbon Black Composite hydrogel for Biomedical Patch

P2-NS-021 Jongkyu Park ,Seungkwan Cho ,Yongmin Kim ,Hansung Kim ,Chihwan Lee

Yoo-HyoSang Microstructure Changes and Corrosion Resistance of Aluminum Alloy by Heat Treatment

P2-NS-022 HyoSang Yoo ,YongHo Kim ,ChangGi Jung ,SangChan Lee ,SeongHee Lee ,HyeonTaek Son

Lee-Seong-Hee Microstructure and Texture of AA1050/AA6061/AA5052 Multi-Layered Complex Aluminum Sheet Fabricated by Three-Layer Stack Accumulative-Roll Bonding

P2-NS-023 Seong-hee Lee ,Jung-Han Kim ,Hyo-Sang Yoo ,Hyun-Taeh Son

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Poster Session – Nano Structure

Kim-YongHo Study on microstructure and mechanical properties of Al-Li based alloys processed by rolling

P2-NS-024 Yong-Ho Kim ,Hyo-Sang Yoo ,Chang-gi Jung ,Hyeon-Taek Son

Song-Kuk Hyun Effect of the precipitates on mechanical properties of friction welded Duralumin alloy

P2-NS-025 Yong Deok Im ,Kwang Seok Park ,Kuk Hyun Song

Rhee-Kyong Yop Influence of calcination upon the morphology and magnetic properties of Fe2O3 nanoparticles

P2-NS-026 Kyong Yop Rhee

Lee-Seong-Hee Formation of Ultrafine Grained Structure in a Dioxide Low-Phosphorous Copper Alloy Processed by Conventional Accumulative Roll-Bonding

P2-NS-027 Seong-hee Lee ,Cha-Yong Lim

Long Giang –Bach Nanostructured Ti0.7Mo0.7O2 as Efficient Non-carbon Support for PtRu Catalysts in Direct Methanol Fuel Cells

P2-NS-028 Van Thi Thanh Ho ,Vi Tran Thuy Tuong ,Long Giang Bach

Long Giang –Bach SYNTHESIS AND CHARACTERIZATION OF ADVANCED NANOMATERIAL TIN DOPED INDIUM OXIDE (ITO) VIA NONAQUEOUS SOL-GEL METHOD AND Pt/ITO NANOCATALYSTS

P2-NS-029 Khuong Anh Nguyen Quoc ,Tuan Phan Dinh ,Long Giang Bach ,Van Thi Thanh Ho

Jo-Min Hyeok Selective-area MOVPE Growth of the Ternary III-V Nanowires employing PS/PMMA Diblock Copolymer Nanopatterning

P2-NS-030 MinHyeok Jo ,HongHyuk Kim ,Jonathan Choi ,Heedae Kim ,Jeongwoo Hwang ,Doo Gun Kim ,Padma Gopalan ,Jae Cheol Shin ,Luke Mawst

SUNGTAE-PARK Multi c-BN coatings by r.f diode sputtering and investigation of wear Behavior

P2-NS-031 Sung-Tae Park ,Jeon-Geon Han ,Martin Keunecke

Choo-Dong Chul Effect of thermal annealing on the structural and electrical properties of silver nanowire electrodes formed on glass substrates

P2-NS-032 Dong Chul Choo ,Tae Whan Kim

Kim-Sung-Hoon Formation of the geometrically controlled carbon coils by manipulating the injection time of SF6 flow

P2-NS-033 Dong-Chul Kim ,Sung-Hoon Kim

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Poster Session – Nano Structure

Jo-Min Hyeok Characterization of the Ohmic-contact Properties of an InAs Nanowire by Using the Transmission Line Model

P2-NS-034 MinHyeok Jo ,Jae Cheol Shin

Lee-Seungjea Synthesis and Morphology Control over ZnO Nanostructures via Self-Emulsion Polymerization (SEP)

