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IEEE International Vacuum Electronics Conference
IEEE International Vacuum Electronics Conference
召开年:
2013
召开地:
Paris(FR)
出版时间:
-
会议文集:
-
会议论文
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1.
The field emission properties of diamond films on TiSi
2
/Si
机译:
TISI
2 INF> / SI上的金刚石膜的场排放性能
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
diamond;
field emission;
silicon compounds;
titanium compounds;
TiSilt;
subgt;
2lt;
/subgt;
-Si;
diamond films;
field electron-emission experiment;
field emission properties;
hot-filament CVD method;
textured diamond nuclei;
TiSilt;
infgt;
2lt;
/infgt;
2.
Analysis of thermal interface resistivity of a helix TWT slow-wave structure
机译:
螺旋TWT慢波结构的热界面电阻率分析
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
cooling;
slow wave structures;
ANSYS;
heat dissipation capability;
helix TWT;
slow-wave structure;
thermal interface resistivity;
3.
Technological evolution of the Microwave Power Module (MPM)
机译:
微波功率模块(MPM)的技术演化
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
microwave power amplifiers;
communications systems;
electronic warfare system;
emerging radar;
high data rate digital communication;
microwave power module;
mobile SATCOM terminal;
solid-state amplifier;
synthetic aperture radar;
technological evolution;
travelling wave tube amplifier;
unmanned aerial vehicles;
Airborne;
Data Link;
EW;
MPM;
Power Amplifier;
Synthetic Aperture Radar (SAR);
TWT;
Transmitter;
UAV;
4.
Improved flexibility by in-orbit-adjustable saturation output power of TWTs
机译:
通过TWT的可调节饱和输出功率提高灵活性
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
linearisation techniques;
microwave power amplifiers;
travelling wave amplifiers;
travelling wave tubes;
RF power;
TWT;
in-orbit adjustable saturation output;
linearity characteristic;
microwave power modules;
travelling wave tube amplifiers;
flexible;
in-orbit-adjustable;
saturation output power;
5.
Research and development in a high-power 6.7 GHz monotron
机译:
高功率6.7 GHz MOLOTRON的研究与开发
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
cavity resonators;
electron guns;
microwave generation;
cavity resonator;
current 20 A;
frequency 6.7 GHz;
hard-tube pulser;
injection electron gun;
monotron components;
output waveguide;
positive DC charging power supply;
power 10 kW;
voltage 30 kV;
electron gun;
high-voltage power supply;
monotron;
6.
Measurement of the coupling impedance in slow-wave structures using a longitudinally conducting plate
机译:
使用纵向导电板测量慢波结构中的耦合阻抗
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
electron beams;
slow wave structures;
coupling impedance;
longitudinally conducting plate;
resonant frequencies;
sheet electron beam;
slow-wave structure;
7.
Investigation of a 200GHz microklystron driven by a small-scaled pseudospark electron beam
机译:
由小缩放的Pseudospart电子束驱动的200GHz微克朗的研究
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
discharges (electric);
klystrons;
frequency 200 GHz;
klystron interaction;
micro-electro-mechanical systems;
microklystron;
pseudospark electron beam;
MEMS;
THz;
pseudospark;
8.
Programme at a glance
机译:
program
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
9.
Development of a 350 MHz, 200 kW CW, multiple beam IOT
机译:
开发350 MHz,200千瓦CW,多梁IOT
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
UHF tubes;
electron guns;
microwave tubes;
CW;
IOT;
frequency 350 MHz;
gain 22 dB;
inductive output tube;
multiple beam;
power 200 kW;
single output cavity;
10.
Simulation of RF coupler of a multi-section TWT with matched sever-loss
机译:
匹配中磁损伤的多部分TWT的RF耦合器模拟
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
travelling wave tubes;
waveguide attenuators;
waveguide couplers;
RF coupler;
X-Ku band RF coupler;
attenuator;
carbon-coated helix-support rods;
helix traveling-wave tube;
lossy dielectric rods;
step function;
Helix Slow-wave structure (SWS);
Helix TWT;
Impedance matching;
Input-output RF coupler;
Sever-loss;
11.
Frequency domain simulation of drive induced oscillation in a coupled cavity TWT
机译:
耦合腔中驱动凸起振荡的频域模拟TWT
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
absorbing media;
frequency-domain analysis;
oscillations;
travelling wave tubes;
CHRISTINE-CC;
circuit velocity step;
coupled cavity TWT;
drive induced oscillation;
frequency domain simulation;
lossy material;
Drive-induced oscillation;
computer simulation;
coupled-cavity TWT;
12.
High impedance electromagnetic substrate and its application in plane traveling wave tubes
机译:
高阻抗电磁基材及其在平面行驶波管中的应用
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
photonic band gap;
substrates;
travelling wave tubes;
PBG material substrate;
high impedance electromagnetic substrate;
meander line slow wave structure;
plane traveling wave tube;
Meander line;
PBG;
TWT;
13.
Theory of aftercavity interaction in gyrotrons
机译:
陀螺仪的后续互动理论
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
cyclotron resonance;
gyrotrons;
millimetre wave tubes;
aftercavity interaction theory;
cyclotron resonance interaction;
electromagnetic wave propagatiion;
gyrotron efficiency degradation;
magnetic field axial distribution;
output waveguide profile;
self-consistent code MAGY simulations;
efficiency;
gyrotron;
14.
