диафрагмированные волноводные фильтры / c03755fa-1ee3-48cc-aaec-a4f0c2c3e492

International Advisory Committee

Co-Chairs:

Prof. Akira Ishimaru, Univ. of Washington, USA

Prof. SHA Zong, CIE, China

Prof. ZHANG Minggao, CRIRP, China

Members:

Prof. Makoto Ando, Tokyo Institute of Technology, Japan Prof. Y. M.M. Antar, Royal Military College of Canada Prof. Constantine Balanis, Arizona State University, USA Prof. Marek E. Bialkowski, Univ. of Queensland, Australia Dr. Trevor S. Bird, CSIRO Industrial Physics, Australia Prof. Wolfgang-Martin Boerner, Univ. of Illinois at Chicago Prof. Chi-Hou Chan, City University of Hong Kong

Prof. Dau-Chyrh Chang, Da Yeh University

Prof. Hung-Chun Chang, National Taiwan University Prof. Nader Engheta, University of Pennsylvania, USA Prof. Hyo J. Eom, Korea Advanced Inst. of Sci. & Tech. Prof. Cynthia Furse, University of Utah, USA

Prof. Yoji Furuhama, Elecro Design Center, Japan

Prof. Roberto Graglia, Polytechnic Institute of Torino, Italy Prof. Susan Hagness, Univ. of Wisconsin at Madison, USA Prof. Peter S. Hall, Univ. of Birmingham, UK

Prof. Powen Hsu, National Taiwan University

Prof. Akira Ishimaru, University of Washington, USA Prof. Koichi Ito, Chiba University, Japan

Prof. Tatsuo Itoh, UCLA, USA

Prof. David Jackson, University of Houston, USA Prof. Per-Simon Kildal, Chalmers University, Sweden, Prof. Dong Il Kim, Korea Maritime University, Korea

Prof. Bumman Kim, Pohang Univ. of Sci. & Tech., Korea Prof. Ismo V. Lindell, Helsinki Univ. of Technology, Finland Prof. Kwai-Man Luk, City University of Hong Kong

Dr. Peter de Maagt, European Space Agency

Prof. Wolfgang Menzel, University of Ulm, Germany Prof. Petrie Meyer, University of Stellenbosch

Prof. Hisamatsu Nakano, Hosei University, Japan Prof. Robert Nevels, Texas A&M University, USA

Prof. Dong Chul Park, Chungnam Nationall Univ., Korea Prof. G. Pelosi, Univ. of Florence, Italy

Prof. Andrew F. Peterson, Georgia Tech University, USA Prof. Alain Priou, Univ. of Paris X, France

Prof. Yahya Rahmat-Samii, UCLA, USA

Dr. Antoine Roederer, ESTEC-ESA

Prof. M. Salazar-Palma, Univ. Carlos III de Madrid, Spain Prof. Tapan Sarkar, Syracuse University, USA

Prof. Kunio Sawaya, Tohoku Univ., Japan

Prof. Ari Sihvola, Helsinki Univ. of Technology, Finland Dr. Walid Tabbara, Supelec, France,

Prof. Manos M. Tentzeris, Georgia Institute of Technology Prof. P. L. E. Uslenghi, Univ. of Illinois, USA

Prof. Ruediger Vahldieck, ETH Zentrum, Switzerland Prof. Yiannis C. Vardaxoglou, Loughborough Univ., UK Prof. John Volakis, Ohio State Univ., USA

Prof. Douglas Werner, Pennsylvania State University

Dr. Phil Wilkinson, IPS Radio & Space Services, Australia Prof. Kiyotoshi Yasumoto, Kyushu University, Japan Prof. Richard Ziolkowski, Univ. of Arizona, USA

Prof. Said Zouhdi, Univ. Pierre et Marie Curie, France

Sessions

A. Antennas

A1. Antennas in Mobile Communication		A7.	Multi-Band & Wideband Antennas: II
A2. Aperture Antennas & Millimeter Wave		A8.	Multi-Band & Wideband Antennas: III
A3. Array Antennas		A9.	Reflector Lens Antennas & Feeds
A4.	Circular Polarization & Beam Control	A10. Synthesis Antennas
A5.	Microstrip & Printed Antennas	A11. Wire & Slot Antennas: I
A6.	Multi-Band & Wideband Antennas: I	A12. Wire & Slot Antennas: II

