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International Conference on Infrared, Millimeter, and Terahertz Waves
International Conference on Infrared, Millimeter, and Terahertz Waves
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1.
A 170–280 GHz InP HEMT low noise amplifier
机译:
170-280 GHz INP HEMT低噪声放大器
作者:
Zamora A.
;
Leong K.M.K.H.
;
Reck T.
;
Chattopadhyay G.
;
Deal W.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
HEMT integrated circuits;
III-V semiconductors;
MIMIC;
MMIC amplifiers;
coplanar waveguides;
indium compounds;
integrated circuit design;
integrated circuit packaging;
low noise amplifiers;
millimetre wave amplifiers;
wideband amplifiers;
CPW-based MMIC;
InP;
broadband HEMT low noise amplifier;
chip-to-waveguide transitions;
frequency 170 GHz to 280 GHz;
high frequency HEMT technology;
noise figure;
noise figure 5.3 dB;
on-wafer measurements;
packaged gain;
packaged measurements;
split-block-waveguide housing;
Gain;
HEMTs;
Loss measurement;
Noise figure;
Temperature measurement;
Transmission line measurements;
2.
Wideband frequency-domain material characterization up to 500 GHz
机译:
宽带频率域材料表征高达500 GHz
作者:
Kazemipour A.
;
Hudlicka M.
;
See-Khee Yee
;
Salhi M.
;
Kleine-Ostmann T.
;
Schrader T.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
S-parameters;
error analysis;
network analysers;
nondestructive testing;
permittivity;
S-parameters;
VNA;
closed-form formulas;
complex permittivity;
diffracted waves;
frequency 50 GHz to 500 GHz;
frequency extenders;
parametric error analysis;
quasioptical setup;
vector network analyzer;
wideband frequency-domain material characterization;
Calibration;
Frequency measurement;
Materials;
Permittivity;
Permittivity measurement;
Slabs;
Uncertainty;
3.
Polarimetry at Novosibirsk terahertz free electron laser facility
机译:
在Novosibirsk Terahertz Free电子激光设施的偏振赛
作者:
Choporova Y.Yu.
;
Azarov I.A.
;
Mitkov M.S.
;
Kruchinina M.V.
;
Kruchinin V.N.
;
Shvets V.A.
;
Knyazev B.A.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
ellipsometry;
free electron lasers;
metamaterials;
polarimetry;
semiconductors;
submillimetre wave lasers;
FEL;
Novosibirsk terahertz free electron laser facility;
amino acids;
blood films;
calibration;
culture medium;
metamaterials;
monochromatic radiation;
monosaccharide;
polarimetric measurement systems;
polarimetry;
semiconductors;
terahertz ellipsometric measurement systems;
Films;
Metamaterials;
Reflection;
Refractive index;
Silicon;
Spectroscopy;
Wavelength measurement;
4.
Terahertz observation of salt penetration in collagen fibers
机译:
Terahertz观察胶原纤维的盐渗透
作者:
Mizuno M.
;
Yamada A.
;
Fukunaga K.
;
Kojima H.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
biochemistry;
biomedical materials;
biomedical measurement;
proteins;
terahertz spectroscopy;
tissue engineering;
absorbance spectra;
collagen condition;
dried collagen fiber sheets;
salt crystals;
salt solution penetration;
terahertz observation;
terahertz spectroscopy;
Absorption;
Crystals;
Optical fiber communication;
Optical fiber dispersion;
Sea measurements;
Spectroscopy;
Standards;
5.
THz light source at SLAC FACET user facility
机译:
SLAC面部用户设施的THZ光源
作者:
Ziran Wu
;
Fisher A.S.
;
Hoffmann M.C.
;
Bonetti S.
;
Higley D.
;
Durr H.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
infrared sources;
terahertz wave devices;
terahertz wave generation;
SLAC FACET user facility;
THz light source;
THz pump-probe;
TeraWatt level FACET;
coherent transition radiation;
electron beam;
electron volt energy 23 GeV;
high peak electric field;
high pulse energy;
infrared laser;
pulsed THz light generation;
Electric fields;
Electron beams;
Laser beams;
Laser excitation;
Measurement by laser beam;
Pump lasers;
6.
THz spectroscopy of sodium, lithium and potassium montmorillonites
机译:
钠,锂和钾蒙脱石的ZZ光谱学
作者:
Wilke I.
;
Mathew R.
;
Aldersley M.
;
Joshi P.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
absorption coefficients;
clay;
minerals;
terahertz wave spectra;
absorption coefficient measurements;
clay minerals;
frequency 0.2 THz to 1.4 THz;
interlayer chemistry;
lithium montmorillonite;
potassium montmorillonite;
sodium montmorillonite;
terahertz frequency band;
terahertz spectroscopy;
terahertz-radiation absorption;
water content;
Absorption;
Chemicals;
Frequency measurement;
Ions;
Minerals;
Spectroscopy;
7.
Low-pressure gas spectroscopy using terahertz frequency synthesizer traceable to microwave frequency standard via dual optical comb
机译:
低压气体光谱使用太赫兹频率合成器可追溯到微波频率标准通过双光梳
作者:
Yasui T.
;
Kimura H.
;
Yi-Da Hsieh
;
Inaba H.
;
Minoshima K.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
chemical variables measurement;
frequency synthesizers;
microwave photonics;
multiwave mixing;
photodiodes;
terahertz spectroscopy;
THz synthesizer;
broadband high-precision THz spectroscopy;
dual optical frequency combs;
frequency 120 GHz;
low-pressure gas spectroscopy;
low-pressure molecular gas;
microwave frequency standard;
optical frequency synthesizers;
photomixer;
tunable terahertz frequency synthesizer;
uni-traveling-carrier photodiode;
Frequency synthesizers;
Laser tuning;
Optical fibers;
Optical mixing;
Optical receivers;
Synthesizers;
8.
Measurement of birefringence inside an air plasma by THz-ABCD
机译:
通过THZ-ABCD测量空气等离子体内的双折射
作者:
Jing Zhang
;
Zhang X.-C.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
birefringence;
plasma diagnostics;
air plasma;
fundamental wave polarizations;
orthogonal directions;
terahertz air-biased-coherent-detection technique;
time domain terahertz-field-induced second harmonic waveforms;
ultrafast birefringence;
Modulation;
Nonlinear optics;
Optical polarization;
Optical variables measurement;
Plasma measurements;
Plasmas;
Polarization;
9.
Resonant-tunneling-diode oscillator with high-frequency modulation structure for high-capacity terahertz communication
机译:
具有高容量太赫兹通信的高频调制结构的谐振隧道 - 二极管振荡器
作者:
Ikeda Y.
;
Okada K.
;
Kitagawa S.
;
Suzuki S.
;
Asada M.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
MIM devices;
capacitors;
frequency modulation;
network analysers;
oscillators;
radiocommunication;
resonant tunnelling diodes;
MIM capacitor;
capacitance 0.7 pF;
frequency 30 GHz;
frequency 350 GHz;
high-capacity terahertz communication;
high-frequency modulation;
intensity modulation;
resonant-tunneling-diode oscillator;
vector network analyzer;
Cutoff frequency;
Frequency measurement;
Frequency modulation;
Oscillators;
Power generation;
Resonant tunneling devices;
10.
Compact quasi-optical Schottky detector with fast voltage response
机译:
紧凑的准光学肖特基检测器,具有快电压响应
作者:
Penirschke A.
;
Sobornytskyy M.
;
Preu S.
;
Mittendorff M.
;
Winnerl S.
;
Hoefle M.
;
Cojocari O.
;
Jakoby R.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
Schottky diodes;
free electron lasers;
high-speed optical techniques;
optical collimators;
spiral antennas;
FELBE;
Germany;
HZDR;
coherent far-infrared radiation;
compact quasioptically coupled Schottky-diode detector;
fast voltage response;
free electron laser;
frequency 1.315 THz;
monolithically integrated logspiral antenna;
picosecond pulse monitoring;
short collimated THz pulses;
temperature 293 K to 298 K;
zero-bias planar Schottky-diode detector;
Antennas;
Bandwidth;
Detectors;
Free electron lasers;
Resistance;
Schottky diodes;
Time factors;
11.
Determination of water vapor continuum absorption, using long-path THz-TDS without the cross-term
机译:
使用没有触手的长路径THz-TDS测定水蒸气连续体吸收
作者:
Yihong Yang
;
Mandehgar M.
;
Grischkowsky D.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
atmospheric techniques;
terahertz spectroscopy;
MRT;
atmospheric THz windows;
long-path THz-TDS system;
molecular response theory;
resonant line absorption;
water vapor continuum absorption;
Absorption;
Accuracy;
Atmospheric measurements;
Atmospheric modeling;
Humidity;
Phase modulation;
Pulse measurements;
12.
Mapping the distribution of photo-currents responsible for generation of terahertz pulses at semiconductor surfaces
机译:
在半导体表面上映射负责产生太赫兹脉冲的光电的分布
作者:
Mueckstein R.
;
Hatem O.
;
Natrella M.
;
Freeman J.R.
;
Graham C.S.
;
Renaud C.C.
;
Seeds A.J.
;
Linfield E.H.
;
Davies A.G.
;
Cannard P.J.
;
Robertson M.J.
;
Moodie D.G.
;
Mitrofanov O.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
photoconductivity;
photoemission;
angular emission pattern;
inplane carrier dynamics;
photocurrent direction;
photocurrent responsible distribution;
photoexcited charge carriers;
semiconductor surfaces;
spatial distribution;
terahertz pulses generation;
Apertures;
Detectors;
Optical pulses;
Optical surface waves;
Probes;
Semiconductor device measurement;
Surface treatment;
13.
Juno at Jupiter: The Juno microwave radiometer (MWR)
机译:
Jupiter的朱诺:Juno微波辐射计(MWR)
作者:
Janssen M.A.