Frequency doublers with transverse modulation and bunching of the electron beam under inhomogeneous magnetic field
机译:
频率倍增,具有横向磁场下的电子束的横向调制和束缚
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
electron beams;
frequency multipliers;
electron beam bunching;
frequency doublers;
inhomogeneous magnetic field;
transverse modulation;
15.
Synthesis and field emission property of tetrapod-like zinc oxide nanostructures by inductive heating
机译:
电感加热四氮氧化锌氧化锌纳米结构的合成与场排放性能
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
II-VI semiconductors;
X-ray diffraction;
crystal growth from vapour;
field emission;
nanofabrication;
nanostructured materials;
semiconductor growth;
wide band gap semiconductors;
zinc compounds;
XRD;
ZnO;
emission current;
field emission measurement;
inductive heating method;
tetrapod-like zinc oxide;
vacuum electron devices;
vapor-solid growth mechanism;
Tetrapod-like Zinc Oxide (ZnO);
VS mechanism;
inductive heating;
16.
Design of a Ka-band TE11 mode gyrotron traveling-wave amplifier
机译:
KA频段TE11 MODE GYROTRON TRAVERING LAVE放大器的设计
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
gyrotrons;
millimetre wave amplifiers;
millimetre wave tubes;
travelling wave amplifiers;
Ka-band gyro-TWT;
Ka-band gyrotron traveling wave amplifier;
TE11 circular mode;
bandwidth 2.5 GHz;
current 6 A;
distributed-loss circuit;
driver frequency effects;
efficiency 22.4 percent;
electron efficiency;
gain 54.0 dB;
input power effects;
peak output power;
power 94 kW;
velocity ratio effects;
voltage 70 kV;
Ka-band;
gyro-traveling-wave amplifier;
17.
Influence of variations of the electrodynamics performances under the attenuator on parameters of Helix TWT
机译:
衰减器下电动力学性能变化对螺旋TWT参数的影响
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
attenuators;
slow wave structures;
attenuator;
broadband TWT;
coupling impedance;
electrodynamics performances;
helix TWT;
phase velocity;
slow-wave structure;
traveling-wave tube;
a coupling impedance.;
a helix SWS;
a phase velocity of a wave;
an attenuator;
18.
Effect of ion bombardment on the field emission of a zinc oxide cathode
机译:
离子轰击对氧化锌阴极场发射的影响
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
cathodes;
current density;
electron field emission;
vacuum microelectronics;
work function;
zinc;
current 5 muA;
emission current density;
field emission;
field enhancement factor;
ion bombardment;
screen printed tetrapod zinc oxide cathodes;
surface composition;
zinc oxide cathode;
FN-plot;
Zinc oxide;
19.
Enhanced field emission of tetrapod zinc oxide in methane
机译:
提高甲烷四叠氮氧化锌的场发射
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
II-VI semiconductors;
binding energy;
curve fitting;
field emission;
nanostructured materials;
organic compounds;
wide band gap semiconductors;
work function;
zinc compounds;
ZnO;
gas adsorption;
methane pressure;
nanoscale material;
surface binding energy;
tetrapod zinc oxide;
tetrapod ZnO;
20.
A design study of a permanent magnet quadrupole focused helix traveling-wave tube
机译:
永久磁铁四极聚焦螺旋行波管的设计研究
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
permanent magnets;
travelling wave tubes;
MICHELLE 3D;
PMQ focusing;
PMQ lattice;
current 0.81 A;
electron transport code;
elliptical beam;
helical traveling-wave circuit;
particle simulations;
periodic permanent magnet quadrupole lattices;
permanent magnet quadrupole focused helix traveling-wave tube;
voltage 16 kV;
Permanent magnet quadrupole focusing;
TWT;
traveling-wave tube;
21.
Improvement of the field-emission characteristics of a cold cathode with nano particles
机译:
用纳米颗粒改善冷阴极的场 - 排放特性
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
cathodes;
electron field emission;
nanoparticles;
vacuum microelectronics;
carbon nanotube cathode;
cathode electrode;
cold cathode;
conductivity;
field-emission cathode;
22.
Computational modeling of field enhancement in an individual carbon nanotube field emitter system
机译:
单个碳纳米管场发射器系统中现场增强的计算建模
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
carbon nanotubes;
field emission;
CNT radius;
anode-cathode separation distance;
carbon nanotube field emitter system;
field enhancement;
system electrostatics;
CNTs;
MEMS;
Microelectromechanical Systems;
Modeling;
Simulation;
Single Emitter;
23.
Experimental progress on the development of a multiple-beam klystron with 13 bandwidth
机译:
具有13%带宽的多梁klystron开发的实验进展
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
amplifiers;
electron guns;
klystrons;
18-beam electron gun operating;
3D electromagnetic simulation;
3D particle code;
MICHELLE;
S-band;
amplifier;
design prediction;
experimental progress;
measured gun voltage-current characteristics;
multiple-beam klystron;
broad bandwidth;
24.
Role of amorphous phase in electron emission from ferroelectric copolymer P(VDF-TrFE) films
机译:
非晶相在铁电共聚物P(VDF-TRFE)薄膜中的作用
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
amorphous state;
electron field emission;
ferroelectric thin films;
polymer blends;
polymer films;
spin coating;
amorphous phase;
electron emission;
ferroelectric copolymer films;
film crystallinty;
Ferroelectric copolymer;
polarization reversal;
25.