B. Electromagnetic Wave Propagation

B1.	Interaction Between Wave and Plasma	B5.	Mobile Communication
B2.	Ionospheric Prediction & Propagation	B6.	Remote Sensing & Terrestrial
B3.	Ionospheric Scintillation & THz, Optical		Propagation
	Propagation	B7.	Spaceborne SAR, ISAR Imaging &
B4.Ionospheric Sounding			Compressed Sensing

C. Electromagnetic Theory

C1.Transient EM Fields, Measurement	C3.	Radar Imaging & Remote Sensing
Techniques	C4.	Metamaterials & Electromagnetic
C2.Theoretical Electromagnetics & Analytical		Bandgap Structures
Method	C5.	Rough Surfaces & Composite Scattering

D. Computation Electromagnetics

D1.	FDTD I	D4.	Integral Equation Method
D2.	FDTD II	D5.	Scattering of Complex Object & Cavity
D3.	Hybrid and Optimation Technique for	D6.	Scattering of Complex Media &
	CEM		Structure

E. Electromagnetic Compatibility

E1. Probe, Sensor, EMC Test & Measurement	E4.	EMI Prediction Analysis & Reduction
E2. Lightning, ESD & EMP & Coupling &		Technique
Crosstalk	E5.	EMC Standards & Spectrum
E3. EMC in Communications, Power		Management
Engineering and Microelectronics	E6.	Electromagnetic Environment Effects

F. Microwave Circuits & Advanced Processing

F1. Advanced Process, Packaging &		F4.	Communication & Radio Technology
	Integration Technologies	F5.	Signal Processing I
F2.	Microwave Circuits I	F6.	Signal Processing II
F3.	Microwave Circuits II

Contents

A. Antennas

A01	Design of a Compact Dual-Band Printed Monopole Antenna for WLAN Applications
	······················································· Zhu, Y., F. S. Zhang, L. Chen, et al	1
A02	Research on the High Precise Calibration of the GPS Receiving Antemma Phase Cente
	········································································································· Yang, L., T. Wei, Z. Xin	4
A03	A Well Placement Design to Improve GSM/DCS and GPS Antenna Isolation
	·························································································Hsu, W. H., S. C. Pan, Y. T. Huang	8
A04	New Dual Frequency Band Antenna for Indoor GSM/UMTS/WLAN Applications
	·······························································································Sun, L., S. G. Zhou, Q. Z. Liu	12
A05	The Pad Printing Technology Evaluation in Mobile Phone Antenna Manufacture
	··························································································· Qu, Z. C., Y. Xiong, Z. Li, et al.	15
A06	Coupling Characteristic Study of Airborne Communication Antenna under LEMP Effect
	··················································································Qin, H. C., D. L. Su, X. J. Zeng, et al.	19
A07	Calculation of Ohm Loss Efficiency for Millimetre Wave Reflector Antennas
	······························································································ Qin, S. Y., B. Du, W. J. Zhang	23
A08	Design & Measurements Techniques for Circularly Polarized, Dual Fed, High Gain,
	Lightweight, Wideband Conical Horn Antenna with Suppressed Side lobes & High
	Performance Radome for Space Applications··················································· Hasan, S. A.	26
A09	The Improvement of Lunebury Lens Antenna’s Analysis MethodWang, L. L.	30
A10	Design of a Wide Beam Millimetre-wave Antenna ·································· Dong, W., J. Miao	33
A11	Analysis and Design of Dielectric Zoned Hollow Lens Antenna at W-Band
	······················································································································ Yi, Y., W. Dou	37
A12	A Study on Circular Polarization Multi-beam Antenna at Ka BandLiu, G., W. D	41
A13	Research on Quasi-Optics and Feed Antenna for Millimeter Wave Imaging System
	··········································································· Qiu, J. H., N. N. Wang, Y. C. Zhang, et al.	45
A14	Analysis for Phase Center of Pyramidal Horn Antennas for out of Band
	················································································································Kong, R., D. L. Su	49
A15	Design of a Directional Ultra-Wideband Planar Antenna Array
	···········································································································Huang Z. H., X. Jiang	53
A16	Design of an Ultra-Wideband Antenna with Dual Band-Notched Characteristic
	······························································································· Hu, W., J. H. Zhang, F. G. Hu	57
A17	Study and Design of A Broadband Monopole Antenna Using Non-Foster Circuits
	···················································································· Zhang, F. F., B. H. Sun, K. He, et al.	60
A18	A Printed Circular Disc Monopole Antenna with Dual Band-Notched Characteristic for
	UWB Applications···························································Cui, Y., W. Wang, H. Zhang, et al.	64
A19	Notched Planar Inverted-F Antenna with Parasitic Strips for Mobile Multi-band
	Applications ··············································································································· Liu, J.	68
A20	A Wideband Stacked Plate Antenna with a U-Shaped Ground Plane for UHF CMMB
	Repeater ·································································· Wang, Z. B., S. J. Fang, S. Q. Fu, et al.	71
A21	A Compact Gourd-Shaped Dual-Band Antenna for WiMAX/WLAN Applications
	······································································································Cai, X., A. Wang, S. Gao	75

