lation perot material te period eot electric rcwaeli.lansey.net/thesisbuzzword.pdf · eli lansey...

IRSimu-lation

Fabry

PerotCavity

Meta-material

Wave-length

OpticalSkin

depthTheory Mode

TE Period EOT Electric

Freq-uency

Thick-ness

RCWAWave-guide

Floquet

BoundaryCylind-

ricalEnergy Fields

Trans-mission

1

Optical EOTReso-nance

RCWA PEC

Simu-lation

Cavity EnergyFreq-uency

Electric

Wave-guide

Wave-length

ECR Surface

RadiusRefl-ection

Period Metal Floquet

Fabry

Perot

Cylind-rical

IR TETrans-mission

2

Eli Lansey Thesis Defense Buzzword Bingo August 1, 2012

ElectricCylind-

ricalRCWA

Reso-nance

Fabry

Perot

OpticalFreq-uency

Refl-ection

Simu-lation

Trans-mission

ECR MetalDie-

lectricFields

Floquet TM Theory EOTRectang-

ular

Period BC Energy Aperture Cavity

3

EnergyWave-guide

FloquetRefl-ection

Reso-nance

Thick-ness

Skin

depthOptical Theory Magnetic

Die-lectric

PeriodFabry

PerotCavity

TESimu-lation

Fields RCWA Electric

ApertureTrans-mission

TM PEC Metal

4


RCWAMeta-

material

Freq-uency

Radius Period

ModeWave-length

Wave-guide

Fabry

PerotBoundary

EOTReso-nance

PEC Energy

Cylind-rical

Metal Magnetic BCSimu-lation

TM Surface Floquet TheoryTrans-mission

5

Wave-length

EOT PEC FieldsWave-guide

Cylind-rical

Cavity Surface EnergySkin

depth

Plasmon IRSimu-lation

Die-lectric

Reso-nance

Theory Mode RCWA TM

TE Period Magnetic BCThick-

ness

6


ECR EOTSkin

depthPEC

Refl-ection

Reso-nance

Freq-uency

Thick-ness

Rectang-ular

Surface

Die-lectric

Cylind-rical

Magnetic Fields

Trans-mission

Boundary Plasmon BC TM

Wave-length

Wave-guide

Cavity Energy Period

7

RCWA TE Floquet Metal BC

PEC Energy ElectricFreq-uency

Reso-nance

TheoryRectang-

ularFields Boundary

Refl-ection

Plasmon Magnetic TM Surface

ECR RadiusCylind-

ricalMode

Die-lectric

8


PEC FieldsReso-nance

Refl-ection

BC

Boundary MetalSkin

depthOptical

Cylind-rical

Plasmon PeriodRectang-

ularTE

Thick-ness

Electric Radius Mode ECR

FloquetWave-guide

EOT TM Theory

9

Mode RadiusRefl-ection

BCTrans-mission

Electric Aperture MetalMeta-

materialTheory

IR FloquetWave-guide

Reso-nance

EOTRectang-

ularTM Boundary

Skin

depth

Surface Cavity ECR PEC Optical

10


Metal EnergySkin

depthMagnetic

Trans-mission

Rectang-ular

Reso-nance

Aperture Theory Surface

PEC TM ECRMeta-

material

TEDie-lectric

Wave-length

Electric EOT

Cylind-rical

Refl-ection

Period FloquetWave-guide

11

Rectang-ular

RCWA Plasmon Cavity PEC

TMCylind-

rical

Reso-nance

Energy EOT

Wave-length

Trans-mission

Wave-guide

Electric

Simu-lation

Theory ApertureDie-lectric

Surface

BC Magnetic Metal Fields Optical

12


Boundary MetalFreq-uency

Mode Electric

Reso-nance

Fabry

PerotIR Energy

Thick-ness

Rectang-ular

Surface PeriodWave-guide

EOT Magnetic TMTrans-mission

Die-lectric

Optical Plasmon PEC RadiusSkin

depth

13

Wave-guide

Simu-lation

Boundary TM RCWA

CavityThick-

ness

Skin

depth

Cylind-rical

Floquet

Plasmon Fields TEMeta-

material

Fabry

PerotIR Theory EOT

Die-lectric

Rectang-ular

ElectricReso-nance