P2-NS-035 Santosh Kumar ,Hong-Joon Lee ,Seung-Jea Lee ,Jae-Suk Lee

Long Giang –Bach The synthesis of Mesoporous NiFe2O4 by Solvothermal Method in Ethylene glycol (EG) media and Its photo-Fenton-like behavior under Sunlight Irradiation

P2-NS-036 Trinh Duy Nguyen ,Thuong Thi Nguyen ,Vinh Huu Nguyen ,Thuan Van Tran ,Quynh Thi Phuong Bui ,Tran Duong Thien Loc ,Long Giang Bach

JOO-SUNGMIN Redistribution of Welding Residual Stresses of CTOD Specimen by Local Compression

P2-NS-037 Sung-Min Joo ,Kuk-Hyun Song ,Young-Gon Kim ,Dong-Hoon Lee

Gyubaek-An Numerical analysis of Ductile Crack Initiation Criterion with Mismatched Weld Joints under Dynamic Loading Conditions

P2-NS-038 Gyubaek An ,Se-Min Jeong ,Jeong-Ung Park ,Ohata Mituru

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Poster Session – Nano Chemistry

Moon-Seung Eon Low Power Consumption MEMS type Air Quality Monitoring Chemical Sensor

P1-NC-002

Cho-Seokwon Naphthalene Derivatives End-capped with 2-(Diphenylamino)-9, 9-diethylfluorenes for Blue Organic Light-Emitting Diodes

P1-NC-003 Seokwon Cho ,Changmin Kim ,Song Eun Lee ,Young Kwan Kim ,Seung Soo Yoon

Minsob Noh Synthesis of the Organometallic Precursor for Slurry-phase Hydro cracking of Heavy oil

P1-NC-004 Seokhwan Son ,Kwangseok Lee ,Minsob No ,Byeongmin Choi ,Chulwee Lee ,Sunyoung Park ,Minchul Chung

Chul Ung-Kim Selective Production of p-Xylene from Dimethylfuran and Ethylene over Tungstated Zirconia Catalysts

P1-NC-005 Chul-Ung Kim ,Tae-Wan Kim ,Soon-Young Jeong ,Jin-Sil Lee ,Sang-Yun Kim ,Kwan-Young Lee

sook heui-jung The Inhibitory Effects on Cytotoxicity and Nitric Oxide (NO) Production in of lipid-Soluble Extracts of Green Tea leaves

P1-NC-006 Park Sang Gyu ,shin min chul ,Jung sook hee

Chaudhari-Kiran Cellulosic biomass derived porous carbons as new support material for Pt nanoparticles with enhanced electro-catalytic Activity

P1-NC-007 Kiran Chaudhari ,Young-Uk Kwon

Ryoo-HeeKyoung Acrolein production by Gas-phase glycerol dehydration using PO4/Nb2O5 catalysts

P1-NC-008 HeeKyoung Ryoo ,KyuAm Lee ,DongJu Moon ,YoungChul Kim

JO-SHARON Kinetics of glycerol steam reforming for hydrogen production over Ni-Fe-Ce/Al2O3 catalysts

P1-NC-009 Gwangsub Go ,Dongju Moon ,Youngchul Kim

JO-SHARON The promoting role of W in nickel based catalyst for Bi-reforming

P1-NC-010 SHARON JO ,Dongju Moon ,Youngchul Kim

Seungmin Lee A Study on Synthesis of Styrenated Phenol over Heterogeneous Catalysts

P1-NC-011 Seokhwan Son ,Seungmin Lee ,Hyeungen Lee ,Wonbong Kwak ,Sunghun Jung ,Hogeun Ahn ,Minchul Chung

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Poster Session – Nano Chemistry

Kim-Dohyoung Synthesis of Cu-In-S/ZnS Quantum Dots by Microwave Irradiation for the application of Light-Emitting Diodes

P1-NC-012 Jongsung Kim ,Dohyoung Kim

Kim-KwonBeen The Study on thermal Stability of the Fluorescence of ZnO QD/Polymer Film