Numerical simulation of amplification in hybrid planar ubitron
机译:
杂交平面ubitron中扩增的数值模拟
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
masers;
microwave tubes;
free electron maser;
hybrid planar ubitron;
microwave amplification;
magnetoresonant gain;
nonlinear regime;
26.
Performance of Tungsten wire reservoir cathodes
机译:
钨丝储层阴极的性能
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
cathodes;
porous materials;
tungsten;
Tungsten wire reservoir cathode;
porosity cathodes;
tungsten wires;
very uniform current emission;
cathode;
controlled porosity;
electron gun;
27.
Performance analysis of satellite payload output sections based on Multiport Amplifiers
机译:
基于多端口放大器的卫星有效载荷输出部分性能分析
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
microwave amplifiers;
power amplifiers;
satellite communication;
travelling wave amplifiers;
travelling wave tubes;
DC-RF power efficiency;
multiport amplifiers;
power consumption;
reconfigurable telecommunication satellite;
satellite payload;
traveling wave tubes;
C/I;
Multiport Amplifier;
Travelling-wave Tube Amplifier;
28.
Design and simulation of 30GHz 4 Cavities Gyroklystron
机译:
30 GHz 4洞陀螺克利克朗的设计与仿真
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
gyrotrons;
klystrons;
magnetic fields;
4 cavities gyroklystron;
beam-wave interaction;
current 15 A;
gain 3 dB;
gain 33 dB;
magnetic field;
power 170 W;
power 340 kW;
voltage 72 kV;
Bandwidth;
Cavity;
Gyroklystron;
Power;
gain;
29.
Measurement and analysis of advanced field emitting cold cathodes
机译:
发光冷阴极的先进场测量与分析
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
cathodes;
copper;
electron field emission;
etching;
Cu;
chemical etching;
electric discharge machining;
field emitting cold cathodes;
knife-edge structure;
local emission current;
transfer matrix method;
Field emission;
cold cathode;
emission area ratio;
field enhancement;
30.
Application and validation of Microwave Tube Simulator Suite
机译:
微波管模拟器套件的应用与验证
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
electrical engineering computing;
microwave tubes;
software packages;
travelling wave tubes;
RF circuits;
collector;
electron beam;
electron gun;
full-featured software package;
interface module;
microwave tube analysis;
microwave tube simulator suite;
simulation based design;
traveling wave tubes;
TWT;
microwave tube;
31.
Microwave sintering and field emission property of CNTs/diamond composite
机译:
CNT /金刚石复合材料的微波烧结和现场排放性能
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
carbon nanotubes;
composite materials;
diamond;
field emission;
furnaces;
scanning electron microscopy;
sintering;
C;
binding energy;
carbon nanotubes/diamond composite;
carbonization;
common tube furnace;
field emission property;
microwave sintering;
CNTs/diamond composite;
32.
Improving the linearity and output power of a Ku-band TWT by optimizing electron beam radius and helix structure
机译:
通过优化电子束半径和螺旋结构,提高KU波段的线性和输出功率
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
microwave tubes;
travelling wave tubes;
Ku-band TWT;
electron beam radius optimisation;
helix structure;
Linearity;
Output power;
TWT;
33.
Interaction simulation of an X-band sheet beam klystron
机译:
X波段梁klystron的交互仿真
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
klystrons;
3D particle-in-cell code;
X-band sheet beam klystron;
beam-wave interaction;
interaction simulation;
nonlinear calculation;
periodic cusped magnetic field;
3D PIC simulation;
X-band;
extended interaction cavity;
sheet beam klystron;
three-cell;
34.
Surface flashover performance of alumina insulators at high voltage microsecond pulses in vacuum
机译:
真空高压微秒脉冲处的氧化铝绝缘子的表面闪络性能
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
alumina;
ceramic insulators;
chromium compounds;
flashover;
vacuum breakdown;
vacuum insulation;
Allt;
subgt;
2lt;
/subgt;
Olt;
subgt;
3lt;
/subgt;
Crlt;
subgt;
2lt;
/subgt;
Olt;
subgt;
3lt;
/subgt;
cathode-triple-junction fields;
ceramics insulators;
metal electrode geometry;
residual gas pressure;
surface flashover;
voltage hold-off capability;
Vacuum;
alumina insulators;
flashover hold-off voltage;
pulsed high voltage;
35.
Modeling of an inductive output tube with the MAGIC simulation code
机译:
具有魔法仿真代码的电感输出管的建模
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
digital simulation;
electron beams;
electron guns;
electronic engineering computing;
MAGIC simulation code;
beam collection;
bunched beams;
bunched electrons beam;
gridded electron gun;
inductive output tube;
multistage depressed collector;
particle-in-cell code;
rf field;
IOT;
Klystrode;
MAGIC simulation;
RF-beam interaction;
gridded gun;
multi-stage depressed collector;
36.
Design of a G-band sheet-beam Extended-Interaction Klystron
机译:
G波段表梁扩展交互Klystron设计
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
electron beams;
klystrons;
microwave integrated circuits;
G-band sheet-beam extended-interaction klystron circuit design;
current 520 mA;
gain 41.6 dB;
particle-in-cell code MAGIC-3D;
power 25 mW;
power 453 W;
sheet-electron beam;
voltage 16.5 kV;
EIK;
Extended-Interaction Klystrons;
G-band;
Sheet beam;
amplifiers;
electron gun;
37.