;
Brown S.T.
;
Oswald J.E.
;
Kitiyakara A.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
Jupiter;
planetary atmospheres;
space vehicles;
Juno multifrequency microwave radiometer;
Jupiter atmosphere;
Jupiter origin;
N;
O;
S;
frequency 600 MHz to 22 GHz;
pressure 1000 bar;
subcloud atmosphere;
Atmospheric measurements;
Atmospheric waves;
Instruments;
Jupiter;
Microwave radiometry;
Space vehicles;
14.
Photo-generation of resonant structures at THz frequencies
机译:
在THz频率下的谐振结构的光生成
作者:
Georgiou G.
;
Schaafsma M.C.
;
Tyagi H.K.
;
Steinbusch T.P.
;
Gomez-Rivas J.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
integrated optics;
optical resonators;
plasmonics;
surface plasmon resonance;
terahertz wave generation;
LSPR;
THz frequencies;
beam-steering;
localized surface plasmon resonances;
metasurfaces;
patterned optical illumination;
photo-excitation;
photo-generated carriers;
resonant plasmonic structures;
resonant structure photogeneration;
semiconductor surfaces;
Antennas;
Optical pulses;
Optical pumping;
Optical surface waves;
Plasmons;
Resonant frequency;
Surface waves;
15.
Non-contact probes for characterization of THz devices and components
机译:
用于表征THz设备和组件的非接触式探针
作者:
Martin M.
;
Daram P.K.
;
Brown E.R.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
coplanar waveguides;
numerical analysis;
probes;
submillimetre wave devices;
terahertz wave devices;
AC-coupled contact-free probe;
CPW-embedded device-under-test;
THz components;
THz devices;
broadband design;
conduction current;
coupling properties;
frequency 1 THz;
noncontact probes;
numerical simulation;
optically-pumped photomixer;
polarization current;
symmetric side coupled coplanar waveguide;
Baseband;
Coplanar waveguides;
Couplings;
Dielectrics;
Numerical simulation;
Optical waveguides;
Probes;
16.
Studies on far-field divergence of Tapered THz-QCLs
机译:
锥形Thz-QCLS的远场分歧研究
作者:
Ning Yang
;
Yanfang Li
;
Weidong Chu
;
Suqing Duan
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
quantum cascade lasers;
submillimetre wave lasers;
terahertz materials;
far-field divergence;
refractive index;
tapered THz quantum cascade laser;
tapered THz-QCL;
thermal accumulation;
Indexes;
Laser beams;
Materials;
Optical waveguides;
Power generation;
Quantum cascade lasers;
Refractive index;
17.
Microfabricated, high power millimeter wave amplifiers at G-band
机译:
G波段的微制造高功率毫米波放大器
作者:
Joye C.D.
;
Cook A.M.
;
Calame J.P.
;
Abe D.K.
;
Nguyen K.T.
;
Vlasov A.N.
;
Chernyavskiy I.A.
;
Wright E.L.
;
Pershing D.E.
;
Levush B.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
microfabrication;
millimetre wave amplifiers;
photolithography;
power amplifiers;
travelling wave amplifiers;
travelling wave tubes;
bandwidth 15 GHz;
frequency 214.5 GHz;
frequency 233 GHz;
gain 14 dB;
high power millimeter wave amplifiers;
microfabricated;
power 60 W;
traveling wave tube circuit;
ultraviolet photolithography;
Bandwidth;
Electron tubes;
Gain;
Laser beams;
Microfabrication;
Power amplifiers;
Power generation;
18.
Processing sequence to analyse 3D THz images
机译:
处理序列以分析3D THz图像
作者:
Balacey H.
;
Perraud J.-B.
;
Recur B.
;
Mounaix P.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
computerised tomography;
image reconstruction;
image segmentation;
image sequences;
terahertz wave imaging;
3D THz acquisition;
3D THz image analysis;
3D THz imaging software;
automated segmentation;
component labelling;
processing sequence;
tomographic reconstruction;
Image reconstruction;
Image segmentation;
Labeling;
Radiography;
Three-dimensional displays;
Tomography;
3D THz tomography;
THz image analysis;
segmentation;
19.
120-GHz-band wireless communications field trials
机译:
120-GHz频段无线通信现场试验
作者:
Hirata A.
;
Takahashi H.
;
Takeuchi J.
;
Hirokawa J.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
local area networks;
mobile radio;
video signal processing;
Ethernet connection;
broadband communications;
frequency 120 GHz;
mobile traffic;
smart phones;
uncompressed video signal transmission;
Data communication;
MMICs;
Modulation;
Multiplexing;
Slot antennas;
Transmitters;
Wireless communication;
20.
Juggling with microwave photons in a box to explore the quantum world
机译:
在一个盒子里玩微波光子散步量子世界
作者:
Haroche S.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
Rydberg states;
atom-photon collisions;
history;
quantum electrodynamics;
Rydberg atom-microwave cavity QED;
light states;
microwave photons;
Abstracts;
Cavity resonators;
Educational institutions;
History;
Photonics;
21.
Novel analysis and modeling of lossy sub-millimeter waveguides
机译:
有损亚毫米波导的新型分析与建模
作者:
Hussein Y.A.
;
El-Ghazaly S.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
absorbing media;
waveguide theory;
attenuation calculation;
impedance;
lossy material;
lossy sub-millimeter waveguides;
lossy waveguide structure;
propagation constant;
reflection coefficients;
transmission coefficients;
waveguide dimensions;
waveguide doping;
waveguide slices number;
Attenuation;
Doping;
Impedance;
Materials;
Mathematical model;
Microwave theory and techniques;
Reflection;
22.
A design of a slow-group-velocity and low-loss Bragg waveguide in Terahertz
机译:
在太赫兹的慢群速度和低损耗布拉格波导的设计
作者:
Yao H.Y.
;
Jiang J.Y.
;
Cheng Y.S.
;
Chen Z.Y.
;
Her T.H.
;
Chang T.H.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
Bragg gratings;
optical waveguides;
refractive index;
silicon;
terahertz wave devices;
Bragg TE01 mode;
Si;
THz signal;
THz wave traveling;
Y-type TE01 mode converters;
frequency 0.95 THz to 1.2 THz;
high refractive index;
high-density polyethylene;
low refractive index;
low-loss Bragg waveguide;
metallic tube;
propagation loss;
slow-group-velocity;
small-core waveguide;
undoped silicon;
Dielectrics;
Educational institutions;
Hollow waveguides;
Optical waveguides;
Propagation losses;
Silicon;
23.
Ablation of organic crystals using picosecond THz free electron laser pulses
机译:
使用PICOSecond THz Free电子激光脉冲烧蚀有机晶体
作者:
Nagai M.
;
Matsubara E.
;
Ashida M.
;
Kawase K.
;
Irizawa A.
;
Kato R.
;
Isoyama G.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
aerosols;
dissociation;
free electron lasers;
high-speed optical techniques;
laser ablation;
vibrational modes;
FEL resonant;
ISIR;
Institute of Scientific and Industrial Research;
Osaka university;
aerosol;
chemical dissociation;
intense picosecond pulses;
intermolecular vibrational mode;
nonthermal control;
organic crystal ablation;
picosecond THz free electron laser pulses;
power density;
sucrose crystal;
Crystals;
Educational institutions;
Free electron lasers;
Green products;
Radiation effects;
Sugar;
Vibrations;
24.
Design considerations and performance metrics of a high-sensitivity multi-band terahertz linear camera
机译:
高灵敏度多频带Terahertz线性相机的设计考虑因素和性能度量
作者:
Law J.J.M.
;
Roedig C.A.
;
Burdette D.J.
;
Sertel K.
;
Trichopoulos G.C.
;
Yi Xie
;
Fay P.
;
Mosbacker H.L.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
cameras;
focal planes;
terahertz wave detectors;
terahertz wave imaging;
thermal noise;
ADC;
FPA;
NEP;
THz linear camera;
analog-to-digital converter;
diode-based focal plane array;
frequency 0.22 THz;
frequency 0.32 THz;
frequency 0.42 THz;
frequency 0.52 THz;
high-sensitivity multiband terahertz linear camera;
horizontally polarized THz radiation;
noise-equivalent power;
performance metrics;
real-time digital signal processing;
signal detection;
signal recovery;
thermal noise level;
vertically polarized THz radiation;
voltage 10 nV;
word length 12 bit;
Antennas;
Arrays;
Cameras;
Noise;
Radio frequency;
Sensitivity;
25.
Progress on high power long pulse gyrotron development in JAEA
机译:
JAEA中高功率长脉冲陀螺发育的进展
作者:
Sakamoto K.
;
Oda Y.
;
Ikeda R.
;
Kobayashi T.
;
Kajiwara K.
;
Hayashi K.
;
Takahashi K.
;
Moriyama S.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
Tokamak devices;
gyrotrons;
millimetre wave tubes;
triodes;
EC heating;
ITER gyrotron;
JAEA;
JT-60SA tokamak;
TE31;
9 mode gyrotron;
anode voltage control;
current drive;
dual frequency gyrotron;
efficiency 33 percent;
efficiency 51 percent;
efficiency 84 percent;
efficiency 89 percent;
efficiency 91 percent;
frequency 104 GHz;
frequency 110 GHz;
frequency 137 GHz;
frequency 138 GHz;
frequency 170 GHz;
frequency 5 kHz;
high efficiency long distance power transmission;
high frequency modulation;
high power long pulse gyrotron development;
mode excitation;
multifrequency oscillation;
power 0.5 MW;
power 0.61 MW;
power 1 MW;
power modulation;
power shut-off event;
time 10 s;
time 100 s;
time 198 s;
transmission line;
triode characteristics;
Anodes;
Frequency modulation;
Gyrotrons;
Oscillators;
Power generation;
Power supplies;
Voltage control;
26.