A22	A Compact CPW-Fed Finger-Shaped Antenna for UWB Application
	······································································································ Fei, P., Y. C. Jiao, W. Hu			79
A23	Singly-Fed Wang-Shaped Patch Antennas for Circular Polarization
	··········································································· Chung, K. L., C. H. Wong, and Y. S. Chan			83
A24	The Design And Simulation Of Dual-frequency Circularly Polarized Microstrip Antenna
	·························································································································· Wang, L. L.			87
A25	Monopulse Circular Polarization Radial Waveguide Slot Array Antenna at W Wave Band
	·····················································································································Lu, X., W. Dou			90
A26	Novel Compact Circularly Polarized Printed Ring Slot Antennas
	······························································································ Ye, J. F.; Y. F. Wang, J. M. Xu			94
A27	Design of Dual-Polarized Waveguide Slotted Antenna Array for Ka-band Application
	·········································································································· Cong Y. J., W. B. Dou			97
A28	A New Variable Step-Size LMS Adaptive Filtering Algorithm for Beamforming
	Technology		································································Hu, M. B., W. Tang, C. H. Cai	101
A29	A Broad-band Circularly Polarized Microstrip Antenna for Thuraya Satellite
	Communication ··················································································Ye, J. F., Wang, Y. F.			105
A30	A New Method of Matching Antenna Array Based on Coupling Impedance
	····························································································· Zhang, N., D. Yu, Y. G. Wang			108
A31	Barium Strontium Titanate (BST) Array Antenna covered with Dielectric Resonator
	Superstrates for High Gain and High Directive Antenna·······················Wee, F.H., F.Malek			112
A32	System Error Analysis and Pattern Calibration for a Planar Array Antennas
	···························································································································· He, Q. Q.			116
A33	Random Phasing in Phased Array Antennas and Dithering in DDS
	··············································································· WANG, M., W. Jiang, Y. C. Guo, et al.			120
A34	Highly Reliable & Adaptive SMART Phased Array Antenna with Gain Adjustment &
	Beam Forming Capabilities for Space Applications·········································Hasan, S. A.			124
A35	Numerical Analysis of a Novel Antenna Array for Ultra-wideband Polarization Diversity
	Appilcations ······················································································· Lu, W. J., H. B. Zhu			128
A36	Particle Swarm Optimization for Circular Array Designs in Aperture Synthesis
	Radiometers··················································································Dong, J., R. Shi, W. Lei.			132
A37	On Integrated Visual Optimization System for Large Reflector Antenna Structures
	···············································································Wang, C. S., H. J. Xu, S. F. Chen et al. 136
A38	HTc rf SQUID Magnetometer as Low Frequency Antenna
	·······················································································Tao, W., J. Gao, H. M. Pan, et al..			140
A39	Characteristic Researches on Receiving Antenna of Coal-rock Electromagnetic Emission
	·············································································· Nie, B. S., X. Q. He, W. X. Chen, et al.			144
A40	A Novel Broadband Reflectarray Antenna Using Windmill Elements
	···············································································Zhao, J. J., S. X. Gong, Y. X. Xu, et al.			148
A41	The Optimization of Contoured Beam Reflector Antenna Based on DEGL
	····················································································Zhang, T. L., Z. H. Yan, B. L. Chen			151
A42	Design of Reflectarray Antenna Element Based on Hour-Glass Shaped Coupling Aperture
	·························································································· Xiao, B. Y., G. Q. Zhang, Z. Tu			155
A43	Spatial and Angular Domain Simulation of the Feed Spillover in Compact Antenna Test
	Range	························································································Liu, X. K., S. H. Quan		159