Conceptual design of a 1MW 175MHz CW magnetron
机译:
1MW 175MHz CW磁控管的概念设计
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
magnetrons;
particle accelerators;
CW magnetron;
RF power sources;
conceptual design;
frequency 175 MHz;
power 1 MW;
Magnetron;
Tetrode amplifier;
38.
Growth rate of the Coaxial Slow Wave Structure
机译:
同轴慢波结构的生长速度
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
Maxwell equations;
Newton method;
coaxial waveguides;
electron beams;
slow wave structures;
beam current;
coaxial slow wave structure growth rate;
electron kinetic energy;
relativistic Newton equation;
small signal linear assumption;
driving Maxwell equations;
growth rate;
relativistic Newton's equation;
39.
Applications and current status of the finite-element MICHELLE gun #x00026; collector simulation code
机译:
有限元米歇尔枪和收集器仿真代码的应用和当前状态
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
electron guns;
finite element analysis;
particle accelerators;
MICHELLE code;
MICHELLE collector;
MICHELLE gun;
RF electron gun;
finite-element electrostatic particle in cell code;
ion thruster;
particle beam collection;
particle beam formation;
particle beam transport;
photocathodes;
40.
Determine the dispersion relation of an A6 magnetron using conformal finite difference time domain method
机译:
使用保形有限差分时间域法确定A6磁控管的色散关系
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
dispersion (wave);
finite difference time-domain analysis;
finite element analysis;
magnetrons;
A6 relativistic magnetron;
Dey-Mittra algorithm;
FDTD method;
SUPERFISH calculation;
conformal finite difference time domain method;
dispersion relation;
finite element method;
A6 magnetron;
CFDTD;
Dey-Mittra;
FEM;
FFT;
41.
Cathode manufacturing relational data collection and process control system
机译:
阴极制造关系数据收集和过程控制系统
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
cathodes;
electron tube manufacture;
microwave tubes;
process monitoring;
relational databases;
statistical process control;
cathode manufacturing relational data collection;
customized reporting software;
microwave vacuum electron device industry;
multilayered relational database;
process control system;
purchased reporting software;
42.
Effect of evaporation on the field emission of a carbon nanotube cathode
机译:
蒸发对碳纳米管阴极场发射的影响
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
carbon nanotubes;
current density;
field emission;
scanning electron microscopy;
C;
carbon nanotube cathode;
emission current density;
field enhancement factor;
temperature 1323 K;
time 100 h;
Carbon nanotube;
Evaporation;
43.
Design of an overmoded W-band TWT
机译:
设计超时的W波段TWT
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
cavity resonators;
computational electromagnetics;
microwave propagation;
travelling wave tubes;
Ku band;
X band;
delectric loading;
overmoded W-band travelling wave tube;
resonant cavity;
MAGIC3D;
TWT;
W-Band;
ladder circuit;
overmoded;
44.
A study of nonlinear oscillation behavior of a driven gyrotron backward-wave oscillator
机译:
驱动陀螺旋转波振荡器的非线性振荡行为研究
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
amplifiers;
backward wave oscillators;
gyrotrons;
injection locked oscillators;
amplifier;
driven gyrotron backward-wave oscillator;
injection-locking oscillator;
mode competition;
nonlinear oscillation behavior;
nonlinear self-consistent time-independent code;
gyrotron backward-wave oscillator;
injection-locking;
nonlinear oscillation;
45.
Mechanism of efficiency enhancement in split-cavity electron-wave oscillators
机译:
分裂腔电子波振荡器效率增强机理
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
electron wave tubes;
oscillators;
RF electric fields;
TM010 mode;
bisected cavity;
conversion efficiency;
efficiency enhancement;
phase synchronization process;
split-cavity electron-wave oscillator;
two-fold enhancement;
electron bunching;
microwave generation;
monotron;
split-cavity oscillator;
transit-time tube;
46.
Impedance calculation of helical slow-wave structure using HFCS-I and MAFIA
机译:
使用HFCS-I和黑手党的螺旋慢波结构阻抗计算
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
electromagnetic fields;
slow wave structures;
HFCS-I;
MAFIA;
discrete electromagnetic field;
helical slow-wave structure;
impedance calculation;
nonresonant perturbation;
helical SWS;
impedance characteristics;
non-resonant perturbation method;
47.
Investigation of vircator with time-frequency analysis
机译:
时频分析驾驶员研究
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
time-frequency analysis;
vircators;
frequency sensitivity;
frequency spectrum;
microwave pulse;
precise measurement;
time-resolved spectrum;
vircator;
virtual cathode oscillator;
high-power microwaves;
48.
Evolutionary Algorithms and high efficiency multiple beam klystron (MBK) design
机译:
进化算法和高效率多光束Klystron(MBK)设计
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
evolutionary computation;
klystrons;
optimisation;
evolutionary algorithms;
interaction structure;
multiple beam klystron;
optimization;
MBK;
evolutionary algorithm;
high efficiency;
klystron;
49.