P1-NC-013 KwonBeen Kim ,JongSung Kim

Kim-KwonBeen Synthesis of Carbon Quantum Dots via Hydrothermal Process

P1-NC-014 KwonBeen Kim ,JongSung Kim

Sohn-Yeonsun Preparation of Fe-carbon nanocomposite by pyrolyzing Fe adsorbed 1,8-diamminonaphthalene for the adsorption of Cr (VI)

P1-NC-015 Yeonsun Sohn ,Jaeyoung Jeong ,Jin Hoo Park ,Kang-Sup Chung ,In-Su Park ,Pil Kim

Kwon-Younghwan Thermal and Mechanical Characterization of Polymeric Foams with Controlled Porosity using Hollow Thermoplastic Spheres

P1-NC-016 Yu Bian ,Younghwan Kwon ,Jin Seuk Kim

Yoon-Hyung-Sun Reduction of Fluoride Concentration Applying Micro-Nano Bubble Pretreatment Process

P1-NC-017 Hyung-Sun Yoon ,Keum-Joo Park ,Sharifuzzaman Md ,Eun-Sik Kim

Seung-Jun-Lee Fabrication of Alumina Nano Pore in Sulfuric Acid Solution

P1-NC-018 Lee Seung-Jun ,Jang Seok-Ki ,Kim Seong-Jong

Jeon-Jong Ki Decomposition of Ammonium Dinitramide-Based Propellant over Nanoporous Copper Oxide Catalysts

P1-NC-019 Sunghoon Hong ,Sujeong Heo ,Young Min Jo ,Ji man Kim ,Jong Ki Jeon

Son-Seokhwan Synthesis of the Molybdenum Precursor for Hydrocracking of Heavy oil

P1-NC-020

Park-Daeil Preparation and Performance validation of nano-perovskite type catalyst for carbon dioxide reforming of methane

P2-NC-001 Taegyu Kim ,Daeil Park

Kwon-Tae-Yub Resin Bonding Durability to a Noble Metal Alloy Conditioned with Novel Mercapto Silane Systems: Effect of Addition of a Phosphate Monomer

P2-NC-002 Sung-Min Kwon ,Bong Ki Min ,Jun Sik Son ,Tae-Yub Kwon

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Poster Session – Nano Chemistry

Lee-SungMoon Study on Endurance and Performance of Impregnated Ruthenium Catalyst for Thruster system

P2-NC-003 SungMoon Lee ,Jincheol Kim ,Taegyu Kim

Cho-So Hyeon Synthesis and Luminescence of the Iridium Complexes Containing 1-NTP and 2-NTP

P2-NC-004 So Hyeon Cho ,Yunkyoung Ha

Yoon-Hyung-Sun Nano-sized Fume Biogas Production from Food Waste using Semi-continuous Anaerobic Digester

P2-NC-005 Hyung-Sun Yoon ,Keum-Joo Park ,Hyoung-Woon Song ,Seong-Gyu Seo

sadhasivam-thang Organic (sPPO)-inorganic (GO) hybrid composite membrane for Vanadium Redox Flow Battery (VRFB) system

P2-NC-006 Thong T. Pham ,T. Sadhasivam ,Ho-Young Jung

KARMEGAM -DHANAB

Synthesis and characterization of lead-activated carbon materials for negative electrode of ultra battery

P2-NC-007 Dhanabalan Karmegam ,T Sadhasivam ,Sang Chai Kim ,Sung-Hee Roh ,Ho-Young Jung

sadhasivam-thang Preparation and characterization of nano-sized CaO and SiO2 mixture as a solid reducing agent for HF elimination

P2-NC-008 T. Sadhasivam ,Min-Hwa Lim ,Shin-Kun Ryi ,Sang-Chai Kim ,Ho-Young Jung

Hyeon-Jun-Noh Analysis of curing kinetic reaction of Polyurethane reaction for HTPB-IPDI Though DSC Measurements and Kissinger equation