Planar Goubau Lines for on chip terahertz microscopy
机译:
用于芯片的平面Goubau线路Terahertz显微镜
作者:
Chahadih A.
;
Zehar M.
;
Moreno G.
;
Mismer C.
;
Turer I.
;
Ghaddar A.
;
Lampin J.-F.
;
Takano K.
;
Hangyo M.
;
Akalin T.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
coplanar waveguides;
microprocessor chips;
terahertz wave imaging;
CPW-PGL transitions;
coplanar waveguide;
metallic strip;
on-chip terahertz microscopy;
planar Goubau lines;
Coplanar waveguides;
Microscopy;
Silicon;
Strips;
Substrates;
System-on-chip;
27.
U-shaped quasi-parallel-plate for low voltage THz BWO
机译:
低压THz BWO的U形准平行板
作者:
Minghao Zhang
;
Yanyu Wei
;
Lingna Yue
;
Jin Xu
;
Zhigang Lu
;
Tao Tang
;
Dazhi Li
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
backward wave oscillators;
slow wave structures;
submillimetre wave oscillators;
terahertz wave devices;
QPP slow wave structure;
SWS;
THz BWO;
THz wave radiation source;
U-shaped quasiparallel-plate;
backward wave oscillator;
beam-wave interaction;
frequency 1 THz;
radio frequency characteristics;
Bandwidth;
Educational institutions;
Laboratories;
Low voltage;
Oscillators;
Solid modeling;
Tuning;
28.
Probing the quantum capacitance effect of nanometer graphene transistors with the excitation of terahertz and infrared plasma waves
机译:
纳米石墨烯晶体管与太赫兹和红外等离子体波激励的量子电容效应
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
IEEE Xplore;
Portable document format;
29.
A microwave applicator for uniform irradiation by circularly polarized traveling waves in an anechoic chamber
机译:
通过在一个AneChice室中的圆偏振行行驶波均匀照射微波涂敷器
作者:
Chiang W.Y.
;
Wu M.H.
;
Wu K.L.
;
Lin M.H.
;
Teng H.H.
;
Ko C.C.
;
Yang E.C.
;
Jiang J.A.
;
Barnett L.R.
;
Chu K.R.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
anechoic chambers (electromagnetic);
antenna radiation patterns;
cavity resonators;
heating;
microwave antennas;
microwave resonators;
anechoic chamber;
circularly polarized traveling waves;
energy consumption;
field controllability;
field uniformity;
frequency 24 GHz;
linear-to-circular polarization converter;
low energy efficiency;
materials heating;
microwave applicator;
resonant cavity;
standing waves;
uniform irradiation;
Anechoic chambers;
Applicators;
Educational institutions;
Electromagnetic heating;
Microwave measurement;
Radiation effects;
30.
Polarization controllable THz stereometamaterial absorber
机译:
偏振可控THz立体测量材料吸收器
作者:
Hokmabadi M.P.
;
Heimbeck M.S.
;
Wilbert D.S.
;
Kung P.
;
Everitt H.O.
;
Kim S.M.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
electromagnetic metamaterials;
electromagnetic wave absorption;
electromagnetic wave reflection;
frequency selective surfaces;
FSS;
absorption-reflection switching characteristic;
double band absorption;
metaatoms;
metamaterial absorber;
mirror images;
polarization controllable THz stereometamaterial absorber;
polyimide layer;
reflection symmetry;
rotational symmetry;
stereometamaterial frequency selective surface;
Absorption;
Backplanes;
Current density;
Frequency selective surfaces;
Metamaterials;
Reflection;
Resonant frequency;
31.
Terahertz-field-induced second harmonic generation through Pockels effect in Zinc Telluride crystal
机译:
通过锌碲化物晶体的痘痘效应,Terehertz-场诱导的二次谐波产生
作者:
Cornet M.
;
Hamouda A.O.
;
Degert J.
;
Abraham E.
;
Freysz E.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
II-VI semiconductors;
Pockels effect;
infrared spectra;
optical harmonic generation;
terahertz waves;
zinc compounds;
Pockels effect;
ZnTe;
cascading second-order nonlinear phenomena;
intense terahertz pulse;
near-infrared pulse;
terahertz-field-induced second harmonic generation;
zinc telluride crystal;
Crystals;
Frequency conversion;
Laser beams;
Nonlinear optics;
Probes;
Tellurium;
Zinc;
32.
THz spectroscopy of amines and aminoacids intercalated in clays
机译:
胺的甜点和氨基酸的光谱学嵌入在粘土中
作者:
Janek M.
;
Zich D.
;
Molloy J.
;
Naftaly M.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
clay;
intercalation compounds;
optical constants;
organic compounds;
terahertz wave spectra;
THz optical constants;
THz spectroscopy;
amines;
amino acids;
chemical compositions;
hectorite;
intercalated alkylamines;
layered clay minerals;
montmorillonite;
smectite group;
Absorption;
Amino acids;
Chemicals;
Educational institutions;
Minerals;
Spectroscopy;
Vibrations;
33.
Probe correction for near-field scanning with a dielectric fiber
机译:
介电纤维近场扫描探头校正
作者:
Kazemipour A.
;
Salhi M.
;
Hudlicka M.
;
Kleine-Ostmann T.
;
Schrader T.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
antenna accessories;
antenna radiation patterns;
convolution;
electromagnetic corrections;
horn antennas;
millimetre wave antennas;
probes;
scanning antennas;
Gaussian function;
convolution process;
dielectric fiber;
dielectric probe correction;
horn antenna radiation beam;
millimeter wave domain;
near-field beam scanning;
probe spatial response;
Antenna measurements;
Dielectric measurement;
Dielectrics;
Horn antennas;
Optical fiber networks;
Optical fiber theory;
Probes;
34.
Optical steerable terahertz zone plate
机译:
光学可操纵的太赫兹区板
作者:
Xinke Wang
;
Zhenwei Xie
;
Wenfeng Sun
;
Yan Zhang
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
elemental semiconductors;
optical focusing;
optical images;
silicon;
zone plates;
Si;
focusing performances;
imaging performances;
localized distribution;
optical steerable terahertz zone plate;
silicon wafer;
steerable optical imaging elements;
transient electron plasma;
Adaptive optics;
Delay effects;
Optical imaging;
Plasmas;
Silicon;
Surface waves;
35.
High power oscillation experiment of a prototype gyrotron for 300 GHz band collective Thomson scattering diagnostics in LHD
机译:
LHD在300 GHz乐队集体汤姆森散射诊断的高功率振荡试验
作者:
Saito T.
;
Yamaguchi Y.
;
Tatematsu Y.
;
Kasa J.
;
Kotera M.
;
Ikeuchi S.
;
Idehara T.
;
Kubo S.
;
Shimozuma T.
;
Tanaka K.
;
Nishiura M.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
gyrotrons;
harmonic oscillators;
helical waveguides;
LHD;
collective Thomson scattering diagnostics;
frequency 295 GHz;
frequency 300 GHz;
high power oscillation experiment;
large helical device;
prototype gyrotron;
single mode oscillation;
Cavity resonators;
Electron tubes;
Gyrotrons;
Harmonic analysis;
Oscillators;
Prototypes;
Scattering;
36.
A waveguide filter bank for millimeter-wave spectroscopy
机译:
用于毫米波光谱的波导滤波器组
作者:
Che G.
;
Bryan S.
;
Mauskopf P.
;
Underhill M.
;
Mani H.
;
Groppi C.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
channel bank filters;
millimetre wave spectroscopy;
waveguide filters;
LEKID;
lumped-element kinetic inductance detector;
millimeter wavelength;
millimeter-wave spectroscopy;
multipixel direct detection spectrometer;
rectangular waveguide resonant cavities;
submillimeter wavelength;
transmission line filter bank;
waveguide filter bank;
Filter banks;
Filtering theory;
Microwave filters;
Optical filters;
Power transmission lines;
Resonant frequency;
Resonator filters;
37.
Development of THz harmonic mixer for QCL phase locking application
机译:
QCL相位锁定应用THz谐波混合器的开发
作者:
Bulcha B.T.
;
Hesler J.L.
;
Barker N.S.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
Schottky diode mixers;
harmonic oscillators (circuits);
quantum cascade lasers;
radioastronomical techniques;
terahertz wave devices;
QCL phase locking application;
Schottky diode based mixers;
frequency 1.9 THz to 3.2 THz;
frequency locked;
high conversion efficiency heterodyne mixer;
local oscillator;
phase locked;
quantum cascade laser;
radio astronomy;
terahertz harmonic mixer development;
terahertz optical source;
Harmonic analysis;
Masers;
Mixers;
Probes;
Quantum cascade lasers;
Radio frequency;
Schottky diodes;
Harmonic Mixer;
Phase Locking;
Quantum Cascaded Laser (QCL);
THz Circuit;
THz Schottky Diode;
38.
Improve open slot Vivaldi antenna design for terahertz
机译:
改善了Terahertz的开放式槽Vivaldi天线设计
作者:
Cao Xinyu
;
Zhang Jinling
;
Yang Hongzhen
;
Zhao Guozhong
;
Li Hourong
;
Wen Suhua
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
broadband antennas;
finite difference time-domain analysis;
inductors;
millimetre wave antenna arrays;
optimisation;
radiocommunication;
slot antenna arrays;
terahertz wave devices;
3D finite-integral time-domain simulation;
THz band;
THz communication system;
Vivaldi theory;
back flow restrain;
choke groove;
directionality improvement;
frequency 155 GHz to 180 GHz;
open slot Vivaldi antenna design;
optimization;
polyethylene;
power loss reduction;
reflection restrain;
terahertz band;
three-dimensional finite-integral time-domain simulation;
Antenna arrays;
Antenna radiation patterns;
Directive antennas;
Gain;
Reflector antennas;
Vivaldi antennas;
39.