The study of dispersion shaping and harmonic suppression in helix TWT
机译:
螺旋TWT中分散塑性和谐波抑制研究
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
dispersion (wave);
travelling wave tubes;
dispersion shaping;
harmonic suppression;
helix TWT;
helix traveling-wave tube;
negative dispersion;
slow-wave structure;
helix;
traveling-wave tube;
50.
Development of DBS band 750W TWT
机译:
DBS带750W TWT的开发
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
millimetre wave tubes;
satellite communication;
travelling wave tubes;
C-band;
DBS band TWT;
Ku-band;
air cooling;
frequency 17.3 GHz to 18.4 GHz;
power 750 W;
power conduction;
750W;
DBS;
TWT;
51.
Simple model of an inductive output tube
机译:
Incuctive输出管的简单模型
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
electron guns;
microwave tubes;
computer modelling;
inductive output tube;
klystrons;
microwave tube;
IOT;
52.
Design of asymmetrical electron beam devices using computer optimization
机译:
使用计算机优化设计不对称电子束装置
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
electron beams;
iterative methods;
klystrons;
optimisation;
asymmetrical electron beam devices;
complex geometries;
computer optimization;
iterative computational design;
multiple beam klystrons;
sheet beam;
electron guns;
multiple beam;
sheet beams;
53.
Double-gap vircator operation at sub-microsecond pulse duration
机译:
分段脉冲持续时间的双间隙驾驶员操作
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
cathodes;
electron accelerators;
electron beams;
electron emission;
oscillators;
vircators;
SINUS-7 accelerator;
double gap vircator operation;
high current electron beam;
planar diode;
relativistic electron beam;
single mode two section rectangular RF cavity;
submicrosecond pulse duration;
time 500 ns;
voltage 550 kV;
54.
Design and operation of a high power, high efficiency, L-band multiple beam klystron
机译:
设计和运行大功率,高效率,L波段多光束klystron
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
X-ray production;
accelerator RF systems;
free electron lasers;
klystrons;
DESY;
European XFEL;
L-band;
VKL-8301B;
frequency 1300 MHz;
high power multiple beam klystron;
power 11 MW;
klystron;
multiple beam;
55.
Development of a C-band broadband klystron
机译:
开发C波段宽带Klystron
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
klystrons;
C-band broadband klystron;
bandwidth 400 MHz;
beam-to-RF conversion efficiency;
power 800 kW;
size 702 mm;
Broadband klystron;
C-band;
Filter-loaded RCCO Circuit;
Simulation results;
Test results;
56.
Grid computing Finite Element electromagnetic analysis of TWT slow-wave structures
机译:
电网计算有限元电磁分析TWT慢波结构
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
electrical engineering computing;
finite element analysis;
grid computing;
microwave tubes;
slow wave structures;
TWT helix slow-wave structure;
distributed GRID computing environment;
finite element electromagnetic analysis;
travelling wave tubes;
SWS;
cold test;
finite element;
57.
Field emission performance of nanostructured carbon films
机译:
纳米结构碳膜的场发射性能
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
field emission;
nanostructured materials;
carbon emission sites;
current driving capability;
current driving stability;
elective material;
electron emission current density;
fatigue effects;
field emission performance;
low voltage operation;
n-type NCD films;
nanostructured carbon films;
nitrogen content;
nitrogen induced morphology;
partial orientation;
planar electrode;
plane diamond domains;
stable cold cathodes;
threshold electric field;
threshold field;
vertical electrode;
nanostructured carbon;
58.
Low voltage driven field emission from a ZnO nanotetrapod and MgO hybrid emitter with a spin-coating method
机译:
具有旋转涂布法的ZnO纳米纳米塔涂料和MgO混合发射器的低电压驱动场发射
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
electric fields;
field emission;
magnesium compounds;
nanotechnology;
spin coating;
zinc compounds;
MgO;
ZnO;
hybrid field emitters;
nanotetrapod;
spin-coating method;
turn-on electric field;
Magnesium Oxide;
Zinc Oxide;
59.
Thermal management: Effect of heater geometry on a dispenser cathode temperature
机译:
热管理:加热器几何体在分配器阴极温度下的影响
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
cathodes;
heat transfer;
thermal management (packaging);
cathode heater;
cathode surface;
conduction heat transfer theory;
dispenser cathode temperature;
heater bucket diameters;
heater coil configurations;
heater geometry;
heater wire;
thermal management;
wire diameter;
cathode temperature;
dispenser cathode;
60.
Characterization of scandate cathode emission
机译:
Scandate阴极发射的表征
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
cathodes;
doping;
scandium;
thermionic emission;
Longo-Vaughan equation;
Sc;
emission properties;
scandate cathode emission;
scandia doped dispenser cathode;
scandate cathode;
work function;
61.
High current density and long life nanocomposite scandate dispenser cathode fabrication
机译:
高电流密度和长寿命纳米复合材料丝液分配器阴极制造
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
nanocomposites;
nanoparticles;
scandium compounds;
sol-gel processing;
thermionic cathodes;
thermionic emission;
tungsten;
Sc2O3-doped tungsten matrices;
Sclt;
subgt;
2lt;
/subgt;
Olt;
subgt;
3lt;
/subgt;
emission properties;
high current density thermionic cathodes;
long life nanocomposite scandate dispenser cathode fabrication;
nano Sc2O3-doped W powder;
nanosize tungsten grains;
sol-gel method;
Nanosize;
Sclt;
infgt;
2lt;
/infgt;
Olt;
infgt;
3lt;
/infgt;
-doped W;
current density;
62.