A44	Analysis of UWB Signal Distortion in Transmitting/Receiving Antenna Systems
	························································································· Zhang, J. H., J. L. Wang, W. Hu	163
A45	A Z-shaped Band-notched Unsymmetric Monopole Antenna for Ultra-wideband
	Application····································································Zou, R., F. S. Zhang, Y. Zhu, et al.	167
A46	Design of a Simple and Compact Monopole UWB Antenna with Controllable
	Band-notched Function······································ Zhao, H., F. S. Zhang, X. K. Zhang, et al. 170
A47	Planar UWB Antenna with Notched Band Employing Embedded Open Stub
	···························································································· Li, Q., X. S. Ren, C. H. Liang	173
A48	Novel Ultrawide-band Omnidirectional Circular Disk Monopole Antenna
	······················································································ Chen, L. J., P. Y. Zhang, J. H. Qiu	177
A49	A Compact CPW-Fed Elliptical-Slot UWB Antenna with Dual Band-Notched Features
	·····························································································Li, Y. Z., C. J. Guo, Q. Cheng	181
A50	A Novel Dual-Band Printed Antenna with a Defected Ground Plane for WLAN
	Applications ··········································································Pei, J., A. G. Wang, X. T. Cai	185
A51	Compact Broad-Band Annular Ring Antenna for Global Navigation Satellite Systems
	··················································································· Zhang, H. L., X. Y. Zhang, B. J. Hu	189
A52	A Parametric Study of Helix Antenna for S-Band Satellite Communications
	···················································································Zhang, Y., Q. Ding, J. J. Chen, et al.	193
A53	Theory of Radiation as a Foundation for Antenna Miniaturization and Broadbanding Via
	Metamaterial and Slow-Wave Techniques ···················································· Wang, J. J. H.	197
A54	A Novel Compact Slot Antenna for Broadband Circularly Polarized Radiation
	·················································································Chen, Y. Y., Y. C. Jiao, G. Zhao, et al.	201
A55	A Novel Dual-Sleeve Antenna Unrelated With Ground
	······················································································ Wang, S., S. X. Gong, P. F. Zhang	205
A56	Influences of High Voltage Wires on Far-Field Antenna Measurement ···································209
A57	Runcated Tip Triangular Microstrip Patch Antanna
	················································································ Chaturvedi, A., Bhomia, Y., D. Yadav	212
A58	Analysis of Microstrip Antennas with Left-Hand Stratified Media
	··························································································Guan, C., C. Y. Yin, X. Z. Chen	215
A59	Design and Performance Analysis of the Rectangular Spiral Microstrip Antenna and Its
	Array Configuration ······························ Haque, M. T. I., M. S. Islam, M. K. Hosain, et al.	219
A60	Analyse Multilayers or Stacked Micostrip Patch Antennas with SIE
	························································································ Wang, Y. B., Z. Song, H. M. Ma	222
A61	A Wideband Aperture-Coupled Microstrip Patch Antenna with Backed Cavity of Dielectric
	···························································································· Sun, D., W. B. Dou, L. Z. You	226
A62	A Compact Microstrip Antenna by a Finite U-Shaped Ground Plane
	························································································· Fan, Y. P., G. Fu, Q. Y. Lu, et al.	229
A63	Novel Compact Interdigital Coupled Pifa With Ceramic Dielectric Load For Portable Gps
	Terminals······································································ Xiao, Z. L., Y. Yao, J. F. Tao, et al.	232
A64	Design of Circular Patch Antennas for Bluetooth, HIPERLAN, and X band (8.4 GHz)
	Applications ·····························Abd-Elrazzak, M. M., Al-Nomay I. S.	236
A65	Studies on the New-typed Feed Network with a Single Variable Phase Shifter for Wireless
	Base Antennas ······························································· Zong, X. Z., P. H. Zhou, Wu, Y. J.	240
A66	Mismatching Design Method for RFID Tag Antenna···························· Lin, W., Q. X. Chu	244