BCRefl-ection

14


Mode Energy Boundary Electric Cavity

Period FieldsThick-

nessTheory PEC

ApertureRefl-ection

Meta-material

Radius

Magnetic Metal EOT OpticalTrans-mission

IR BCWave-length

Fabry

Perot

Rectang-ular

15

Die-lectric

MetalMeta-

materialBC

Freq-uency

Floquet MagneticCylind-

ricalTE EOT

Trans-mission

Radius Cavity Period

Skin

depthTM Optical

Refl-ection

Plasmon

IR Surface PECWave-guide

Fields

16


EOTTrans-mission

ECR TheorySkin

depth

OpticalRefl-ection

Aperture PECFabry

Perot

Metal Plasmon TE RCWA

Simu-lation

Thick-ness

MagneticDie-lectric

Wave-guide

Cavity Energy BC FieldsWave-length

17

Mode Fields Energy Cavity TM

Reso-nance

Wave-guide

OpticalMeta-

material

Refl-ection

Cylind-rical

Magnetic BCRectang-

ular

IR BoundaryThick-

nessTE ECR

Wave-length

Simu-lation

PEC Theory EOT

18


Reso-nance

ApertureWave-guide

RCWADie-

lectric

PlasmonWave-length

PeriodRectang-

ularFields

Simu-lation

Theory Boundary Magnetic

TM IR BCFreq-uency

Refl-ection

EOTFabry

PerotFloquet Mode Optical

19

BCCylind-

ricalIR

Trans-mission

Optical

Wave-guide

Magnetic RadiusRefl-ection

EOT

PEC FloquetMeta-

material

Skin

depth

Period PlasmonRectang-

ular

Freq-uency

Theory

Reso-nance

Fields ECR CavityThick-

ness

20


Reso-nance

RCWASkin

depth

Wave-guide

Floquet

ModeTrans-mission

Optical Magnetic BC

Fabry

Perot

Meta-material

MetalDie-

lectric

Theory EOT Aperture TE Boundary

PECRefl-ection

ECR IR Surface

21

Simu-lation

Skin

depthRCWA

Refl-ection

Fields

EnergyWave-length

BCFreq-uency

Electric

Thick-ness

Theory Optical Boundary

Plasmon TM Aperture Period ECR

PEC Mode Cavity Magnetic Metal

22


Trans-mission

RCWAReso-nance

Simu-lation

Theory

Metal Boundary Cavity FieldsWave-length

Meta-material

Thick-ness

Die-lectric

Wave-guide

Surface Electric ECRCylind-

ricalTE

PlasmonRefl-ection

Optical RadiusRectang-

ular

23

Magnetic IRFreq-uency

Trans-mission

Refl-ection

Period Energy BC TM RCWA

Wave-guide

Metal Fields Cavity

Plasmon Electric PEC Theory EOT

Reso-nance

Thick-ness

Skin

depthSurface Mode

24


RCWAThick-

ness

Die-lectric

Energy IR

Skin

depthBoundary Radius Cavity Surface

Metal Aperture ElectricWave-guide

Plasmon Magnetic PECRefl-ection

Trans-mission

Fields BCSimu-lation

Wave-length

Period

25

Trans-mission

Die-lectric

Wave-length

Simu-lation

Thick-ness

Fabry

PerotMagnetic Theory Boundary Optical

Period Surface CavityRefl-ection

EOTWave-guide

PECSkin

depthFields

RCWA IR ECR Aperture Metal

26


Plasmon RCWA Metal Floquet Boundary

Die-lectric

Rectang-ular

Trans-mission

Fields Energy

TM TESimu-lation

Mode

Electric Cavity ECR ApertureMeta-

material

Cylind-rical

IR OpticalWave-length

Fabry

Perot

27

Theory Magnetic EOTRefl-ection

Simu-lation

Skin

depthCavity

Freq-uency

Fabry

PerotAperture

Fields Boundary PeriodRectang-

ular

SurfaceCylind-

ricalIR Floquet Plasmon

EnergyThick-

nessMode TE Radius

28


Mode Optical TE Radius RCWA

Cylind-rical

EOT ECRMeta-

material

Skin

depth

Reso-nance

Floquet Period BC