P2-NC-009 Hyeon-Jun Noh ,Thangarasu Sadhasivam ,Ju-Young Kim ,Sang-Chai Kim ,Ho-Young Jung

Park-Taehun Field emission and secondary electron emission of perovskite and some carbon materials

P2-NC-010 Taehun Park ,Jongtaek Lee ,Junyoung Lee ,Jonghee Yang ,Whikun Yi

Park-Young Kwon Catalytic Conversion of Lignin to Useful Chemicals over Nanoporous Materials

P2-NC-011 Dong Hoon Rho ,Hyung Won Lee ,Sang Chai Kim ,Young-Kwon Park

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Poster Session – Nano Chemistry

Park-Young Kwon Removal of Food Waste Odor using Nanoporus Carbon Adsorbents

P2-NC-012 Heejin Lee ,In-Gu Lee ,Sang Chai Kim ,Young-Kwon Park

Park-Young Kwon Hydrodeoxygenation of Pyrolysis Bio-oil over Ni Impregnated Mesoporous Materials

P2-NC-013 Heejin Lee ,In-Gu Lee ,Sang Chai Kim ,Young-Kwon Park

Kim-Sang Chai Catalytic Pyrolysis of Film Plastic Wastes over Mesoporous Catalysts

P2-NC-014 Young-Kwon Park ,Beom-Sik Kim ,Sang Chai Kim

SONG-GIHYUN Synthesis of Surface-Modifying Synergists to accelerate the development of stable pigment dispersions for Inkjet Printing

P2-NC-015 Gi-Hyun Song ,Seok-Woo Kang ,Jong-Wook Park

Kwak-Chee-Hun X-Ray Structure and Photophysical Properties of the Coordination Networks Obtained from the Combination of Cyclic and Non-cyclic Polyaza Complexes and Tetracyanoplatinate(II)

P2-NC-016 Min-Ji Seo ,Minchul Chung ,Chee-Hun Kwak

Kwak-Chee-Hun Tempate synthesis of a caged complex and its cyclization by copper(II) catalyzed reaction from acetonitrile to acetamide

P2-NC-017 Min-Ji Seo ,Minchul Chung ,Chee-Hun Kwak

Choe-Sang Rak Droplet-based Microfluidic Reactor for Synthesis of Size-Controlled CdSe Quantum Dot

P2-NC-019 Sang Rak Choe ,Sung Sil Lee ,Joong Pill Park ,Cheol Hwan Kwak ,Soonjo Kwon ,Sang-Wook Kim ,Yun Suk Huh

Hyeonjun-Yun A study on H2SO4-treated MxOy catalysts for styrenated phenols by alkylation of phenol with styrene

P2-NC-020 Hyeonjun Yun ,Yeongho Lee ,Jangho Cho ,Minchul Chung ,Sunghun Jung ,Wonbong Kwak ,Ho-Geun Ahn

Park-Taehun Field emission and electrical properties of perovskite

P2-NC-021

Kim-Sang Chai Characterization of Pt-based catalyst by consecutive experiments of toluene oxidation

P2-NC-022 Seung Won Nahm ,Ho-Young Jung ,Young-Kwon Park ,Sang Chai Kim ,Sang Chul Jung

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Poster Session – Nano Energy

mun-yoo seok Electrochemical Performance of FeSb2-P@C Composites as Anode Materials for Lithium-ion Storage

P1-NE-001 Yoo Seok Mun ,Dam Kim ,Il Tae Kim

LEE-CHUNGHYO Fabrication and Magnetic Properties of Co2MnAl Heusler alloys by mechanical alloying

P1-NE-002 Chunghyo Lee ,Donghyeon Seo

Zhao-Xianmin Nickel ferrite anchored on N-doped graphene as high-performance anode materials for lithium ion battery

P1-NE-003 Xianmin Zhao ,Yongsheng Fu ,Xin Wang

KIM-YOUNG EUN Electrocatalytic Stability of Tin Cathode for Electroreduction of CO2 to Formate in Aqueous Solution