A67	Electrically Small Rectangular Microstrip Patch Antenna Loaded with Metamaterial
	············································································ Pattnaik, S. S., J. G. Joshi, S. Devi, et al.		247
A68	Design and Research of RFID Microstrip Antenna Based on Improved PSO Neural
	Networks ··········································································· Guo, Z. T., J. L. Yuan, J. H. Gu		251
A69	Broadband Design of a Shaped Beam Reflectarray with China Coverage Pattern
	························································································· Zhao. G., Y. C. Jiao, F. S. Zhang		255
A70	A Dual-band Tapered Slot Omni-directional Antenna
	·················································································· LI, Y. S., X. D. Yang, C. Y. Liu et al.		259
A71	Slot-fed Cylindrical Dielectric Resonator Antenna (DRA) for Wideband Application
	········································································ Wang, X.m., Y. C. Jiao, Z. B. Weng, et al.		263
A72	A Broadband Self-complementary Printed Antenna with Axe Shape
	··································································································Zhang, X., H. Guo, X. Liu		267
A73	Antenna Gain and Bandwidth Enhancement Using Frequency Selective Surface with
	Double Rectangular Ring Elements ·······················································Chen, H.Y., Y. Tao		271
A74	A Pattern Reconfigurable Printed Quasi-Yagi Antenna with Slots in the Directors
	··································································································Nan, L., W. Anguo, P. Jing		275
A75	Research Expanded Band for Low-profile E Shape Antenna. ····························· Liu, X. A.		279
A76	T-Shape Slot in Rectangular Slot Antenna to Enlarge Bandwidth For Broadband
	Communication	············································Kaewchan. B., W. Naktong, A. Ruengwaree	282
A77	Compact Double T-Shaped Slots Antenna with A Rectangular Patch for Bandwidth
	Enhancement ····································································Li, F., Y. C. Jiao, L.S. Ren, et al.		286
A78	A Novel Dual-Band Yagi-Uda Antenna for Wireless Communications
	··················································································Xin, Q.,F. S. Zhang, B. H. Sun, et al.		289
A79	IFF Antenna Sharing the Reflector with the C-band Radar
	···························································································· Shen, J.H., H. M. Li, W. Chao		293
A80	Investigation and Design of Quarter Wavelength Double-slot Antenna
	·································································································Le, Y., H. S. Zhao, Y. Chen		296
A81	The Research of Using unequally spaced Fast Fourier Transforms Algorithm To Eliminate
	The Position Error Of The Antenna Near Field Measurement
	······························································································Cui, B., Z. h. Xue, X. W. XU		299
A82	Improved Design of Linear Microstrip Patch Antenna Array
	········································································································ Aslam, A., F.A. Bhatti		302
A83	Slot-line-fed Quasi-Yagi antenna········Son Xuat Ta, Byoungchul Kim, Hosung Choo, et al		307
A84	A Novel Compact Antenna with 3.5/5.2/5.8 GHz Triple Band-Notched Characteristics for
	UWB Applications·································································· Wang, L, G., Z. S. Wu, et al.		311
A85	A high-gain Dual-band ESPAR Antenna with Simple on/off Controlling
	·············································································································· Huang, W.J., et al.		315
A86	Design of Multiple FSS Screens with Dissimilar Periodicities for Directivity Enhancement
	of a Dual-band Patch Antenna ···········································Che, Y. X., X. Y. Hou, P. Zhang		319
A87	2.3~20.1 GHz	Band Notched UWB Monopole Antenna
	·········································································Liu, G. M., P. C. Zheng, C. J. Guo, J. Ding		323
A88	Analysis of Antenna Radiation Characteristics in Mine Tunnels·························· Zhang, F.		327
A89	Design of a Microstrip Antenna For wireless Video Transmission System
	······································································································Shen, Z. Z., E. C. Wang		331