TMRefl-ection

ApertureFabry

PerotMetal

Theory PECFreq-uency

Thick-ness

Die-lectric

29

Rectang-ular

ApertureWave-length

TheoryThick-

ness

MetalWave-guide

Optical Mode Surface

Boundary MagneticCylind-

ricalEOT

Skin

depth

Refl-ection

Radius PEC Fields

Meta-material

Floquet RCWAFreq-uency

IR

30


IR Theory EOT Radius TM

Refl-ection

TE ApertureSkin

depth

Thick-ness

Wave-length

Electric Mode RCWA

Freq-uency

CavityFabry

PerotMagnetic

Die-lectric

Reso-nance

Optical Surface Period Plasmon

31

Refl-ection

Period BoundaryRectang-

ularEOT

CavityFabry

Perot

Cylind-rical

TEWave-length

Radius OpticalDie-lectric

Magnetic

Simu-lation

SurfaceSkin

depth

Trans-mission

TM

Reso-nance

RCWA Aperture Energy PEC

32


Boundary EOT PEC TE Radius

Freq-uency

Wave-guide

Mode PlasmonSkin

depth

Reso-nance

Refl-ection

FieldsThick-

ness

ECRTrans-mission

Aperture Floquet Theory

Wave-length

OpticalRectang-

ular

Simu-lation

Surface

33

Radius ModeTrans-mission

Reso-nance

Wave-length

IR Surface FieldsRectang-

ularCavity

Meta-material

Boundary ApertureSkin

depth

PeriodDie-lectric

Fabry

PerotECR BC

TE RCWARefl-ection

Thick-ness

TM

34


IR Theory TM TE Mode

Trans-mission

Fabry

PerotECR

Freq-uency

Rectang-ular

FloquetWave-guide

EOT Surface

Radius Energy Cavity BoundaryWave-length

Cylind-rical

BC ApertureThick-

nessMetal

35

Skin

depthMagnetic

Freq-uency

Radius Cavity

Meta-material

Wave-length

PECCylind-

ricalFields

Wave-guide

Rectang-ular

Surface Period

TE Electric EOT Energy Plasmon

Theory RCWATrans-mission

Reso-nance

BC

36


Simu-lation

EOT Electric PECRefl-ection

Fabry

Perot

Wave-length

Energy PlasmonThick-

ness

MagneticRectang-

ularMetal ECR

RCWATrans-mission

PeriodMeta-

materialSurface

Freq-uency

Radius TE BC TM

37

TMRectang-

ularFloquet RCWA Plasmon

Magnetic IR EOTWave-guide

Optical

ECRThick-

nessSurface

Fabry

Perot

ModeRefl-ection

Fields Radius BC

TheoryTrans-mission

Skin

depthEnergy

Simu-lation

38


Aperture IR Fields Surface EOT

Energy Radius PeriodReso-nance

PEC

Floquet TMDie-lectric

Mode

BoundaryRectang-

ular

Meta-material

TheorySkin

depth

Thick-ness

Optical Plasmon BCCylind-

rical

39

Trans-mission

Refl-ection

Magnetic RCWA Electric

ECR CavityReso-nance

Floquet Optical

Cylind-rical

Meta-material

EnergyWave-length

Aperture TE MetalWave-guide

BC

Freq-uency

Plasmon PeriodSkin

depthFields

40


Cavity Boundary PECRectang-

ularBC

Skin

depth

Refl-ection

Energy TM Magnetic

Die-lectric

Trans-mission

EOT TE

Radius Period Metal Aperture Plasmon

FieldsThick-

ness

Freq-uency

Meta-material

Wave-length

41

SurfaceWave-length

BC Radius Fields

Meta-material

Mode Electric Plasmon TE

MetalSimu-lation

RCWAThick-

ness

Theory EOT Cavity Period Aperture

Reso-nance

EnergySkin

depthOptical

Refl-ection

42


Wave-guide

Cylind-rical

FieldsTrans-mission

Rectang-ular

Metal BC ECR IR Aperture

Thick-ness

Freq-uency

Cavity PEC

Skin

depth

Fabry

PerotBoundary Optical Surface

Mode EOTDie-

lectricEnergy Period

43

