din deutsches institut für normung e. v. 1 © 2005 din deutsches institut für normung e. v. wp 6...

DIN Deutsches Institut für Normung e. V.

eutsches Institut für Norm

ung e. V.

Harmonization Work for Standards

Norbert Siegel DIN Deutsches Institut für NormungR&D Phase Standardization Department

Athens Project Meeting May 16th, 2009

ung e. V.

Contents

• introduction

• work package 6.1

• work package 6.2

DIN German Institute for Standardization

DIN is a registered non-profit association supported by the private sector.

On the basis of a contractual agreement with the Federal Republic of Germany,

DIN is the responsible German standards body in European and international

standards work.

Source: DIN Annual Report 2006

R & D Phase Standardization

2007 EU Vice President

Günter Verheugen

• “Standardization is a link between inventions

and wide industrial usage“

• “Standards are not enough used for the transfer

of R&D results at the time being.”

Example: Nanotechnology

Measurement and test standards (including terminology)

Terminological definitions facilitate communication and cooperation in nanotechnology and nanotechnology research

Agreements on new methods of measurement and testing are essential for scientific progress in nanotechnology research

Quality and safety standards

A means to protect users and consumers and raise acceptance levels, with a positive impact on market growth and a desirable knock-on effect for research

The role of standards in research

ung e. V.

Work package

6.1 Survey on existing standards in relevant peripheric areas

ung e. V.

31 pages report:

Standards and standardization for nanotechnologies and related fields

NSBs and international standardization

National

European

Inter-national

BSI AFNOR CNI …

Sectors

engineering

construction

services

aviation

optics

fine mechanics

electrotechnics

electronics

telecommunication

ung e. V.

Standardization Bodies Nanotechnologies 1

ISO TC 229 Nanotechnologies

IEC TC 113 Nanotechnology:Standardization for electrical and electronicsproducts and systems

ung e. V.

Standardization Bodies Nanotechnologies 2

CEN TC 352 Nanotechnologies

DIN NA 062-08-17 AA Nanotechnologien

Other national mirror committees:BSI, AFNOR, NBN, NEN, DS, UNI...

ung e. V.

Non-formal Standardization

• ASTM Committee E 56 Nanotechnology

• IEEE (Test methods for CNT)

• SEMI (Nanoimprint lithography)

• OECD Working Party on Manufactured Nanomaterials

ung e. V.

Main results updated

for Athens demonstration course lecture

ung e. V.

Work package

6.2 Analysis of parameters and measuring techniques relevant for standardization

ung e. V.

Work package 6 -

questions to ask

a What parameter or measuring technique is relevant ?

b Whom does it concern ?

c Who could cooperate ?

d What mean of standardization is adequate ?

ung e. V.

Step 1:

Needs for standardization seen in the project

"uncensored" list of the needs seen by the different project partners

co-operation with WP 2

ung e. V.

Naples University

developed non standard methods for the structural analysis

measurement protocols and/or strategies and software programs which allow users of X-ray diffraction equipment for a correct and complete interpretation of diffraction data from standard SAXS-WAXS measurements

Sample preparation for

ung e. V.

Research Institute on Membrane Technology, ITM-CNR:

theoretical preparation of bulk and interface models of dense amorphous polymeric materials

experimental stabilisation of ‘universal’ criteria for membrane preparation and measurement treatment

ung e. V.

Bulgarian Academy of Sciences -

Central Laboratory Physico-Chemical Mechanics

standardize their rheological tools (procedures) for control of the dispersity and the superstructure of nanocomposites. Reference polymer nanomaterials with well defined viscosity would be desirable

ung e. V.

University of Rostock,

Institute of Physics, Polymer Physics

A standard procedure for determination of rigid amorphous fraction should be standardized.

ung e. V.

National Technical University of Athens

need of standard reference materials (polymer nanomaterials) with well characterized morphology (spatial distribution of nanoparticles) and chemistry (polymer filler interactions) to quantify the response by their experimental techniques in terms of these parameters.

The work on these items will show which techniques and test procedures are appropriate for standardization.

ung e. V.

Romanian Academy, P.Poni Institute of Macromolecular Chemistry

Department of Physical Chemistry of Polymers

for mechanical properties of the films a reference material would be desirable

standard for measurements of zeta potential in aqueous and non-aqueous dispersions

ung e. V.

Sopra-S.A.

always a need for new standards, procedures, terminology and materials.

the topology of the surface, at the nano-micro size should be standardized for roughness, BRDF, PSD. Reference materials would be useful for most of the available techniques of today and tomorrow as for surface porosimetry.

ung e. V.