Polarization terahertz spectroscopy application to theophylline anhydrite single crystal for vibrational mode assignment
机译:
偏振太赫兹光谱应用施加到振动模式分配的茶碱支气管单晶
作者:
Sasaki T.
;
Kambara O.
;
Sakamoto T.
;
Nishizawa J.-I.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
III-V semiconductors;
gallium compounds;
organic compounds;
terahertz spectroscopy;
terahertz wave spectra;
vibrational modes;
CW THz spectrometer;
GaP;
absorption lines;
periodic boundary condition;
polarization terahertz spectroscopy application;
temperature 70 K;
temperature difference method;
theophylline anhydrite single crystal;
vibrational mode assignment;
Abstracts;
40.
On the power dependence of 1.5 μm excitation of low-temperature-grown GaAs photoconductive antennas
机译:
关于低温生长的GaAs光电导天线的1.5μm激发的功率依赖性
作者:
Jougataki K.
;
Tomiyasu Y.
;
Hirao Y.
;
Tominaga Y.
;
Kadoya Y.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
III-V semiconductors;
antennas;
gallium arsenide;
photoconducting devices;
GaAs;
halfway power dependence mechanism;
low-temperature-grown photoconductive antennas;
wavelength 1.5 mum;
Absorption;
Antennas;
Detectors;
Gallium arsenide;
Measurement by laser beam;
Photoconductivity;
Principal component analysis;
41.
GaN-based Implanted self switching diodes for THz imaging
机译:
基于GaN的植入自切割二极管,用于THz成像
作者:
Sangare P.
;
Ducournau G.
;
Grimbert B.
;
Faucher M.
;
Iniguez-de-la-Torre I.
;
Gonzalez T.
;
Mateos J.
;
Gaquiere C.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
III-V semiconductors;
gallium compounds;
ion implantation;
semiconductor diodes;
terahertz wave detectors;
terahertz wave imaging;
wide band gap semiconductors;
frequency 200 GHz;
ionic implantation;
self switching diodes;
terahertz imaging system;
Antenna measurements;
Detectors;
Gallium nitride;
Imaging;
Nanoscale devices;
Semiconductor diodes;
Switches;
42.
Spoof surface plasmonic devices and circuits in THz frequency
机译:
SPOF表面等离子体器件和电路在THz频率
作者:
Xiaopeng Shen
;
Moreno G.
;
Chahadih A.
;
Akalin T.
;
Tie Jun Cui
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
integrated optoelectronics;
optical planar waveguides;
plasmonics;
polaritons;
surface plasmons;
terahertz wave devices;
SPP waveguide;
THz frequency;
beam splitter;
bending loss;
directional coupler;
filter;
functional SPP device;
guided wave converter;
low propagation loss;
next generation information technology;
on-chip integrated circuits;
ring resonator;
spoof SPP;
surface plasmon polaritons;
surface plasmonic circuits;
surface plasmonic devices;
ultrathin corrugated metallic strips;
Corrugated surfaces;
Microwave filters;
Optical surface waves;
Optical waveguides;
Plasmons;
Resonant frequency;
Surface waves;
43.
A deep-subwavelength metamaterial terahertz phase modulator
机译:
深度亚波长超材料Terahertz相位调制器
作者:
Arezoomandan S.
;
Sensale-Rodriguez B.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
phase modulation;
terahertz metamaterials;
active phase modulator;
deep-subwavelength metamaterial terahertz phase modulator;
properly scaling;
structure geometric dimensions;
target operation frequency;
unit-cell;
Conductivity;
Frequency modulation;
Graphene;
HEMTs;
MODFETs;
Metamaterials;
Phase modulation;
44.
Design, fabrication and experiment of a two-section folded waveguide for G-band extended interaction oscillator
机译:
用于G波段扩展相互作用振荡器的两截面折叠波导的设计,制造和实验
作者:
Wenxin Liu
;
Zhaochuan Zhang
;
Chao Zhao
;
Xin Guo
;
Yong Wang
;
Ziqiang Yang
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
LIGA;
equivalent circuits;
optical waveguides;
terahertz wave devices;
3D PIC;
3D particle-in-cell simulation;
EIO;
G-band;
S-parameters;
UV-LIGA;
beam-wave interaction system;
drift length;
equivalent circuit model;
extended interaction oscillator;
high power terahertz source;
high speed milling;
transmission attenuation;
two-section folded waveguide;
Equivalent circuits;
Integrated circuit modeling;
Milling;
Power generation;
Solid modeling;
Three-dimensional displays;
Vectors;
45.
A thorough study of terahertz surface waves travelling along metal-dielectric surfaces of different curvature and jumping through air gaps
机译:
沿着不同曲率的金属介电表面行进的太赫兹表面波的彻底研究,通过气隙跳跃
作者:
Knyazev B.A.
;
Gerasimov V.V.
;
Gorovoy V.O.
;
Cherkassky V.S.
;
Kulipanov G.N.
;
Kotelnikov I.A.
;
Nikitin A.K.
;
Zhizhin G.N.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
air gaps;
dielectric properties;
polaritons;
surface electromagnetic waves;
surface impedance;
surface plasmons;
terahertz waves;
SEW transmission;
air gaps;
curvature;
gold samples;
jumping;
metal-dielectric surfaces;
monochromatic terahertz source;
surface impedance boundaries;
terahertz surface waves;
thin dielectric layers;
Air gaps;
Dielectrics;
Optical surface waves;
Optimized production technology;
Plasmons;
Surface impedance;
Surface waves;
46.
Modeling and optimization method for thermal THz sensing with MOS transistors
机译:
用MOS晶体管热THz检测的建模与优化方法
作者:
Corcos D.
;
Elad D.
;
Kull L.
;
Morf T.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
CMOS integrated circuits;
MOSFET;
bolometers;
micromachining;
silicon-on-insulator;
terahertz wave detectors;
thermal variables measurement;
MOS transistors;
SOI CMOS process;
antenna coupled MOSFET bolometer;
integrated read out circuit;
micromachined transistor;
optimization method;
size 0.18 mum;
thermal terahertz sensing;
uncooled terahertz sensor;
Antennas;
Arrays;
Current measurement;
Heating;
Integrated circuit modeling;
MOSFET;
Noise;
47.
Three-dimensional plasmonic contact electrodes for high-efficiency photoconductive terahertz sources
机译:
用于高效光电导的三维等离子体接触电极
作者:
Shang-Hua Yang
;
Hashemi M.R.
;
Berry C.W.
;
Jarrahi M.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
electrodes;
light sources;
optical pumping;
photoconducting devices;
plasmonics;
terahertz wave devices;
terahertz wave generation;
3D plasmonic contact electrodes;
frequency 0.1 THz to 2 THz;
high-efficiency photoconductive terahertz sources;
optical pump;
optical-to-terahertz conversion efficiency;
power 1.4 mW;
power 105 muW;
Electrodes;
Gratings;
Optical device fabrication;
Optical pulses;
Optical pumping;
Optical recording;
Plasmons;
48.
Numerical analysis and experimental design of a 103 GHz Cherenkov maser
机译:
103 GHz Cherenkov Maser的数值分析与实验设计
作者:
Phipps A.R.
;
MacLachlan A.J.
;
Robertson C.W.
;
Konoplev I.V.
;
Phelps A.D.R.
;
Cross A.W.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
Cherenkov radiation;
finite difference time-domain analysis;
masers;
Cherenkov maser;
PiC simulation;
cylindrical 2D PSL;
electron wave interaction;
frequency 103.6 GHz;
mode selective cavity;
numerical FDTD simulation;
numerical analysis;
power 300 kW;
size 1.6 mm;
size 4 mm;
structure physical property;
Cavity resonators;
Electron beams;
Masers;
Periodic structures;
Power generation;
Surface waves;
Three-dimensional displays;
49.
An investigation of THz burn wound edema imaging using MRI
机译:
MRI调查THZ烧伤伤口水肿成像
作者:
Bajwa N.
;
Nowroozi B.
;
Garritano J.
;
Shijun Sung
;
Tewari P.
;
Grundfest W.S.
;
Taylor Z.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
biological tissues;
biomedical MRI;
terahertz wave imaging;
wounds;
MRI;
THz burn wound edema imaging;
burn tissue water content;
magnetic resonance scans;
skin burn;
terahertz reflectivity;
terahertz surface reflectance maps;
Educational institutions;
In vivo;
Magnetic resonance imaging;
Reflectivity;
Skin;
Wounds;
50.
Step-like multi-photon absorption in two-dimensional semiconductors with Rashba spin-orbit coupling in terahertz regime
机译:
在太赫兹政权中具有Rashba旋转轨道耦合的二维半导体中的阶跃多光子吸收
作者:
Yee Sin Ang
;
Chao Zhang
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
magnetoelectronics;
multiphoton processes;
nonlinear optics;
spin-orbit interactions;
2D semiconductors;
Rashba spin-orbit coupling;
intersubband transitions;
multiple-photon process;
nonlinear optical response;
parabolic energy band;
spin-split;
step-like multiphoton absorption;
terahertz frequency regime;
Conductivity;
Couplings;
Nonlinear optics;
Optical coupling;
Optical harmonic generation;
Optical sensors;
Photonics;
51.
Terahertz optical Kerr effect spectroscopy of biological molecules
机译:
Terahertz光学克尔效应生物分子光谱
作者:
Harwood T.
;
Turton D.A.
;
Ellis E.M.
;
Lapthorn A.J.