Wave-guide

Fields Theory ECR TM

IR EOTDie-

lectricRCWA

Wave-length

EnergyFabry

PerotPeriod

Simu-lation

TE BC OpticalReso-nance

Plasmon

Mode Surface FloquetFreq-uency

Meta-material

44


TM Metal TheoryMeta-

materialEOT

TE SurfaceTrans-mission

Die-lectric

Period

Optical CavitySkin

depthRCWA

Mode Aperture BCFabry

Perot

Freq-uency

Reso-nance

Fields ECR Radius Plasmon

45

Fabry

PerotEOT Metal Surface Electric

RCWACylind-

ricalECR Plasmon

Skin

depth

Cavity BC Energy Boundary

TMDie-lectric

FloquetWave-guide

Refl-ection

TEReso-nance

Wave-length

IRFreq-uency

46


Mode Magnetic Floquet Energy ECR

TheoryWave-length

Thick-ness

Rectang-ular

Meta-material

PECRefl-ection

Optical Electric

TE EOT Aperture FieldsWave-guide

Skin

depthPeriod Cavity TM Boundary

47

Plasmon RadiusWave-guide

Mode Period

TEFreq-uency

EOT TMCylind-

rical

Magnetic Fields BC IR

Thick-ness

Meta-material

Refl-ection

Metal Electric

Rectang-ular

BoundaryDie-

lectricAperture Floquet

48


Radius PEC RCWAThick-

ness

Wave-length

Cylind-rical

Floquet Boundary IRFreq-uency

Skin

depth

Trans-mission

Refl-ection

Rectang-ular

Reso-nance

TM ECR Magnetic Electric

Simu-lation

Meta-material

Fabry

Perot

Die-lectric

Wave-guide

49

Surface TMWave-length

IRReso-nance

Energy EOTDie-

lectricRadius TE

RCWA ElectricWave-guide

Fabry

Perot

Period BC FloquetTrans-mission

Refl-ection

Aperture CavityCylind-

ricalOptical Magnetic

50


Refl-ection

Radius BC MagneticCylind-

rical

Theory PECWave-length

Metal Aperture

Cavity ModeTrans-mission

RCWA

Surface TM TEWave-guide

Floquet

Die-lectric

Fields PeriodFreq-uency

Simu-lation

51

Cylind-rical

Fields IR Electric Cavity

TM ApertureWave-length

Die-lectric

Energy

Thick-ness

BCReso-nance

Radius

Trans-mission

Freq-uency

Wave-guide

Theory TE

Mode ECR SurfaceMeta-

materialPlasmon

52


Rectang-ular

Cavity Energy ApertureWave-length

BC Metal Theory TM Period

Floquet MagneticDie-lectric

Refl-ection

Reso-nance

Optical ECRFabry

PerotSurface

Wave-guide

Thick-ness

PEC EOT IR

53

TERectang-

ularElectric Floquet

Wave-length

Energy EOT IR SurfaceMeta-

material

Refl-ection

Cylind-rical

Cavity Metal

Trans-mission

Simu-lation

RCWA TM BC

Reso-nance

Aperture Fields TheoryFabry

Perot

54


EOTCylind-

ricalIR Plasmon

Rectang-ular

Die-lectric

Refl-ection

Trans-mission

Fields Optical

Theory BoundaryWave-guide

Reso-nance

MagneticThick-

nessTM

Wave-length

Metal

FloquetSkin

depthRCWA Radius Mode

55

FloquetWave-length

Freq-uency

Cylind-rical

RCWA

Optical Period Theory BCTrans-mission

Refl-ection

CavitySimu-lation

ECR

Rectang-ular

Magnetic Energy Electric PEC

Boundary ModeThick-

nessTE

Die-lectric

56


Die-lectric

OpticalTrans-mission

Radius Fields

Aperture MagneticFabry

Perot

Skin

depthMode

Reso-nance

TE Electric ECR

Freq-uency

Metal EOT Boundary Theory

IR BC Cavity Energy PEC

57

Aperture EOT Cavity Period Theory

OpticalCylind-

ricalElectric Surface RCWA

Freq-uency

Fields IRWave-guide

Wave-length

Metal ECRDie-lectric

Thick-ness