A90 Theoretic Study of Antenna Scattering based on Minimum-Scattering Antennas
	·········································································································· Ma Y. X., M. H. Xue			335
A91 Load Correction in Antenna Time Domain Near Field
	··················································································· Cui, B., Z. H. Xue, X. W. XU, et al.			338
A92 Modal Analysis of Dielectric Lens based Patch Array Antenna for Vehicular Applications
	·································································································S. Ravishankar, A. Mahesh			341
A93 A Planar D-CRLH Transmission Line Structure and Its Application to Leaky-Wave
	Antenna	···························································· Liu, C. Y., Q. X. Chu, J. Q. Huang		345
A94 A review of Antenna Design and Measurement for UHF RFID Tags
	······························································································· Zhao, D., Y. Z. Yin, Y. Yang			349
A95 Tag Antennas Using Differentially Connected UC-PBG Elements
	···································································································· Chang, T. N., Y. D. Chen			353
A96 Design of UHF Miniature Discone Antenna EMC Laboratory
	··········································································································· Wei, Y., A. X. Chen.			356
A97 Simulation of a Microstrip Antenna Array Conformal to a Conical Surface
	·····················································································Zhao, Q. , X. Y. Hou, H. W. Zhang			359
A98 Design of Two-ring Uniform Concentric Circular Microstrip Array Antenna at 5.8 GHz
	···········································································································Xue, S. R., Y. Z. Yin			363
B. Electromagnetic Wave Propagation
B01	Theorical and Experimental Studies on High-power Microwave Propagation Model in the
	Atmosphere ································································Yu, D. J., P. Peng, X. M. Pang, et al.			367
B02	Microwave Attenuation Characteristics of The Dusty Plasma Produced by Solid Rocket
	Exhausts ·············································································· Li, H., J. Wu, J. Wu, Shi Y. X.			371
B03	Magneto-Inductive Communication among Pumps in a District Heating System
	·················································································· Meybodi, S. A., P. Pardo, M. Dohler			375
B04	Microwave Propagation in Charged Sand Particles···· Dong, Q. F., J. D. Xu, Y. L. Li, et al. 379
B05	Studying the Electromagnetic Property of Dust Plasma in Polar Mesospheric During
	Summer	······················································Shi, Y. X., Z. Paerhati, Chen, H. M.		383
B06	Research on Phase Shift Characteristics of Radio Propagate Through Plasma Sheath
	························································································· Shi L., Y. M. Liu, X. P. Li, et al.			387
B07	Measurement of Energy Absorption Flux During Ionospheric Heating in Polar Region
	··················································································· Wang, Z. G., B. Xu, Z. W. Xu, et al.			391
B08	Ionospheric TEC Disturbances Based on GPS Observations
	·········································································· Deng, Z. X., R. Y. Liu, W. M. Zhen, et al.			395
B09	Forecasting the Ionospheric Fof2 in Chinese Region by Neural Network Technique
	······························································································ Chen, C., S. J. Sun, P. P. Ban			399
B10	Basic MUF Observation and Comparison of HF Radio Frequency Prediction Based on
	Different Ionosphere Models		···································Wang, J., X. Z. Feng, C. Li	403
B11	A Study On The Ionospheric Parameter foF2 Instantaneous Mapping Based On Equivalent
	Sunspot Number······················································· Wang, S. K., W. Liu, P. N. Jiao, et al.			407
B12	Research on Time Characteristic of the Pulse Wave Propagation through the Auroral
	Region Ionosphere·····················································Ma, B. K., L. X. Guo, J. X. Yin,et al.			411
B13	TIDs in Ionospheric F-region at Cusp Latitude: Observations and Numerical Simulation