;
Wynne K.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
biochemistry;
biological techniques;
molecular biophysics;
optical Kerr effect;
solvation;
terahertz wave spectra;
aqueous solution;
biological molecule dynamics;
conformation;
solvation;
terahertz frequencies;
terahertz optical Kerr effect spectroscopy;
Amino acids;
Molecular biophysics;
Peptides;
Proteins;
Spectroscopy;
Ultrafast optics;
52.
High-power ultrashort pulse amplifier using double-clad Yb-doped fiber for high-power and high-efficient THz pulse generation
机译:
高功率超短脉冲放大器使用双包装YB掺杂光纤,用于大功率和高效的THz脉冲产生
作者:
Hamazaki J.
;
Mogi H.
;
Sekine N.
;
Ashihara S.
;
Kasamatsu A.
;
Hosako I.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
optical fibre amplifiers;
optical pulse generation;
optimisation;
pulse amplifiers;
pyroelectric detectors;
ytterbium;
THz pulse generation;
Yb;
double-clad fiber;
pulse width;
pyroelectric detector;
ultrashort pulse amplifier;
Detectors;
Frequency measurement;
Optical fiber amplifiers;
Optical fiber communication;
Optical pulse generation;
Power amplifiers;
Power generation;
53.
Optimization of multi-gap extended output cavity for a G-band sheet beam extended interaction klystron
机译:
用于G波段薄梁扩展交互klystron的多间隙扩展输出腔的优化
作者:
Shifeng Li
;
Zhaoyun Duan
;
Fei Wang
;
Zhanliang Wang
;
Jin Xu
;
Yubin Gong
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
Q-factor;
klystrons;
3D particle-in-cell model;
G-band SBEIK;
G-band sheet beam extended interaction klystron;
bandwidth 200 MHz;
eight-gap extended output cavity;
equivalent method;
frequency 220 GHz;
lossy region;
multigap extended output cavity;
optimized eight-gap extended output cavity;
prebunched sheet beam;
Cavity resonators;
Couplers;
Educational institutions;
Klystrons;
Optimization;
Power amplifiers;
Power generation;
54.
Hollow metallic waveguides for beam shaping THz QCL
机译:
用于光束整形THz Qz Qz的中空金属波导
作者:
DeglInnocenti R.
;
Shah Y.D.
;
Jessop D.S.
;
Ren Y.
;
Wallis R.
;
Mitrofanov O.
;
Beere H.E.
;
Ritchie D.A.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
integrated optics;
laser beams;
laser modes;
optical collimators;
optical pulse shaping;
optical waveguides;
quantum cascade lasers;
Gaussian-like mode profile;
beam profile;
beam shaping THz QCL;
collimating element;
collimation;
compact beam-shaping;
directly integrated hollow metallic waveguides;
double metal QCL;
double metal terahertz quantum cascade laser;
frequency 2.9 THz;
laser characteristics;
maximal operational temperature;
standard emission pattern;
total output power;
Copper;
Hollow waveguides;
Laser beams;
Measurement by laser beam;
Optical waveguides;
Quantum cascade lasers;
Waveguide lasers;
55.
Time-domain picture of the terahertz vector waveform measured by the electro-optic sampling method using the crystal symmetry
机译:
通过使用晶体对称测量的Terahertz矢量波形的时域图像测量
作者:
Oguchi K.
;
Yasumatsu N.
;
Watanabe S.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
crystal symmetry;
electro-optical devices;
terahertz spectroscopy;
terahertz wave detectors;
EO crystal;
crystal symmetry;
electrooptic sampling method;
elliptically polarized terahertz pulse;
optical probe pulse;
terahertz time domain spectroscopy;
terahertz vector waveform;
time domain picture;
time domain vector waveform;
Crystals;
Optical polarization;
Optical pulses;
Optical refraction;
Optical variables control;
Probes;
Vectors;
56.
Design and fabrication considerations for a 250 GHz liquid crystal phase shifter
机译:
用于250GHz液晶移相器的设计和制造考虑因素
作者:
Weickhmann C.
;
Jost M.
;
Laemmle D.
;
Jakoby R.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
liquid crystal devices;
microfabrication;
millimetre wave phase shifters;
LC phase shifter design;
frequency 250 GHz;
insertion loss;
liquid crystal phase shifter;
maximum differential phase shift;
mechanical feasibility;
microfabrication;
micromilling;
Electrodes;
Fabrication;
Insertion loss;
Liquid crystals;
Permittivity;
Phase shifters;
Tuning;
57.
Effect of buffer quality on the performance of InAs/AlSb Heterostructure Backward Tunneling Diode
机译:
缓冲质量对INAS / ALSB异质结构后向隧道二极管性能的影响
作者:
Huan Zhao
;
Aghdam P.Y.
;
Zonghe Lai
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
aluminium compounds;
cryogenics;
dislocation density;
indium compounds;
molecular beam epitaxial growth;
semiconductor growth;
tunnel diodes;
GaAs;
HBTDs;
InAs-AlSb;
MBE;
TD density;
buffer quality effect;
buffer thickness;
cryogenic temperatures;
current-voltage characteristics;
curvature coefficient;
heterostructure backward tunneling diode;
molecular beam epitaxy;
semiinsulating substrate;
temperature 293 K to 298 K;
threading dislocation density;
zero-bias;
Cryogenics;
Current-voltage characteristics;
Gallium arsenide;
Molecular beam epitaxial growth;
Substrates;
Temperature;
Tunneling;
58.
Terahertz digital holographic imaging of visibly opaque printed dielectrics
机译:
太赫兹数字全息成像明显不透明的印刷电介质
作者:
Heimbeck M.S.
;
Ng W.-R.
;
Golish D.R.
;
Gehm M.E.
;
Everitt H.O.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
dielectric materials;
image reconstruction;
microwave holography;
refractive index;
terahertz wave imaging;
transfer functions;
voids (solid);
3D printed structures;
complex refractive indices;
digital holographic reconstructions;
embedded air void detection;
imager modulation transfer function;
material inclusions;
nondestructive imaging tool;
submillimeter resolution images;
terahertz digital holographic imaging;
terahertz digital off-axis holography;
visibly opaque printed dielectrics;
Dielectrics;
Holography;
Image reconstruction;
Image resolution;
Optics;
Receivers;
59.
Ocular temperature measurements during infrared or millimeter wave exposure
机译:
红外或毫米波暴露期间的眼温测量
作者:
Kojima M.
;
Tsai C.Y.
;
Suzuki Y.
;
Okuno T.
;
Sasaki K.
;
Sasaki H.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
infrared imaging;
spectral methods of temperature measurement;
thermo-optical effects;
fluoroptic thermometer;
infrared wave exposure;
microencapsulated thermochromic liquid crystals method;
millimeter wave exposure;
ocular damage;
ocular temperature measurement;
thermography;
Heating;
Iris;
Lenses;
Millimeter wave measurements;
Probes;
Temperature distribution;
Temperature measurement;
60.
Design and experimental results from a 527 GHz gyrotron for DNP-NMR spectroscopy
机译:
DNP-NMR光谱的527 GHz陀螺仪的设计和实验结果
作者:
Jawla S.K.
;
Guss W.C.
;
Shapiro M.A.
;
Temkin R.J.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
NMR spectroscopy;
UHF tubes;
assembling;
diodes;
dynamic nuclear polarisation;
electron guns;
gyrotrons;
mirrors;
submillimetre wave tubes;
waveguides;
DNP-NMR spectrometer;
DNP-NMR spectroscopy;
HElt;
subgt;
11lt;
/subgt;
mode;
corrugated waveguide;
current 150 mA;
diode type electron gun;
dynamic nuclear polarization;
electron cyclotron frequency;
frequency 527 GHz;
frequency 800 MHz;
gyrotron;
internal dimpled wall helical cut launcher;
internal periscope assembly;
mirror;
power 20 W;
Assembly;
Gyrotrons;
Harmonic analysis;
Magnetic fields;
Polarization;
Spectroscopy;
Superconducting magnets;
61.
Terahertz detector using 70-nm T-gate InAlAs/InGaAs HEMT integrated with bow-tie antenna
机译:
太赫兹探测器使用70-nm T型in inalas / Ingaas Hemt与Bow-Tie Antenna集成
作者:
Miyajima Y.
;
Nukariya T.
;
Suzuki S.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
aluminium compounds;
bow-tie antennas;
gallium arsenide;
high electron mobility transistors;
indium compounds;
millimetre wave transistors;
terahertz wave detectors;
HEMT detector;
InAlAs-InGaAs;
T-gate InAlAs-InGaAs HEMT;
ballistic transport;
bow-tie antenna;
current sensitivity;
drain bias dependence;
frequency 280 GHz;
high electron mobility transistor;
short channel;
size 50 nm;
size 70 nm;
terahertz detector;
Antenna measurements;
Antennas;
Current measurement;
Detectors;
HEMTs;
Logic gates;
Sensitivity;
62.
3D printing of aspherical terahertz lenses and diffraction gratings
机译:
3D印刷非球面太赫兹透镜和衍射光栅
作者:
Squires A.D.
;
Constable E.
;
Lewis R.A.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
aspherical optics;
diffraction gratings;
lenses;
microwave photonics;
multiwave mixing;
optical beam splitters;
optical design techniques;
optical fabrication;
optical polymers;
terahertz spectroscopy;
three-dimensional printing;
3D printing design;
TDS;
VisyJet Crystal;
acrylic based polymers;
acrylonitrile butadiene styrene plastic;
aspherical terahertz lenses;
beam splitter;
beam splitting;
diffraction gratings;
first order diffraction maxima;
focal length;
optical components;
output maxima;
spatial resolutions;
square grating;
synchrotron radiation;
terahertz spectroscopy systems;
terahertz time domain spectroscopy;
two-color wave photomixing;
Diffraction;
Diffraction gratings;
Gratings;
Lenses;
Plastics;
Printing;
Three-dimensional displays;
63.