Investigation of Y
2
O
3
-Mo emitter
机译:
y
2 INF>
3 INF> -mo发射器的研究
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
secondary electron emission;
thermionic emission;
yttrium compounds;
Ylt;
subgt;
2lt;
/subgt;
Olt;
subgt;
3lt;
/subgt;
-Mo emitter;
Ylt;
subgt;
2lt;
/subgt;
Olt;
subgt;
3lt;
/subgt;
Mo;
secondary emitter;
thermionic emitter;
Ylt;
infgt;
2lt;
/infgt;
Olt;
infgt;
3lt;
/infgt;
-Mo;
emitter;
secondary emission;
63.
Particle-in-cell simulation of helix traveling-wave tube
机译:
螺旋行波管的粒子细胞仿真
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
electrical engineering computing;
travelling wave tubes;
2.5-D electromagnetic particle-in-cell code;
PIC code MAGIC;
helix traveling-wave tube;
nonlinear beam-wave interaction;
nonlinear process;
beam-wave interaction;
nonlinear;
particle-in-cell;
64.
Modeling and design of high-power single-beam and multiple-beam Inductive Output Tubes
机译:
大功率单梁和多光束电感输出管的建模与设计
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
UHF generation;
microwave tubes;
radio broadcasting;
radiowave propagation;
time-domain analysis;
code TESLA;
electromagnetic codes;
high power single beam inductive output tube;
multiple beam inductive output tube;
terrestrial UHF broadcast application;
Inductive Output Tube;
Multiple-Beam;
PIC;
65.
Equivalent circuit analysis of out-loaded cavity
机译:
输出腔的等效电路分析
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
Q-factor;
equivalent circuits;
integrated circuit modelling;
klystrons;
numerical analysis;
cavity frequency;
klystron;
numerical simulation;
out-loaded cavity;
parallel equivalent circuit model;
quality factor;
Equivalent circuit;
66.
Design and fabrication of pole-controlled electron gun in PPM
机译:
PPM中杆控制电子枪的设计与制造
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
electron guns;
permanent magnets;
travelling wave tubes;
PPM;
electron gun geometry;
hollow-beam electron gun;
periodic permanent magnet;
pole-controlled electron gun;
pulse TWT;
pulse electron gun;
traveling wave tubes;
grid-controlled electron gun;
high power pulse TWT;
67.
Design and operation of a 2.5 MW, PPM focused X-band klystron
机译:
2.5 MW的设计和操作,PPM聚焦X波段Klystron
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
klystrons;
PPM focused X-band klystron;
frequency 9300 MHz;
periodic permanent magnet focusing;
power 2.5 MW;
PPM focusing;
klystron;
68.
Design and test of a 90 kV, low emittance, gridded gun
机译:
设计和测试90 kV,低粘合,挤出枪
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
electron guns;
Calabazas Creek Research Inc;
accelerators;
asan injector;
current 1 A;
electron gun;
frequency 36.67 MHz;
low emittance gridded gun;
time 10 mus;
voltage 90 kV;
accelerator;
emittance;
69.
Simulations of terahertz coherent transition radiation by an ultrashort bunch generated from the photocathode
机译:
从光电阴极产生的超短束的太赫兹相干过渡辐射模拟
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
digital simulation;
electronic engineering computing;
photocathodes;
3D simulation;
field distribution;
photocathode;
terahertz coherent transition radiation;
PIC simulations;
Ultrashort Bunch;
70.
Study of the performance comparison between micro-chamber quadrupole mass spectrometer and miniature quadrupole mass spectrometer
机译:
微室四极谱质谱仪和微型四极孔质谱仪性能比较研究
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
mass spectrometer accessories;
microchamber quadrupole mass spectrometer;
miniature quadrupole mass spectrometer;
performance comparison;
outer space;
quadrupole mass filter;
71.
TESLA modeling of the linear-beam amplifiers
机译:
线性光束放大器的特斯拉建模
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
amplifiers;
klystrons;
TESLA modeling;
large-signal code;
linear-beam amplifiers;
multiple-beam klystrons;
inductive output tubes;
single-beam and multiplebeams devices;
72.
Calculation of reflection factor H
0i
- waves of a round waveguide from a dielectric window with a compensating groove
机译:
用补偿槽从电介质窗口滚动波导的反射因子H
- 波的计算
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
dielectric waveguides;
reflection;
compensating groove;
dielectric window;
irregular wave guides;
partial dielectric filling;
reflection factor;
reflector compensating reflection;
round wave guide;
round waveguide;
hollow irregular waveguide;
mathematical model operation;
73.
Superradiance mechanism in the sectionalized relativistic BWO and TWT
机译:
SuperRadiance机制在划分的相对论BWO和TWT中
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
backward wave oscillators;
electron beams;
slow wave structures;
superradiance;
travelling wave tubes;
BWO;
TWT;
accelerating voltage;
accumulation energy;
electromagnetic impulse interaction;
electron beam;
electron impulse;
slow-wave system;
modulated voltage;
sectionalized irregular slow-wave system;
74.