P1-NE-004 Young Eun Kim ,Hae Sung Yun ,Soon Kwan Jeong ,Yeo Il Yoon ,Sung Chan Nam ,Ki Tae Park

Park-JiIn Optimization of Lithium Promoted Cu/ZnO/Al2O3 catalyst for Higher Alcohol Synthesis

P1-NE-005 Ji In Park ,Gi Hoon Hong ,Gayoung Joo ,Kwan Young Lee ,Dong Ju Moon

chang-woo suk Reliability study on low-temperature conductive film bonded crystalline silicon PV modules

P1-NE-006 chang Woo-suk ,Lim Cheolhyun ,Hong Seung-Min ,Lee Kil-Song ,Yang Yeon-Won ,Kim Bongsuk ,Ahn Kyo-Sang

Shin-Seol a Nickel supported Structured Catalyst for Steam Reforming of Methane at Low Temperature

P1-NE-007 Seol-a Shin ,Young-su Noh ,Eun-Hyeok Yang ,Gwan-Young Lee ,Dong-Ju Moon

Chun-Dong Hyun Comparative Study of Nanocrystalline Iron-Ore-Based Catalysts and Precipitated Iron-Based Catalysts for Fischer-Tropsch Synthesis

P1-NE-008 Dong Hyun Chun ,Seok Yong Hong ,Ji Chan Park ,Geun Bae Rhim ,Ho-Tae Lee ,Jung-Il Yang ,Heondo Jeong ,Heon Jung

Roh-Sung-Hee Electrochemical Properties of Polypyrrole-Coated Carbon Nanofiber Composite Electrode for Microbial Fuel Cell

P1-NE-009 Sung-Hee Roh ,Hae-Hun Kwon ,Hee-Mun Yang ,Yong-Min Song

sadhasivam-thang Synthesis and characterization of sPPO-sulfonated silica hybrid composite membrane for Vanadium Redox Flow Battery Applications

P1-NE-010 Sadhasivam T ,Ho-Young Jung

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Poster Session – Nano Energy

Park-Mi Jung Performance Evaluation of Graphite Sheets as Current Collectors for Lead-carbon battery

P1-NE-011 Mi-Jung Park ,Ho-Young Jung ,Seung-hun Jung ,Sang Chai Kim

MINHWA-LIM The Nafion Soltion coated PE Microporous Separators for All Vanadium Redox Flow Batteries

P1-NE-012 Min-Hwa Lim ,Sang-Chai Kim ,Tae-Ho Kim ,Kyung-Wonn Park ,Ho-Young Jung

sadhasivam-thang Synthesis and characterization of lead (Pb) nanoparticles on mesoporous carbon nanostructure for ultra battery applications

P1-NE-013 T. Sadhasivam ,K Dhanabalan ,Sung-Hee Roh ,Sang-Cha Kim ,Ho-Young Jung

Moon-GeonO Porous polyethylene separator for vanadium redox flow battery

P1-NE-014 Geon-O Moon ,Sadhasivam T ,Seunghun Jung ,Sang-Chai Kim ,Hansung Kim ,Ho-Young Jung

Roh-Sung-Hee Characteristics of Microbial Fuel Cell Equipped with Hydrocarbon Electrolyte Membrane

P2-NE-001 Ho-Young Jung ,Geon-O Moon ,Hae-Hun Kwon ,Gyeonghun Chung ,Sung-Hee Roh

Ki Min-Nam Effective charge separation in WO3/BiVO4 composite for enhanced photoelectrochemical water oxidation

P2-NE-002 Jong Hyeok Seo ,Sung Ki Cho ,Ki Min Nam

Ki Min-Nam Hollow Iron Oxide Nanospheres: Controlled Synthesis and Application to Gas sensor

P2-NE-003 Kyung Hee Oh ,Hyung Ju Park ,Ki Min Nam

Jonghee-Yang Photocurrent enhancement of CdSe quantum-dot sensitized solar cells incorporating single-walled carbon nanotubes