A square helix slow-wave structure for millimeter-wave TWTs
机译:
用于毫米波TWT的方螺旋慢波结构
作者:
Wanghe Wei
;
Yanyu Wei
;
Zhaoyun Duan
;
Minzhi Huang
;
Lingna Yue
;
Huarong Gong
;
Wenxiang Wang
;
Yubin Gong
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
millimetre wave tubes;
slow wave structures;
electromagnetic characteristics;
high gain millimeter wave TWT;
interaction impedance;
normalized phase velocity;
square helix slow wave structure;
Dispersion;
Educational institutions;
Electromagnetics;
Electron tubes;
Impedance;
Millimeter wave radar;
64.
Terahertz investigation of X-ray anti-imaging coatings: Spectroscopic characterization and imaging
机译:
X射线防成像涂料的太赫兹调查:光谱性表征和成像
作者:
Burford N.M.
;
Freiburger B.
;
El-Shenawee M.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
X-ray imaging;
X-ray scattering;
coatings;
microprocessor chips;
refractive index;
terahertz wave imaging;
THz imaging;
X-ray anti-imaging coating;
X-ray blocking and scattering coating material;
XBS coating material;
absorption coefficients;
control coating;
electronic microchip circuits;
intellectual property;
pulsed THz reflection image;
refractive index;
spectroscopic characterization;
terahertz property;
Absorption;
Additives;
Coatings;
Imaging;
Reflection;
X-ray imaging;
65.
Wireless big data are our wireless edge networks ready?
机译:
无线大数据准备好了我们的无线边缘网络吗?
作者:
Britz D.M.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
cellular radio;
channel capacity;
radio spectrum management;
wireless LAN;
Wi-Fi spectrum;
cellular industry;
channel size;
data cellular infrastructure;
high capacity spectrum;
human communications;
limited spectrum capacity;
long term sustainability;
network capacity;
radio spectrum;
service providers;
spectrum band;
spectrum policies;
voice cellular infrastructure;
wireless big data transport;
wireless industry;
wireless mobility;
Computer architecture;
IEEE 802.11 Standards;
Industries;
Microprocessors;
Wireless networks;
Wireless sensor networks;
66.
Measurement of dielectric properties of human skin in vivo at THz frequencies
机译:
在THz频率下体内人体皮肤介电性能的测量
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
IEEE Xplore;
Portable document format;
67.
Salt-induced change in lipid hydration
机译:
脂质水合盐的诱导变化
作者:
Da-Hye Choi
;
Heyjin Son
;
Jin-Young Jeong
;
In-Kyoung Park
;
Gun-Sik Park
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
organic compounds;
sodium compounds;
solvation;
terahertz spectroscopy;
1;
2-ditetradecanoyl-sn-glycero-3-phosphocholine;
NaCl;
absorption difference;
buffers;
lipid hydration;
lipid solutions;
lipid-ion interaction accelerates;
nanometer scale structure;
salt-induced change;
total reflection terahertz time domain spectroscopy;
water reorientation motion;
Absorption;
Biomembranes;
Ions;
Lipidomics;
Spectroscopy;
Temperature measurement;
Time-domain analysis;
68.
A time-domain terahertz spectrometer with 90 dB dynamic range
机译:
具有90 dB动态范围的时域太赫兹光谱仪
作者:
Vieweg N.
;
Rettich F.
;
Deninger A.
;
Roehle H.
;
Dietz R.
;
Gobel T.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
III-V semiconductors;
fibre lasers;
gallium arsenide;
high-speed optical techniques;
indium compounds;
measurement by laser beam;
photoconducting switches;
terahertz spectroscopy;
InGaAs;
fiber laser technology;
photoconductive switch;
single pulse trace;
time domain terahertz spectrometer;
voice coil delay stage;
wavelength 1550 nm;
Bandwidth;
Dynamic range;
Indium gallium arsenide;
Optical fiber polarization;
Optical fiber sensors;
Time-domain analysis;
69.
InP HEMT for sub-millimeter wave space applications: Status and challenges
机译:
用于子毫米波空间应用的INP HEMT:状态和挑战
作者:
Deal W.R.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
III-V semiconductors;
aerospace engineering;
high electron mobility transistors;
indium compounds;
submillimetre wave transistors;
HEMT;
InP;
civil space application;
defense space application;
frequency 850 GHz;
integrated circuit;
submillimeter wave space application;
transistor;
HEMTs;
Indium phosphide;
MMICs;
Microwave radiometry;
Noise;
Receivers;
70.
In situ spectroscopic ellipsometry of SIS barrier formation
机译:
SIS屏障形成的原位光谱椭圆形测定法
作者:
Cyberey M.E.
;
Lichtenberger A.W.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
aluminium;
aluminium compounds;
current density;
ellipsometry;
multilayers;
nitridation;
submillimetre wave receivers;
Al;
AlN;
AlN tunnel barriers;
ICP AlN growth;
ICP nitridation;
RNA;
SIS barrier formation;
SIS junctions;
barrier thickness;
current density;
in situ spectroscopic ellipsometry;
normal resistance area product;
quantum limited THz heterodyne receivers;
real time monitoring;
thin Al overlayers;
trilayer;
uncharacterized nitridation;
Films;
III-V semiconductor materials;
Integrated optics;
Iterative closest point algorithm;
Junctions;
Niobium;
RNA;
71.
A 340GHz sub-harmonic mixer based on planar Schottky diodes
机译:
基于平面肖特基二极管的340GHz副谐波混合器
作者:
Li Miao
;
Jun Jiang
;
Cheng Wang
;
Xian-Jin Deng
;
Bin Lu
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
Schottky diode mixers;
microstrip circuits;
quartz;
submillimetre wave mixers;
SHM;
SSB;
SiOlt;
subgt;
2lt;
/subgt;
anti-parallel planar Schottky diodes;
double side band;
frequency 313 GHz to 360 GHz;
local oscillator;
loss 9.78 dB to 12.74 dB;
power 2.8 mW to 4 mW;
quartz-based microstrip circuit chip;
signal side band;
sub-harmonic mixer;
temperature 293 K to 298 K;
Amplitude modulation;
Integrated circuit modeling;
Mixers;
Noise;
Radio frequency;
Schottky diodes;
Temperature measurement;
72.
Broadband characterization of THz frequency high fill-factor substrate-based wire-grid polarizers with high extinction ratios
机译:
具有高消光比的THz频率高填充因子基基线栅偏振器的宽带特征
作者:
Hendrix R.M.
;
Middendorf J.R.
;
Cetnar J.S.
;
Deibel J.A.
;
Brown E.R.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
electromagnetic wave polarisation;
terahertz wave imaging;
time-domain analysis;
broadband characterization;
crystalline-quartz substrates;
frequency 0.25 THz to 2 THz;
high fill-factor substrate-based wire-grid polarizers;
terahertz time-domain spectroscopic technique;
Broadband communication;
Electric fields;
Extinction ratio;
Optical polarization;
Substrates;
Time-domain analysis;
Wires;
73.
Detecting THz signatures of liquids with chirp induced stimulated Raman scattering
机译:
用Chirp诱导刺激拉曼散射检测液体THz签名
作者:
Funkner S.
;
Niehues G.
;
Saitou K.
;
Yazawa Y.
;
Furuya T.
;
Yamamoto K.
;
Tani M.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
stimulated Raman scattering;
terahertz wave spectra;
chirp induced stimulated Raman scattering;
chirped laser pulses;
delay time;
energy transfer;
frequency 100 GHz to 10 THz;
molecular excitation frequency;
nonlinear stimulated Raman scattering process;
terahertz liquid signatures;
Chirp;
Delays;
Liquids;
Measurement by laser beam;
Raman scattering;
Time-frequency analysis;
74.
Improvement of terahertz spectrum accuracy by selective extraction of sample-induced echo signals
机译:
通过选择性提取样品诱导的回波信号改善太赫兹光谱精度
作者:
Jindoo Choi
;
Won Sik Kwon
;
Kyung-Soo Kim
;
Soohyun Kim
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
echo;
terahertz wave spectra;
THz signal separation;
THz spectrum accuracy;
distinguishing terahertz signals;
extraction efficiency;
material parameter calculation;
material parameters;
sample-induced echo signals;
terahertz spectrum accuracy;
Absorption;
Accuracy;
Compounds;
Data mining;
Films;
Paints;
75.
Terahertz car paint thickness sensor: Out of the lab and into the factory
机译:
太赫兹汽车涂料厚度传感器:脱离实验室,进入工厂
作者:
Gregory I.S.
;
May R.K.
;
Ke Su
;
Zeitler J.A.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
automobile manufacture;
painting;
thickness measurement;
automotive manufacturer;
car paint layers;
factory floor;
incident terahertz pulse;
industrial production line;
refractive indices;
terahertz car paint thickness sensor;
Calibration;
Instruments;
Paints;
Thickness measurement;
Ultrasonic imaging;
Ultrasonic variables measurement;
76.
Design of terahertz filters using a modified bisection method
机译:
使用改进的二分法设计太赫兹过滤器
作者:
Kai Yang
;
Arezoomandan S.
;
Sensale-Rodriguez B.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
numerical analysis;
submillimetre wave filters;
surface reconstruction;
terahertz metamaterials;
THz metamaterial filter;
data-point set;
geometric-material parameters;
modified bisection method;
multivariable response-surface reconstruction;
numerical simulations;
terahertz filter design;
Computational modeling;
Finite element analysis;
Metamaterials;
Numerical models;
Optical filters;
Resonant frequency;
Surface reconstruction;
77.
Electron acceleration in a single-cycle terahertz field
机译:
单周期太赫兹场中的电子加速度
作者:
Huang W.R.
;
Nanni E.A.
;
Ravi K.