Magnetic Energy BCRectang-

ularPlasmon

58


TheoryReso-nance

Trans-mission

EnergySkin

depth

PEC Electric Magnetic Floquet Cavity

Aperture PlasmonFreq-uency

EOT

TE IRSimu-lation

Meta-material

Fabry

Perot

Thick-ness

ECRRectang-

ularMode Fields

59

Cylind-rical

PeriodRectang-

ular

Die-lectric

Aperture

Refl-ection

Optical TE Energy PEC

RCWA Fields MagneticSimu-lation

Freq-uency

EOT Boundary ModeWave-length

Surface TheoryMeta-

materialCavity Metal

60


MagneticCylind-

ricalRadius

Freq-uency

TE

FieldsRefl-ection

Period Metal Plasmon

TheoryWave-length

Skin

depthIR

Floquet BC Optical EOT Electric

EnergyTrans-mission

Rectang-ular

Cavity Aperture

61

CavityThick-

nessMagnetic

Fabry

Perot

Wave-guide

ECR Optical Fields EOT Metal

Reso-nance

Trans-mission

Floquet Boundary

IR TM Mode RCWA PEC

Aperture RadiusFreq-uency

Cylind-rical

Refl-ection

62


Cavity RCWARefl-ection

Mode Energy

Skin

depthFloquet

Thick-ness

Wave-guide

Freq-uency

Die-lectric

Surface TEReso-nance

ECR PlasmonWave-length

Magnetic Period

Meta-material

Cylind-rical

TM Electric Radius

63

Freq-uency

IRMeta-

materialPEC Surface

BCSimu-lation

Cylind-rical

TheoryThick-

ness

RCWA TEReso-nance

Period

Rectang-ular

Mode EnergyDie-lectric

Aperture

Wave-length

Skin

depthMagnetic

Fabry

Perot

Wave-guide

64


BC RCWA MagneticMeta-

material

Skin

depth

Refl-ection

Fields TEDie-lectric

Mode

Surface Energy Plasmon Period

OpticalTrans-mission

EOTFabry

Perot

Simu-lation

Wave-guide

Wave-length

TMCylind-

ricalIR

65

Surface Energy Fields EOT TE

Simu-lation

Wave-length

Plasmon TheoryWave-guide

PEC ModeRefl-ection

Die-lectric

TM CavityMeta-

materialRadius

Reso-nance

RCWA ElectricFreq-uency

ECR Boundary

66


Fabry

PerotEnergy Boundary RCWA Cavity

Meta-material

Period EOTRefl-ection

Thick-ness

PECFreq-uency

Skin

depthBC

SurfaceTrans-mission

Fields Plasmon Floquet

Optical MetalWave-length

ECR Radius

67

Meta-material

TM IR MagneticTrans-mission

Boundary PeriodReso-nance

Cylind-rical

Simu-lation

Freq-uency

ApertureWave-length

RCWA

EOT Theory Energy Surface Optical

Fabry

Perot

Wave-guide

Refl-ection

Mode TE

68


Radius RCWA Boundary Theory Electric

Fields Metal PlasmonReso-nance

Period

MagneticWave-length

Wave-guide

Rectang-ular

ECR TMCylind-

rical

Refl-ection

Die-lectric

EOT ApertureThick-

nessSurface

Trans-mission

69

Freq-uency

Wave-guide

Metal Period ECR

Cylind-rical

ModeReso-nance

TE Boundary

Meta-material

Energy TheorySkin

depth

Surface Floquet OpticalRectang-

ularEOT

Refl-ection

Trans-mission

Simu-lation

Fabry

PerotRadius

70


Meta-material

Wave-guide

Simu-lation

Surface TM

Refl-ection

Radius CavitySkin

depthFields

Thick-ness

Boundary ECR Theory

Trans-mission

Reso-nance

Period FloquetFreq-uency

BCCylind-

ricalMode PEC Energy

71

TMWave-guide

Freq-uency

Cylind-rical

Surface

Die-lectric

Metal ApertureFabry

PerotRadius

RCWA BC Fields ECR

Cavity PlasmonSkin

depthTheory

Simu-lation

TEReso-nance

Thick-ness

MagneticTrans-mission

72