P2-NE-004 Jonghee Yang ,Jongtaek Lee ,Junyoung Lee ,Taehun Park ,Whikun Yi

Eun-hyeok-Yang Studies on Steam CO2 Reforming of Methane over NiMgCa/Al2O3 Catalysts

P2-NE-006 Hyun Jin Kim ,Eun-hyeok Yang ,Kwan Young Lee ,Dong Ju Moon

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Poster Session – Nano Energy

Kim-Sang Chai Catalytic Thermal Conversion of Biomass over Ni/Mesoporous Alumina

P2-NE-007 Young-Kwon Park ,Hyung Won Lee ,Kwang Hoon Rhee ,Dae Joon Oh ,Sang Chai Kim

Kim-Hyo Jin Improvement of the efficiency of Si solar cell by rear point contact having nano scale

P2-NE-008 Hyo Jin Kim ,Hyun Haeng Lee ,Seong min Kim

Akhtar-M. Shaheer Sol-gel deposited double layer TiO2/Al2O3 anti-reflection coating for silicon solar cells

P2-NE-009 Azmira Jannat ,Jinsu Jung ,M. Shaheer Akhtar ,O-Bong Yang

Chun-Sung-Yong Asymmetric Bipolar Pulsed dc Sputtered Nanocrystalline VN Coatings for Electrode Materials in Lithium Battery

P2-NE-010 Peong Geun Jeong ,Sung-yong Chun

Kwak-Joon seop Enhanced heat dissipation of high-power LED lighting by lens plate having thermally-conductive plastics

P2-NE-011 Joon Seop Kwak ,Dong Kyu Lee ,Hyun Jung Park ,Jae Min Lee ,Hyeong Jin Kim

Lee-Su-Bin Ultrafine aerosol filtration and durability of functionalized filter

P2-NE-012 Su-Bin Lee ,Cheong-Min Min ,Yu-Mi Ha ,Min-Kyoon Ahn ,Boram Kim ,Won Keun Son ,Kyung-Seok Kang ,Hee-Joo Cho ,Seo-Jeong Kim ,Yong Chae Jung ,Kihong Park ,Jae-Suk Lee

LEE-Sang Heon Physical properties of ceramic superconductor for electric device

P2-NE-013 Sang Heon Lee

Byun-Seok-Joo Optical Absorption Simulation in Silicon Nanorod and Nanohole Arrays for Photovoltaic Applications

Seok-Joo Byun ,Dae Ho Song ,Hae-Rin Cho ,Jong Hyeob Baek ,Han-Pil Kim ,Wangki Kim ,Joon-Ho Lee ,Mincheol Shin ,Won Mok Kim ,Taek-Sung Lee

P2-NE-014

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Poster Session – Nano Function

Byoun-Young Min The effect of pulse reverse electroplated on morphology of gold

P1-NF-001 Young-Min Byoun ,Young-Tai Noh ,Young-Geun Kim ,Gwang-Hoon Kim

Noh-young Tai The effect of the Manganese Phosphate solution with additive agent of tartaric acid

Young-Tai Noh ,Young-Min Byoun ,Jong-Kyu Park ,Chi-Hwan Lee P1-NF-002

Ahn-Joonsung Impact of curvature radius due to edge stress on the electrical characteristics of nanoscale FinFETs

P1-NF-003 Joonsung Ahn ,Tae Whan Kim

Hur-Jaehyun Comparative Study on the Hydrogel-Based Recyclable Photocatalysts

P1-NF-004 Ngoc Xuan Dat Mai ,Juyeon Yoon ,Jaehyun Hur

Jung-Sang-Chul Precipitation of nickel oxide on TiO2 photocatalysts for enhanced visible degradation activity

P1-NF-005 Sang-Chai Kim ,Young-Kwon Park ,Ho-Geun Ahn ,Heon Lee ,Sangmin Jeong ,Sang-Chul Jung