;
Liang Jie Wong
;
Kyung-Han Hong
;
Kartner F.X.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
copper;
electron accelerators;
electron emission;
ionisation;
two-photon processes;
Cu;
THz pulse;
copper surface;
electron emission;
green laser pulse;
photoelectron acceleration;
single-cycle terahertz field;
two-photon ionization;
Acceleration;
Copper;
Delays;
Free electron lasers;
Optical surface waves;
Photoconductivity;
Surface emitting lasers;
78.
4.7-THz local oscillator for SOFIA based on a quantum-cascade laser
机译:
基于量子级联激光的索非亚4.7-THz本地振荡器
作者:
Richter H.
;
Greiner-Bar M.
;
Rosner K.
;
Semenov A.
;
Wienold M.
;
Schrottke L.
;
Biermann K.
;
Grahn H.T.
;
Hubers H.-W.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
oscillators;
quantum cascade lasers;
spectrometers;
4.7-THz local oscillator;
SOFIA;
beam profile;
frequency stability;
heterodyne spectrometer GREAT;
molecular rotational line;
quantum-cascade laser;
Absorption;
Astronomy;
Laser beams;
Laser stability;
Local oscillators;
Power generation;
Quantum cascade lasers;
79.
Comparative study on PIC simulations of the gyrotron cavity
机译:
陀螺腔的PIC模拟比较研究
作者:
Sawant A.
;
Jung Ho Kim
;
Yongjun Hong
;
Joonho So
;
Eunmi Choi
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
Q-factor;
gyrotrons;
millimetre wave tubes;
MAGIC;
PIC codes;
PIC simulation;
TElt;
subgt;
2lt;
/subgt;
mode excitation;
TElt;
subgt;
6lt;
/subgt;
mode excitation;
VSIM tool;
frequency 94 GHz;
gyrotron cold-cavity simulation;
quality factor;
resonant frequency;
Cavity resonators;
Computational modeling;
Electric fields;
Finite difference methods;
Gyrotrons;
Q-factor;
Resonant frequency;
80.
140 GHz active imaging systems based on FMCW radar
机译:
基于FMCW雷达的140 GHz主动成像系统
作者:
Kuznetsov S.A.
;
Makarov S.N.
;
Koshelenko V.N.
;
Astafev M.A.
;
Arzhannikov A.V.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
CW radar;
FM radar;
millimetre wave imaging;
millimetre wave radar;
radar imaging;
radar tracking;
2D FMCWR imagers;
3D FMCWR imagers;
FMCW radar;
absolute object distance;
absolute object velocity;
active imaging systems;
frequency 140 GHz;
frequency modulated continuous wave radar;
nondestructive material;
quality inspection;
raster scanning;
security task;
tracking capability;
Frequency modulation;
Optical imaging;
Prototypes;
Radar antennas;
Radar imaging;
81.
Non-destructive testing of glass fibre reinforced plastics with a full polarimetric imaging system
机译:
具有全极化成像系统的玻璃纤维增强塑料的无损检测
作者:
Nezadal M.
;
Schur J.
;
Schmidt L.-P.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
glass fibre reinforced plastics;
nondestructive testing;
polarimetry;
SiOlt;
subgt;
2lt;
/subgt;
W-band;
defect detection;
frequency 75 GHz to 110 GHz;
full polarimetric imaging system;
full polarimtric information;
glass fibre reinforced plastics;
nondestructive testing;
Glass;
Image edge detection;
Image resolution;
Imaging;
Scattering;
Testing;
Time-domain analysis;
82.
Design of a volume mode W-band TWT amplifier
机译:
卷模式W波段TWT放大器的设计
作者:
Hummelt J.S.
;
Lewis S.M.
;
Shapiro M.A.
;
Temkin R.J.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
photonic band gap;
travelling wave amplifiers;
wideband amplifiers;
CST Microwave Studio;
CST PIC solver;
PBG structure;
PBG waveguide;
W-band TWT amplifier;
finite length section;
frequency 94 GHz;
gain 38 dB;
high current electron beam;
large beam tunnel;
microwave transmission;
numerical linear gain;
photonic band-gap structure;
power 360 W;
traveling wave amplifier;
waveguide dispersion;
Electron beams;
Gain;
Microwave amplifiers;
Microwave circuits;
Microwave photonics;
Power amplifiers;
Power generation;
83.
Broadband THz guidance in helical waveguides
机译:
螺旋波导的宽带THz指导
作者:
Vogt D.
;
Anthony J.
;
Leonhardt R.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
finite difference time-domain analysis;
helical waveguides;
THz pulse;
broadband THz guidance;
broadband Terahertz pulse propagation;
constant attenuation coefficient;
finite-difference time-domain simulation;
flexible metal helix waveguides;
group-velocity dispersion parameter;
helical waveguides;
low-dispersive behavior;
measured temporal signals;
Attenuation;
Broadband communication;
Dispersion;
Electromagnetic waveguides;
Finite difference methods;
Metals;
Time-domain analysis;
84.
THz Hot-Electron Bolometer mixers
机译:
THZ热电计扬声器搅拌机
作者:
Cherednichenko S.
;
Bevilacqua S.
;
Novoselov E.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
bolometers;
heterodyne detection;
superconducting mixers;
terahertz wave detectors;
HEB mixer performance;
RF characteristics;
dc characteristics;
electron-diffusion cooling mechanism;
high spectral resolution radio astronomy;
phonon-substrate cooling mechanism;
superconducting hot-electron bolometer mixers;
terahertz heterodyne detection;
Bandwidth;
Bolometers;
Films;
Mixers;
Noise;
Receivers;
85.
Room temperature THz photoluminescence from IV-group semiconductors under interband excitation
机译:
室温THz光致发光从IV-Group半导体下的间带激励下
作者:
Andrianov A.V.
;
Zakharin A.O.
;
Bobylev A.V.
;
Egorov S.V.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
III-V semiconductors;
optical pumping;
photoluminescence;
terahertz wave imaging;
IV-group semiconductors;
black-body like emission;
continuous wave interband optical excitation;
heating effects;
pump radiation absorption;
room temperature THz PL;
temperature 293 K to 298 K;
terahertz photoluminescence;
Impurities;
Photoluminescence;
Semiconductor lasers;
Silicon;
Temperature;
Temperature dependence;
Temperature measurement;
86.
Phase locking a 4.7 THz quantum cascade laser using a super-lattice diode as harmonic mixer
机译:
使用超格二极管作为谐波混合器锁定4.7 ZHz量子级联激光器
作者:
Khudchenko A.V.
;
Hayton D.J.
;
Pavelyev D.G.
;
Baryshev A.M.
;
Gao J.R.
;
Kao T-Y.
;
Hu Q.
;
Reno J.L.
;
Vaks V.L.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
Bandwidth;
Harmonic analysis;
Masers;
Microwave oscillators;
Mixers;
Quantum cascade lasers;
Signal resolution;
87.
The James Webb Telescope and beyond
机译:
詹姆斯韦布望远镜及其超越
作者:
Mather J.C.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
aerospace instrumentation;
astronomical telescopes;
cameras;
coronagraphs;
mirrors;
spectrometers;
James Webb Space Telescope;
Johnson Spaceflight Center;
black holes;
cameras;
coronagraphs;
cryogenic vacuum test chamber;
exoplanets;
planet formation;
solar systems;
spectrometers;
telescope mirrors;
telescope simulator;
Aerospace electronics;
Cameras;
Green products;
NASA;
Planets;
Telescopes;
88.
Wideband paramps for the millimeter and submillimeter bands
机译:
毫米和亚倍数频带的宽带平面
作者:
Day P.K.
;
Byeong Ho Eom
;
LeDuc H.G.
;
Zmuidzinas J.
;
Groppi C.
;
Mauskopf P.
;
Lamb J.
;
Woody D.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
coplanar waveguides;
microwave parametric amplifiers;
millimetre wave amplifiers;
multiwave mixing;
niobium compounds;
submillimetre wave amplifiers;
titanium compounds;
travelling wave amplifiers;
wideband amplifiers;
NbTiN;
TKIP design;
W-band;
coplanar waveguide transmission line;
four-wave mixing;
front ends;
microwave frequency;
microwave frequency versions;
millimeter band amplifier;
near quantum-limited sensitivity;
receivers;
submillimeter band amplifier;
traveling-wave kinetic inductance parametric amplifier;
wide instantaneous bandwidth;
wideband paramps;
Coplanar waveguides;
Gain;
Inductance;
Kinetic theory;
Microwave frequencies;
Noise;
Optical fiber amplifiers;
89.
Millimeter wave luneburg lens antenna fabricated by polymer jetting rapid prototyping
机译:
通过聚合物喷射快速原型制造的毫米波栏杆镜头天线
作者:
Gbele K.
;
Min Liang
;
Wei-Ren Ng
;
Gehm M.E.
;
Hao Xin
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
antenna feeds;
antenna radiation patterns;
antenna testing;
finite element analysis;
gradient index optics;
lens antennas;
microstrip antennas;
millimetre wave antennas;
permittivity;
polymers;
waveguides;
3D polymer jetting rapid prototyping technique;
3D printed Luneburg lens antenna;
Ka band waveguides;
Q band waveguides;
air voids;
dielectric constant;
finite element simulation;
gradient index control;
medium theory;
millimeter wave luneburg lens antenna;
radiation pattern;
size 7 cm;
Antenna measurements;
Broadband antennas;
Fabrication;
Lenses;
Polymers;
Three-dimensional displays;
90.
Repeatability of absolute terahertz power measurement using a sensitive calorimeter
机译:
使用敏感量热计的绝对太赫兹功率测量的可重复性
作者:
Iida H.
;
Kinoshita M.
;
Amemiya K.