	··························································································Cai, H. T., F. Yi, S. Y. Ma, et al.	415
B14	Ionospheric TEC Short-Term Forecasting in CHINA ······· Wu, Y. W., J. P. Wang, Z. S. Wu	418
B15	NeQuick Model: Origin and Evolution··························Sandro M. Radicella, Bruno Nava	422
B16	An Improved PGA algorithm for Ionosphere Phase Perturbation Correction
	··················································································· Li, X., W. B. Deng, P. N. Jiao, et al.	426
B17	Diurnal Variation in a Long Distance VHF Tropospheric Path in the Brazilian Amazon
	Region·············································································································Assis, M. S.	430
B18	Terahertz Test on Low-Reflection Materials ·······················Zhao X., J. G. Miao, J. S. Jiang	433
B19	The Applications of Multiple Phase-Screen Technique in Ionospheric Scintillation
	················································································································Zeng, Z. C., F. Li	437
B20	The Muller scattering Matrix of typical dustlike particles in UV band
	······························································································Bai, L., Z. S. Wu, T. Li, et al.	441
B21	Ionospheric Effects of Background Density and Equivalent Thickness on Signal
	Scintillation ······························································Zhou, C. X. and Z. S. Wu, L.H. Zhao	445
B22	Propagation of 0.1~0.8THz Waves in Sand-Dust·························Li, H. Y., Z. S. Wu, H. Li	449
B23	Low-latitude Ionospheric Perturbations Responding to Zonal Disturbance Electric Fields
	······························································································ Sun, S. J., C. Chen, P. P. Ban	453
B24	New Phenomenon Observed on Board the ISS During a RF Ionosphere Modification
	························································ Ruzhin, Y., V. D. Kuznetsov, G. F. Karabadzhak et al.	457
B25	Ionospheric Climatology from PLP/CHAMP Observations
	····················································································· Chen, G. M., H. Gao, X. Liu, et al.	461
B26	Sparse Reconstruction Algorithm for the Computerized Ionospheric Tomography
	··················································································································Liu, Y. L., Li, F.	465
B27	Comparison of TEC Measurements from DORIS with the Nequick Model
	······················································································ Zhang, H. B., M. Ou, W. M. Zhen	469
B28	3D TDOA/AOA Location Based On Extended Kalman Filter
	················································································· Tu, X. D., H. Zhang, X. R. Cui, et al.	473
B29	Extension of Clutter Loss Calculation for Recommendation ITU-R P.452
	···························································································Fujii, H., T. Asai, Y. O. A. Sato	477
B30	A Uniform Path-Loss Model by Power Balance Theory (PBT) and Its Application on
	Tunnels················································································································ Wang, N.	481
B31	Software Based DMC Generation For UHF wireless Radio Propagation
	························································································· Mahdy, Q. S., A. M. Aziz, M.Sc	485
B32	Practical Path-Loss Model Through Los Link Using Short Antenna At 433mhz Onsidering
	Fresnel Radius······································································Zaniani, M. M., A. M. Shahar	489
B33	An Acceleration Technique for 2D Ray Tracing Simulation Based on the Research of
	Diffraction in Urban Environment ·································Liu, Z. Y., L. X. Guo, Z. B. Zhang	493
B34	The Third Order Passive Intermodulation Analysis of Cable Connector in Mobile
	Communication Systems ······································Zhang, S. Q., J. Zeng, K. X. Jiang, et al.	497
B35	Localization of Lee Model Based on Measured Data
	··············································································· Xu, W. J., X. L. Zhou, K. W. Xu, et al.	499
B36	The Humidity Retrievals Using BP Neural Network Algorithm Based on Mexihat or
	Morlet Wavelet Function in Clear-sky ··················HE, J.Y., S. W. Zhang Y. Z. Huang et al.	502
B37	The ELF/VLF Field at the Depth of Submarine Excited by Satellite Electropult