Applying microfabrication to helical vacuum electron devices for THz applications
机译:
将微制造应用于螺旋真空电子器件,用于THz应用
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
backward wave oscillators;
lithography;
microfabrication;
slow wave structures;
submillimetre wave amplifiers;
vacuum microelectronics;
Au;
C;
THz amplifier;
THz frequency band;
backward wave oscillator;
beam current;
diamond box;
electron beam;
frequency 650 GHz;
gold wire;
helical THz vacuum electron devices;
helical slow wave circuit;
microfabrication technology;
multioctave bandwidth;
thin diamond sheet;
traveling wave tubes;
BWO;
CVD diamond;
THz;
TWT;
75.
Vacuum Microwave Integrated Circuits for radar RF front-end
机译:
雷达RF前端的真空微波集成电路
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2009年
关键词:
microwave integrated circuits;
vacuum microelectronics;
radar RF front-end;
vacuum microwave electronics;
vacuum microwave integrated circuits;
Microwave Vacuum Electronics;
Radar Front-End;
Resistance against ionizing radiation;
76.
Dielectric properties measurements of FC-75
机译:
FC-75的介电特性测量
作者:
Yadav Vivek
;
Sharan Sudeep
;
Kumar Nitin
;
Alaria M. K.
;
Nayek Narugopal
;
Das Subrata
;
Deorani S. C.
;
Sinha A. K.
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
关键词:
Dielectric constant;
a.c. conductivity;
dielectric loss;
gyrotron;
relaxation time;
77.
Vacuum processing of 42 GHz, 200 kW CW/long-pulse gyrotron
机译:
真空处理42 GHz,200 kW CW /长脉冲陀螺仪
作者:
Rao R. Ranga
;
Kumar Narendra
;
Prakash Ravi
;
Singh Udaybir
;
Alaria M. K.
;
Sinha A. K.
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
关键词:
Gyrotron;
Heat treatment;
Vacuum conditioning;
vacuum processing;
78.
Investigation of discharge parameters in Xenon filled coaxial DBD tube
机译:
氙填充同轴DBD管中放电参数的研究
作者:
Pal U. N.
;
Gulati P.
;
Kumar Niraj
;
Kumar M.
;
Tyagi M. S.
;
Meena B. L.
;
Sharma A. K.
;
Prakash Ram
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
关键词:
Higher pressure plasma;
dielectric barrier discharge;
equivalent capacitance;
ignition and extinction of discharge;
nonequilibrium discharge;
nonthermal discharge;
79.
Cold test of slow wave structure with modified photonic band gap
机译:
改进的光子带隙慢波结构的冷测试
作者:
Gao Xi
;
Li Simin
;
Cao Weiping
;
Jiang Yannan
;
Yu Xinhua
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
关键词:
TM01-like mode;
cold test;
dispersion curve;
modified photonic band gap;
80.
Measurement of surface roughness effects on conductivity in the terahertz regime with a high-Q quasioptical resonator
机译:
利用高Q Quasootical谐振器测量太赫兹制度在太赫兹方案中的电导率的测量
作者:
Yang Benjamin B.
;
Katz Sarah L.
;
Booske John H.
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
关键词:
conductivity;
resonator;
submillimeter waves;
surface roughness;
terahertz;
81.
Effect of plasma on the gain coefficient of Compton/ Raman amplifier
机译:
等离子体对康普顿/拉曼放大器增益系数的影响
作者:
Maheshwari K. P.
;
Malav Harish
;
Choyal Y.
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
关键词:
Compton amplifier;
Microwave radiation sources;
Plasma filled sources;
Raman amplifier;
82.
Analysis of two dimensional metal electromagnetic band gap (EBG) structure using finite difference time domain method
机译:
使用有限差分时间域法分析二维金属电磁带隙(EBG)结构
作者:
Thottappan M.
;
Jain P. K.
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
关键词:
Electromagnetic Band Gap (EBG);
Finite Difference Time Domain (FDTD);
Metal EBG;
Square Lattice;
83.
Prediction of thermal contact resistances and temperature distribution at different joints in helix traveling-wave tubes
机译:
螺旋行波管不同关节热接触电阻和温度分布的预测
作者:
Gahlaut Vishant
;
Sharma R. K.
;
Sharma S. M.
;
Srivastava V.
;
Ghosh S. K.
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
关键词:
COSMOS;
helix bundle;
thermal resistance;
traveling wave tube;
84.
The derivation of space-charge-limited current between concentric sphere
机译:
同心球之间的空间电荷限制电流的推导
作者:
Fei Li
;
Liu Xiao
;
Pu-Kun Liu
;
Hong-Xia Yi
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
关键词:
concentric sphere;
first principle;
space-charge-limited current;
85.
Mode selection and resonator design studies of a 95 GHz, 100 KW, CW Gyrotron
机译:
模式选择和谐振器设计研究95 GHz,100 kW,CW陀螺仪
作者:
Krishna P. Vamshi
;
Kartikeyan M. V.
;
Thumm M.
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
关键词:
ECRH;
ECRIS;
Gyrotrons;
86.
Microfabrication of W-band folded waveguide slow wave structure using DRIE and UV-LIGA technology
机译:
使用DRIE和UV-LIGA技术的W波段折叠波导慢波结构的微细加工
作者:
Li Hanyan
;
Feng Jinjun
;
Bai Guodong
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
关键词:
Microfabrication;
UV-LIGA;
deep reactive ion etching (DRIE);
folded waveguide;
optical lithography technology;
87.