Floquet TE EnergyDie-lectric

Radius

Fields Surface BCRefl-ection

Skin

depth

Metal ECRThick-

nessPlasmon

Aperture Period TM MagneticCylind-

rical

Meta-material

CavityReso-nance

Simu-lation

IR

73

Magnetic RCWA RadiusThick-

nessElectric

SurfaceRefl-ection

MetalTrans-mission

Cavity

Cylind-rical

PEC OpticalWave-guide

Fabry

PerotMode

Die-lectric

Floquet Period

BoundarySimu-lation

Meta-material

Reso-nance

EOT

74


Floquet TM Cavity Surface Mode

Period TE Fields IRSimu-lation

PlasmonRectang-

ularPEC RCWA

RadiusReso-nance

ApertureTrans-mission

Boundary

Wave-guide

ECR EnergyWave-length

Metal

75

Trans-mission

OpticalSimu-lation

Cylind-rical

Boundary

Refl-ection

Fabry

Perot

Freq-uency

Die-lectric

Floquet

Thick-ness

PECSkin

depth

Wave-length

Theory FieldsReso-nance

Magnetic Plasmon

RadiusRectang-

ularMode ECR Aperture

76


RCWASimu-lation

ElectricFreq-uency

Cylind-rical

Boundary Cavity Optical Surface PEC

TheoryMeta-

material

Thick-ness

BC

TMRectang-

ularEnergy

Trans-mission

Die-lectric

EOT Period IR RadiusWave-length

77

Floquet Radius PEC SurfaceWave-length

Wave-guide

Aperture Theory RCWA Boundary

Electric Fields TMDie-

lectric

Period BC Optical EnergySimu-lation

Rectang-ular

Cylind-rical

Thick-ness

EOT Cavity

78


Rectang-ular

Simu-lation

Thick-ness

Skin

depthECR

Radius TheoryTrans-mission

ElectricMeta-

material

TMCylind-

rical

Die-lectric

Surface

Plasmon Floquet Fields EOT Optical

Refl-ection

Magnetic PeriodReso-nance

RCWA

79

Meta-material

PeriodWave-guide

Wave-length

Fabry

Perot

PlasmonRefl-ection

Freq-uency

Simu-lation

Rectang-ular

Skin

depthTM Electric PEC

BC Magnetic RCWA TE Radius

Trans-mission

Fields Boundary Optical Aperture

80


PlasmonSkin

depth

Die-lectric

TM ECR

Refl-ection

Period RCWA OpticalSimu-lation

Thick-ness

PEC Radius Floquet

EOT BoundaryMeta-

materialElectric IR

Magnetic TheoryTrans-mission

Cavity Energy

81

Trans-mission

Surface TM PlasmonWave-length

Wave-guide

IRMeta-

materialElectric TE

ModeCylind-

ricalPEC Period

Refl-ection

ECR BoundaryFabry

PerotCavity

Die-lectric

MagneticRectang-

ular

Thick-ness

Radius

82


Thick-ness

Mode Floquet Plasmon TE

Trans-mission

Wave-guide

ECR Magnetic TM

Reso-nance

Wave-length

BoundaryRectang-

ular

MetalFreq-uency

IR Period Fields

ApertureRefl-ection

Theory Energy BC

83

Optical FieldsMeta-

materialAperture

Freq-uency

Wave-length

Thick-ness

Refl-ection

Theory Floquet

Rectang-ular

MagneticSkin

depth

Wave-guide

RCWA Boundary Electric Cavity EOT

Die-lectric

PeriodTrans-mission

Simu-lation

TM

84


Trans-mission

Thick-ness

EOT ECR Surface

Die-lectric

Electric Energy TheoryReso-nance

Cylind-rical

Wave-length

Plasmon Period

Mode RCWA Aperture Floquet PEC

Optical IRRefl-ection

Simu-lation

Radius

85

PeriodReso-nance

Fabry

Perot

Simu-lation

Refl-ection

Trans-mission

Surface Electric Mode Radius

BC Fields IRFreq-uency

Metal TE Optical BoundaryThick-

ness

Wave-length

Meta-material

TMRectang-

ular

Cylind-rical

86


PECDie-lectric