;
Shimada Y.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
calorimeters;
power measurement;
terahertz wave detectors;
THz power;
THz source;
absolute terahertz power measurement repeatability;
calorimetric measurement;
frequency 1 THz;
isothermal temperature-control technique;
photomixer;
power 0.81 muW;
sensitive calorimeter;
sub-microwatt level;
temperature 293 K to 298 K;
Heating;
Measurement by laser beam;
Power measurement;
Semiconductor device measurement;
Temperature measurement;
Temperature sensors;
Uncertainty;
91.
Dielectric hole lattice for terahertz diffractive optics with high transmission
机译:
具有高传动力的太赫兹衍射光学介电孔格子
作者:
Headland D.
;
Withayachumnankul W.
;
Webb M.
;
Upadhyay A.
;
Bhaskaran M.
;
Sriram S.
;
Abbott D.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
dielectric materials;
diffractive optical elements;
light diffraction;
light interferometers;
light reflection;
optical arrays;
optical materials;
refractive index;
artificial dielectric;
dielectric hole lattice;
half-wavelength etalon effect;
high gain antennas;
hole radius;
low-loss dielectric materials;
near-perfect transmission;
reflection minimization;
refractive index;
sub-wavelength air-hole array;
terahertz communications links;
terahertz diffractive optics;
zone plate;
Arrays;
Dielectrics;
Lattices;
Optical diffraction;
Optical variables control;
Optics;
Silicon;
92.
Study on terahertz parametric oscillator pumped by multi-transverse-mode lasers
机译:
多横跨模式激光器泵送的太赫兹参数振荡器研究
作者:
Jiaqi Li
;
Yuye Wang
;
Degang Xu
;
Chao Yan
;
Zhongxiao Li
;
Pengxiang Liu
;
Wei Shi
;
Jianquan Yao
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
laser modes;
microwave photonics;
optical parametric oscillators;
optical pumping;
THz output energy;
THz output power;
energy 120 mJ;
gain enhancement effect;
multimode pumping;
multitransverse mode laser;
output characteristics;
pump beam;
pump source;
pumping energy;
pumping mode;
terahertz parametric oscillators;
Laser beams;
Laser excitation;
Laser modes;
Measurement by laser beam;
Power generation;
Pump lasers;
Surface emitting lasers;
93.
High power terahertz radiation source based on electron beam wakefields
机译:
基于电子束唤醒的高功率太赫兹辐射源
作者:
Antipov S.
;
Chunguang Jing
;
Kanareykin A.
;
Fedurin M.
;
Yakimenko V.
;
Wei Gai
;
Zholents A.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
dielectric waveguides;
electron accelerators;
electron beams;
free electron lasers;
modulation;
terahertz wave generation;
wakefield accelerators;
T-ray beams;
THz radiation;
beam energy;
bunch train;
chicane beamline;
density modulated beam;
density modulation;
dielectric energy-bunching section;
dielectric loaded accelerating structure;
dielectric loaded waveguide;
electron beam wakefields;
energy chirp;
energy modulation;
foil target;
laser pulses;
photoinjector;
power extraction section;
rectangular longitudinal profile;
table top device;
terahertz radiation source;
Bandwidth;
Electron beams;
Frequency modulation;
Laboratories;
Laser beams;
94.
20-Gbaud QPSK coherent radio transmission at 325 GHz with high-gain antennas
机译:
20-GBaud QPSK连贯的无线电传输325 GHz,高增益天线
作者:
Kanno A.
;
Kuri T.
;
Morohashi I.
;
Hosako I.
;
Kawanishi T.
;
Yoshida Y.
;
Kitayama K.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
optical modulation;
quadrature phase shift keying;
submillimetre wave antennas;
QPSK;
frequency 325 GHz;
frequency-locked terahertz signal;
high-speed coherent transmission;
optical-modulation-based optical frequency comb signal;
radio transmission;
terahertz amplifier;
with high-gain antennas;
Optical amplifiers;
Optical fibers;
Optical receivers;
Optical transmitters;
Phase shift keying;
Stimulated emission;
95.
346 GHz BWO for fusion plasma diagnostics
机译:
346 GHz BWO用于融合等离子体诊断
作者:
Popovic B.
;
Barchfeld R.
;
Xiaopin Tang
;
Fuzhi Zhang
;
Yue L.
;
Mineo M.
;
Letizia R.
;
Paoloni C.
;
Gamzina D.
;
Himes L.
;
Domier C.
;
Luhmann N.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
backward wave oscillators;
diffraction gratings;
millimetre wave oscillators;
plasma diagnostics;
BWO designs;
MAST devices;
NSTX-U devices;
backward wave oscillator designs;
bulk copper;
double grating;
frequency 346 GHz;
fusion plasma diagnostics;
nanomachining technology;
Arrays;
Copper;
Gratings;
Laser beams;
Mixers;
Testing;
Waveguide transitions;
96.
Terahertz detectors based on a gated two-dimensional electron plasma in CdMnTe/CdMgTe quantum wells
机译:
基于CDMNTE / CDMGTE量子阱的门控二维电子等离子体的太赫兹探测器
作者:
Grigelionis I.
;
Grynberg M.
;
Adamus Z.
;
Karczewski G.
;
Wojtowicz T.
;
Lusakowski J.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
II-VI semiconductors;
cadmium compounds;
field effect transistors;
magnesium compounds;
manganese compounds;
semiconductor quantum wells;
solid-state plasma;
terahertz wave detectors;
two-dimensional electron gas;
wide band gap semiconductors;
CdMnTe-CdMgTe;
THz detection;
THz technology;
compact detectors;
emitters;
field-effect transistors;
gate voltage;
gated two-dimensional electron plasma;
magnetic fields;
nonresonant detection;
quantum wells;
resonant detection;
terahertz detectors;
Field effect transistors;
Logic gates;
Magnetic field measurement;
Magnetic fields;
Measurement by laser beam;
Physics;
97.
Evaluation of radio-over-fiber characteristics at airport for optically-connected runway surface foreign object debris detection millimeter-wave radar
机译:
光学连接跑道表面外物体碎片检测毫米波雷达评价机场放射纤维特性评价
作者:
Futatsumori S.
;
Morioka K.
;
Kohmura A.
;
Okada K.
;
Yonemoto N.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
airports;
millimetre wave radar;
optical cables;
radar antennas;
radio-over-fibre;
roads;
FOD detection;
Japan;
RF signal loss;
Sendai airport;
buried fiber cables;
foreign object debris detection;
frequency 8 GHz;
frequency 96 GHz;
fusion splicing points;
millimeter-wave radar;
optical fibers;
optically-connected airport surface;
optically-connected runway surface;
radar antenna;
radio-over-fiber characteristics;
Airports;
Laser radar;
Optical fiber cables;
Optical fibers;
Radar antennas;
98.
Terahertz edge detection with antenna-coupled field-effect transistors in 0.25 μm AlGaN/GaN technology
机译:
Terahertz边缘检测与0.25μmAlGan/ GaN技术的天线耦合场效应晶体管
作者:
Boppel S.
;
Ragauskas M.
;
Hajo A.
;
Bauer M.
;
Lisauskas A.
;
Chevtchenko S.
;
Ramer A.
;
Kasalynas I.
;
Valusis G.
;
Wurfl J.
;
Heinrich W.
;
Trankle G.
;
Krozer V.
;
Roskos H.G.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
III-V semiconductors;
aluminium compounds;
bow-tie antennas;
edge detection;
elemental semiconductors;
field effect transistors;
gallium compounds;
lenses;
silicon;
submillimetre wave transistors;
terahertz wave detectors;
wide band gap semiconductors;
AlGaN-GaN;
AlGaN-GaN technology;
Si;
antenna coupled field effect transistors;
aplanatic hemispherical silicon substrate lens;
asymmetric coupling;
bow-tie antenna;
direct power detectors;
frequency 590 GHz;
size 0.25 mum;
terahertz edge detection;
Aluminum gallium nitride;
Antennas;
Couplings;
Detectors;
Gallium nitride;
Image edge detection;
Transistors;
99.
Terahertz plasmon cavity modes in a heterostructure transistor
机译:
在异质结构晶体管中的太赫兹等离子体腔模式
作者:
Giliberti V.
;
Ortolani M.
;
Giovine E.
;
Di Gaspare A.
;
Biasiol G.
;
Sorba L.
;
Evangelisti F.
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
field effect transistors;
plasmons;
terahertz wave devices;
two-dimensional electron gas;
THz range;
frequency 0.15 THz to 0.40 THz;
heterostructure transistor;
high-mobility two-dimensional electron gas;
photocurrent spectroscopy;
spectral peaks;
standing wave nonlinearities;
terahertz plasmon cavity modes;
Cavity resonators;
HEMTs;
Logic gates;
MODFETs;
Microcavities;
Photoconductivity;
Plasmons;
100.
Temperature-dependent refractive indices of a 1mol MgO-doped Stoichiometric LiTaO
3
crystal at the THz frequency range
机译:
在THz频率范围内的1mol%MgO掺杂化学计量Liao
3晶体的温度依赖性折射率
作者:
Kyu-Sup Lee
;
Takekawa S.
;
Kitamura K.
;
Do-Kyeong Ko
;
Nan Ei Yu
会议名称:
《International Conference on Infrared, Millimeter, and Terahertz Waves》
|
2014年
关键词:
lithium compounds;
magnesium compounds;
photonic crystals;
refractive index;
stoichiometry;
terahertz wave generation;
LiTaOlt;
subgt;
3lt;
/subgt;
MgO;
THz frequency range;
fanned out periodically poled SLT;
stoichiometric crystal;
temperature dependent Sellmeier equation;
temperature dependent refractive indices;
terahertz generation process;
Crystals;
Equations;
Fitting;
Frequency conversion;
Optical pumping;
Photonics;
Refractive index;
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