	············································································································· Chen, Y., W.Y. Pan	505
B38	Optimization of Synthetic Aperture Microwave Radiometer Antenna Array Distributed on
	Two-dimensional Grid Points ············································ Chao, K., Z. W. Zhao, Y. B. Jin	509
B39	The Operating Frequency Selection in HF Hybrid Sky-surface Wave System
	····················································································· Lou, P., J. M. Fan, P. N. Jiao, et al.	513
B40	Impact of Low Marine Atmospheric Refractivity Profiles on GPS Signal Propagation
	················································································· Dong. C., Z. S. Wu, Z. W. Zhao,et al.	517
B41	Influence of Rain Doppler Frequency on MMW Doppler Fuze
	······························································································· Yang, R. K., L. Li, P. Zhong	521
B42	Antarctic SLF/ELF Radio Atmospheric Noise Measure and Research in China
	···············································································Wang, Y. X, W. Y. Pan, R. H. Jin, et al.	525
B43	Physical Mechanism of the Electric Field Amplification in the Mid-latitude Ionosphere
	over Active Tectonic Faults ····················································Hu, Y.L., T. Xu, J. Wu, et al.	529
B44	Launches of Pol-In-SAR Satellite Sensors and result of the first Satellite Tandem-SAR
	TanDEM-X··································································································Boerner, W.M.	533
B45	Integrated Beam Synthesis Technique of Phased Array Antenna for Variable Look-Angle
	SAR········································································ Liu, X.M, W. J. Gao, Y. K. Deng et al.	536
B46	ISAR Imaging Analysis of Bistatic FMCW Radar··············· Zhu, X.P. , Q. Zhang, H.W. Li	540
B47	Multiple Aperture Mapdrift Algorithm Combined with Time-frequency Analysis for
	Moving Train Imaging·········································································· Deng, Y., Y. Zhang	544
B48	Predicting Ionospheric Storm-time foF2 Using Support Vector Machine
	·····················································································Ban, P. P., C. Chen, S. J. Sun, et al.	548
B49	Real Time STD Calculation at Low Elevation by GPS
	·············································································· Zhu, Q. L., Z.W. Zhao, L. K. Lin, et al.	552
B50	The Observations of Kunming Meteor Radar and Height Distribution of Meteor
	·················································································Yun Liu, Zhang, Y.-B., L. Zhao, et al.	556
B51	Scattering and Emission Models and Simulations for Lunar Exploration··········· Ya-Qiu Jin	560
B52	Season Variation of GPS TEC at Low Latitude Station
	················································································ Wang, S. G., J. K. Shi, X. Wang, et al.	564
B53	Ionospheric Tomography by using Diverse Data Sources ······ Zhao, H. S., Z. W. Xu, J. Wu	568
B54	Study on Evaporation Duct Model Based on Turbulent Fluxes
	···················································································Guo, X. M., S. F. Kang, Y. S. Zhang	572
B55	Modeling of Radar Moniter System Using Computer Simulation
	································································ Qaysar S. Mahdi, P.D.I.A.M., L. Shant Karneek	576
B56	Availability Analysis of GSM Network Systems
	········································ Qaysar S. Mahdi, Ibrahim. I. Hamarash, Jamal A. Hassan M. S.	580
B57	Three-Dimensional Ray Tracing in International Reference Ionosphere
	··························································································· Li, W. M., D. L. Su, Z. W. Yan	584
B58	Influence of the Size Distribution of Particles on the MCF through Fog-filled Medium
	·····················································································Wang, R. R., Z. S. Wu, Z. Q. Jiang	588
B59	Simulation Modelling the GPS Signal Propagation in the Tropospheric Ducts
	·····························································································Li, G. C., L. X. Guo, Y. Liang	592
B60	Measurement and Analysis of Raindrop Size Distribution in Xi’a
	·····················································································Xie, K. , S. H. Gong, X. P. Li,et al.	596