Charles University in Prague, Faculty of Mathematics and Physics

Department of Macromolecular Physics

To tackle individual problems, rather specialized scientific and often new solutions are needed, which cannot be standardized. Regarding test methods, they do not see a need for standards. but a nomenclature for nanostructures and nanoparticles would be helpful. (Note: There are activities at ISO level.

ung e. V.

GVS S.p.A:

40069 Zola Predosa (Bologna)

GVS proposes to standardize all test procedures regarding filtration media used in GVS

ung e. V.

NanoBioMatters Ltd., Spain

NanoBioMatters uses a great deal of test and measuring methods, like particle size distribution measurements (laser diffraction), thermal analysis (TGA, DSC), spectroscopic analysis (FTIR, UV-vis), oxygen and vapour transmission rate measurements, optical and electron microscopy (SEM, TEM), colorimetry, X-ray diffractometry, humidity measurements, antimicrobial tests, migration tests, and compostability.

NanoBioMatters thinks, that all test procedures used should be standardized.

ung e. V.

Step 2:

What actions already started could be taken as a basis for standardization activities?

ung e. V.

What measuring method

is used by several NaPolyNet partners?

ung e. V.

Differential scanning calorimetry -

common test method in the project

Research for calibration of DSC is done at Scite and Rostock University.

Romanian Academy, National Technical University of Athens and Charles University and NanoBioMatters are using the method.

ung e. V.

Discussion meeting at SciTe Leuven,

March 11th, 2009

Prof. Vincent Mathot, SciTe and Katholieke Universiteit Leuven

Dr. Geert Vanden Poel, DSM Resolve, The Netherlands

Dr. Albert Sargsyan, DSM Resolve, The Netherlands

Mr. Thijs Pijpers, ScTe and K.U. Leuven, Belgium

Dr. Yvo Leest, SciTe and K.U. Leuven, Belgium

Mr. Norbert Siegel, DIN Deutsches Institut für Normung, Germany

ung e. V.

"Towards a Recommendation for Temperature Calibration of Fast-Scan Calorimeters"

The works of SciTe and DSM Resolve form a very valuable basis. Further investigations should be performed and attempts to get involved a few other researchers should be done to substantiate results. A draft recommendation for temperature calibration of Fast-Scan Calorimeters should then be elaborated, which could form the basis for a specification or standard.

ung e. V.

NaPolyNet Research Group Calibrants FSC

Concerning the calibrants to be scrutinized: these should preferably have an onset or peak maximum temperature which:

• suits all calorimeters, meaning for the whole range of scan rates;

• should be usable in both heating and cooling;

• do not show any supercooling phenomena.

ung e. V.

Invitation to other DSC experts to join

SciTe, the Netherlands / K.U.Leuven, Belgium

Universität Rostock, Germany

Vrije Universiteit Brussel

Tallinn University of Technology, Estonia

Virginia Polytechnic Institute and State University, U.S.A.

DSM Resolve, the Netherlands

ung e. V.

Ask NaPolyNet partners using DSC

to test calibration method

ung e. V.

Other activities:

Jean-Louis Stehle, SOPRA S.A.

CO-NANOMET effort

group of thin films and structured surfaces lead by professor Richard Leach of NPL (UK)

Norbert Siegel

R & D Phase Standardization

e-mail: norbert.siegel@din.de

DIN German Institute for Standardization

Burggrafenstr. 610787 Berlin

GERMANY

http://www.din.dephone: +49 30/2601-2343fax: +49 30/2601-42343

Thanks for your attention!

din deutsches institut für normung e. v. 1 © 2005 din deutsches institut für normung e. v. wp 6...

Documents

steels for quenching and tempering – part 3: technical...

anhang 1: sinnbilder nach din 66001978-3-662-06897... ·...

din-taschenbuch 345 - fahrräder - mrtn.ch · pdf...

din 1052:2004-08 entwurf, berechnung und bemessung von...

din deutsches institut für normung e. v. © 2008 din e. v....

europäische und deutsche normung für die...

projektmanagement-normen und...

din deutsches institut für normung e.v. leitlinie zur...

standardleistungsbuch für das bauwesen - dbd.de · pdf...

normung als strategisches instrument der...

seite 1 von 100 - baufachkatalog · din 488-2 2009-08...

din en 1610 - ohlert...din en 1610 / dwa-a 139 2 januar 2010...

manual - suomen teräsritilä str oy · nenbau [nam] im din...

din deutsches institut für normung e. v. napolynet © 2009...

din deutsches institut für normung e. v. © 2007 din e. v....

din deutsches institut für normung e. v. 1 © 2008 din...

din deutsches institut für normung e.v

anlagenband 5 zur verwaltungsvorschrift technische...

mai 2004 - seniorenlernen.files.wordpress.com · die...

gültigkeitsdauer: 11.07.2018 bis 10.07.2023 ... · din...