Ryu-Jeong Ho Heat Treatment of Co-Cr-Mo Alloys Fabricated by Investment Casting

P1-NF-006 Jung-Il Lee ,Jong Bum Park ,Hyun Cho ,Jeong Ho Ryu

Ryu-Jeong Ho Single Crystal Growth of Ni Based Superalloys by Bridgman Method

P1-NF-007 Jung-Il Lee ,Jong Bum Park ,Hyun Cho ,Jeong Ho Ryu

Lee-Jung-Hyung Characterization of nanoparticles embedded in ceramic oxide layer formed on marine grade Al alloy by plasma electrolytic oxidation technique

P1-NF-008 Jung-Hyung Lee ,Seong-Jong Kim

Kim-Eun-Sik Environmental Applications of Nano-sized Recycled Aggregates: The Effect of Sterilization

P1-NF-009 Hyung-Sun Yoon ,Ik-Hyun Lim ,Seong-Gyu Seo ,Won-Chun Park ,Eun-Sik Kim

Kim-Eun-Sik Environmental Applications of Nano-sized Recycled Aggregates: The Effect of Adsorption

P1-NF-010 Jeongdong Choi ,Seongbeom Cha ,Hyung-Sun Yoon ,Eun-Sik Kim

Il-cho-Park Cavitation-Erosion Characteristics of Electroless NiP Nano-Composite Coatings in Seawater

P1-NF-011 Park Il-Cho ,Kim Seong-Jong

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30

Poster Session – Nano Function

Seong-Jong-Kim Influence of Current Density in Anodizing to Improve Cavitation Characteristics for Aluminum Alloy

P1-NF-012 Seung-Jun Lee ,Min-su Han ,Seong-Jong Kim

Lee-Jae Chun Effect of Nanofiller Types on Properties of Glass Composite Sealants

P1-NF-013 Min-Kyun Kim ,Sung Park ,Jae Chun lee

Lee-Eunae Molecular Dynamics Simulation on Graphene Nanoribbon Trench in Fullerene Shuttle Device

P2-NF-003 Eunae Lee ,Ki-Sub Kim ,Jeong Won Kang

Roh-Sung-Hee Electrospun PVDF/PAN Nanocomposite Membranes for Highly Efficient Water/Oil Emulsion Separation

P2-NF-004 Sung-Hee Roh ,Hae-Hun Kwon ,Chan Kim ,Ho-Young Jung

Eum-Sang Cheol Synthesis of nanoscale FSZ powders for a solid electrolyte by urea hydrolysis

P2-NF-005 Jong Kook Lee ,Sang Choel Eum ,Dae Sung Kim

KIM-Jong Kyu Removal of Humic Acid in water using novel Nanomaterials

P2-NF-006 Jong Kim ,Eleni Georgiou ,Luiza Campos ,Jin Joo

Chun-Sung-Yong Asymmetric Bipolar Pulsed dc Sputtered NbN Films for Electrode Materials in Supercapacitors

P2-NF-007 Sung-Yong Chun

Sun-Junfeng Fully printed anisotropic magnetoresistive sensor for azimuth and curvature degree detecting

P2-NF-008 Gyoujin Cho ,Junfeng Sun ,Jinsoo Noh

Lee-Joon-Ho Wigner transport simulation of Si, Ge and GaAs Nanowire Transistors in cylindrical coordinates

P2-NF-009

Lee-Joon-Ho Quantum simulation of a resonance tunneling diode using Wigner transport equation with spatial dependent effective mass

P2-NF-010

Lee-Yeong Ju Synthesis and Properties of Cation-Exchange Fiber with Radiation-Induced Grafting of GMA onto Cotton Cellulose

P2-NF-011 Yeong Ju Lee ,Joon Pyo Jeun ,Dong Hyun Koo ,Sun Young Kim ,Phil Hyun Kang

P1 : Nov 10. 12:30~14:00 P2 : Nov 11. 13:00~14:30