Beam transport modeling of PPM focused THz sheet beam TWT circuit
机译:
PPM聚焦THz梁梁TWT电路光束传输建模
作者:
Baig Anisullah
;
Wang Jian-Xun
;
Barnett Larry R.
;
Luhmann Neville
;
Shin Young-Min
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
关键词:
Beam Transport;
PPM Focusing;
Sheet Beam;
SmCo/NdFeB;
88.
Design of a TM
01
-TE
11
circular bend mode converter operating at 3 GHz
机译:
TM
01 INF> -TE
11 INF>循环弯曲模式转换器在3 GHz下运行
作者:
Prasad K. Shiva Sai
;
Singh Shiv Aasheesh
;
Shanmukha S. S.
;
Seshadri R.
;
Kartikeyan M. V.
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
关键词:
circular bend;
mode converter;
mode theory;
power handling;
vircator;
89.
Preparation of high field emission current carbon nanotubes by chemical-vapor deposition
机译:
化学 - 气相沉积的高场发射电流碳纳米管的制备
作者:
Gao Feng
;
Xiao Mei
;
Zhang Xiaobing
;
Lei Wei
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
关键词:
Carbon nanotubes;
chemical vapor deposition;
field emission;
sputtering time;
90.
Two-dimensional electromagnetic Child-Langmuir law of a short-pulse electron flow
机译:
短脉冲电子流量的二维电磁儿童 - 朗美法
作者:
Liu Yao Li
;
Tai Ling Chieh
;
Chen Shih Hung
;
Ang Lay Kee
;
Koh Wee Shing
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
关键词:
Electron tubes;
High-voltage diodes;
Space-charge-dominated beams;
91.
Emission characteristics of nanosized-scandia doped dispenser cathodes at different operating modes
机译:
不同操作模式下纳米鳞片掺杂分配器阴极的排放特性
作者:
Wang Yiman
;
Liu Wei
;
Wang Jinshu
;
Zhang Xizhu
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
关键词:
operating models;
scandate cathode;
thermionic emission;
vacuum electron devices;
92.
Radar transmitter-HV engineering, crowbar design and environmental qualification — A case study
机译:
雷达变送器-HV工程,撬棍设计和环境资格 - 案例研究
作者:
Moorthy J. Sundara
;
Rao P. Mohan
;
Ramudu Raghu
;
Rao T. V. Prakash
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
93.
On the turn-on field of carbon nanotube cathode
机译:
在碳纳米管阴极的开启场上
作者:
Chung Shen Shou Max
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
关键词:
carbon nanotube;
cathode;
current density;
field emission;
turn-on field;
94.
Temperature dynamic response of slow-wave structure of space traveling wave tube
机译:
空间行驶波管慢波结构的温度动态响应
作者:
Zhao Xingqun
;
Wan Suiren
;
Wei Yixue
;
Bai Ningfeng
;
Zhao Shilu
;
Yan Tiechang
;
Sun Xiaohan
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
关键词:
dynamic response;
slow-wave structure;
thermal condition;
95.
Design studies of a 460 GHz, 30–50 W, CW second harmonic gyrotron
机译:
460 GHz,30-50 W,CW二次谐波陀螺的设计研究
作者:
Jain Chinmay A.
;
Verma Ankit
;
Kumar Ashish
;
Kartikeyan M. V.
;
Borie E.
;
Thumm M.
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
关键词:
DNP/NMR Experiments;
Second Harmonic Gyrotrons;
96.
Efficient 2.5-D non-stationary simulations of a helix TWT
机译:
高效的2.5-D螺旋TWT的非静止模拟
作者:
Bernardi Pierre
;
Andre Frederic
;
Bariou David
;
David Jean-Francois
;
Le Clair Alain
;
Doveil Fabrice
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
关键词:
Electromagnetic modeling;
microwave amplifiers;
stability;
time domain analysis;
97.
Design studies of the output system of a 95 GHz, 100 KW, CW Gyrotron
机译:
95 GHz,100 kW,CW陀螺仪的输出系统的设计研究
作者:
Krishna P. Vamshi
;
Kartikeyan M. V.
;
Thumm M.
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
关键词:
ECRH;
ECRIS;
Gyrotrons;
Output System;
98.
Influence of plasma spraying on emission of oxide cathode
机译:
等离子体喷涂对氧化物阴极发射的影响
作者:
Zhang Min
;
Wang Xiaoxia
;
Luo Jirun
;
Zhao Qinglan
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
关键词:
emission current density;
oxide cathode;
plasma spraying;
99.
Plasmonic metamaterial: With cut-wire and Labyrinth resonators at Ka-band
机译:
等压超材料:KA波段的剪切线和迷宫谐振器
作者:
Kar Subal
;
Roy Tapashree
;
Pal Souvik
;
Gangooly Promit
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
100.
GPU-accelerated 3D time-domain simulation of vacuum electron devices
机译:
真空电子器件的GPU加速3D时域模拟
作者:
Cooke Simon J.
;
Vlasov Alexander N.
;
Levush Baruch
;
Chernyavskiy Igor A.
;
Antonsen Thomas M.
会议名称:
《IEEE International Vacuum Electronics Conference》
|
2011年
关键词:
ADI-FDTD;
particle-beam;
slow-wave;
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