Simu-lation

EOTReso-nance

Boundary ApertureRefl-ection

RCWA TM

Surface BCThick-

nessPeriod

Trans-mission

TheoryFreq-uency

ECR Electric

PlasmonFabry

Perot

Skin

depthIR Energy

87

Metal RCWA Aperture TheoryDie-

lectric

EOT PEC Plasmon Optical Surface

Cylind-rical

Fabry

Perot

Meta-material

Refl-ection

Simu-lation

TE Radius BC Cavity

Electric PeriodWave-length

TM Floquet

88


RCWA RadiusRectang-

ular

Skin

depthElectric

Cylind-rical

Die-lectric

Freq-uency

TE Floquet

Meta-material

OpticalWave-length

IR

Surface TMFabry

PerotPEC Mode

BoundarySimu-lation

Refl-ection

Reso-nance

Energy

89

SurfaceSimu-lation

Cavity TE Optical

Freq-uency

Cylind-rical

Rectang-ular

Reso-nance

Plasmon

EnergyTrans-mission

TMDie-

lectric

Thick-ness

Radius ECRWave-guide

Magnetic

EOT RCWA ModeRefl-ection

Floquet

90


RadiusMeta-

material

Freq-uency

ApertureCylind-

rical

PlasmonThick-

nessElectric TM Metal

PEC Period IR BC

EOTSkin

depthSurface RCWA

Rectang-ular

ECR Energy Optical FieldsTrans-mission

91

ECR IR TheoryWave-guide

Fields

EOTRefl-ection

BC Energy Electric

Skin

depthRadius Cavity

Simu-lation

Metal ApertureRectang-

ularFloquet TM

BoundaryFreq-uency

Magnetic TEReso-nance

92


TM BC EOTRectang-

ularRCWA

Metal Aperture SurfaceReso-nance

PEC

Electric Fields Radius TE

Meta-material

Optical ModeWave-guide

Energy

Trans-mission

Cavity IRCylind-

ricalECR

93

Cylind-rical

Floquet Mode Aperture TM

EnergyReso-nance

Fields Surface TE

Refl-ection

Metal Plasmon Optical

Skin

depth

Thick-ness

IR ECR Electric

Fabry

Perot

Rectang-ular

RadiusDie-lectric

Wave-length

94


Wave-guide

Magnetic ECRSimu-lation

Trans-mission

TM Radius BCRectang-

ularEnergy

Electric Aperture IR Period

Cavity OpticalSkin

depthSurface Mode

Wave-length

FloquetReso-nance

MetalCylind-

rical

95

BCFabry

PerotPeriod Cavity

Meta-material

Floquet Boundary MagneticSimu-lation

Trans-mission

TM ECRWave-length

Freq-uency

Rectang-ular

IRReso-nance

PEC EOT

Wave-guide

Skin

depthRCWA Fields Optical

96


Trans-mission

Electric Metal FieldsDie-

lectric

Energy MagneticRefl-ection

IR Boundary

Radius ECRSkin

depth

Freq-uency

Meta-material

Fabry

PerotPEC Mode Optical

Wave-length

Thick-ness

Rectang-ular

TM EOT

97

Simu-lation

Wave-guide

Cavity BoundaryFabry

Perot

Theory RCWA FloquetMeta-

material

Cylind-rical

Rectang-ular

FieldsFreq-uency

EOT

IR Aperture BC TE ECR

Thick-ness

Reso-nance

Mode Magnetic Optical

98


Boundary SurfaceThick-

ness

Refl-ection

Freq-uency

Magnetic Plasmon RCWA Period Radius

PECTrans-mission

Rectang-ular

Cylind-rical

Theory Energy Fields Aperture Optical

TMSkin

depthEOT Mode Cavity

99

RCWA ElectricFreq-uency

Refl-ection

Plasmon

BoundaryTrans-mission

Meta-material

Radius Period

ECR PECRectang-

ularMetal

ModeThick-

ness

Reso-nance

TMWave-guide

Fabry

Perot

Die-lectric

Optical Surface Theory

100


lation perot material te period eot electric rcwaeli.lansey.net/thesisbuzzword.pdf · eli lansey...

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