International Laser Sensing Symposium '99
（第 20 回レーザレーダシンポジウム）

Fukui
September 6-9, 1999.
Opening Session Presider: T.Kobayashi(Fukui Univ.)
H.Inaba (Chairman of Laser Radar Society of Japan)
S.Kojima (President of Fukui University)

Plenary Session Presider: Y.Sasano(NIES)
PS-1(Invited)　Laser Sensing in Environmental and Medical Research
S.Svanberg (Lund Inst. of Tech.,Sweden)（Summary (512kB))

Session 1: “Spectroscopic Lidar Techniques” Presider: R.Koga (Okayama Univ.)
S1-1 (Invited)　Capabilities of a Multipurpose Raman Lidar
C.Weitkamp, J.Reichardt, A.Behrendt, A.Ansmann, M.Riebesell, and U.Wandinger (GKSS Research Center,Germany)（Summary (1.2MB))

S1-2 (Invited) A High Spectral Resolution Lidar at 532nm for Simultaneous Measurement of Atmospheric State and Aerosol Profiles using Iodine Vapor Filters
C.Y.She, J.W.Hair, and D.A.Krueger (Colorado State Univ.,USA)（Summary (1.1MB))

S1-3 Rotational Raman Lidar using a New Blocking Filter System for Atmospheric Temperature Measurement
M.Funada, C.Nagasawa, Y.Shibata, and M.Abo (Tokyo Metropolitan Univ.)（Summary (424kB))

S1-4 TroPospheric and Stratospheric Temperature Profiling with Rotational Raman Lidar:Design of a Highly Efficient Receiver and Measurement Results
A.Behrendt, J.Reichardt, and C.Weitkamp (GKSS Research Center, Germany)（Summary (580kB))

Session 2: “Aerosol Lidars and Networks” Presider: K.Mizutani(CRL)
S2-l　(Invited) Lidar Network Observation of Asian Dust over Japan in 1999 Spring
T.Murayama, N.Hagiwara (Tokyo Univ. of Mercantile Marine), N.Sugimoto, I.Matsui, Z.Liu (NIES), T.Sakai, T.Shibata, Y.Iwasaka (Nagoya Univ.), K.Iokibe, R.Koga (Okayama Univ.), K.Arao (Nagasaki Univ.)（Summary (496kB))

S2-2　Continuous Observation of Asian Aerosol and Cloud Features by Automated Lidar
N.Takeuchi, W.Chen, H.Kuze, T.Omatsu, Y.Suzuki (Chiba Univ.), A.Sone, and H.Kan (Hamamatsu Photonics K.K.)（Summary (1MB))

S2-3　Free Tropospheric Aerosols Backscatter,Depolarization Ratio and Humidity as Derived from Raman Lidar Observations
T.Sakai, T.Shibata, S.A.Kwon, Y.S.Kim, K.Tamura, and Y.Iwasaka (Nagoya Univ.)（Summary (572kB))

S2-4　Derivation of Aerosol Extinction-to-Backscattering Ratio using a Multi‐Wavelength Lidar and a Sun Photometer
H.Kinjo, H.Kuze, T.Takamura, and N.Takeuchi (Chiba Univ.)（Summary (220kB))

S2-5　The Size Distributions of Stratospheric Aerosol over the Tropical Region Inferred from the Measurements of Balloon-Borne Optical Particle Counter and Ground-Based Lidar
T.Matsumura, M.Hayashi, M.Fujiwara (Fukuoka Univ.), K.Matsunaga (Nagoya Univ.), M.Yasui, K.Mizutani, T.Itabe (CRL), S.Kaloka Prabotosari, S.Hamdi, T.Manik (LAPAN,Indonesia)（Summary (296kB))

“Asian Laser Sensing Activities (Invited talks)” Presider: M.Fujiwara (Fukuoka Univ.)
S3-1 Indo-Japanese Lidar Studies of Tropical Atmosphere
P.B.Rao, K.Raghunath, Y.B.Kumar, V.S.Kumar and A.R.Jain (National MST Radar Facility,india), M.Krishnaiah (S.V.Univ.), K.Mizutani, T.Aoki, M.Yasui, and T.Itabe (CRL)（Summary (572kB))

S3-2 Observation of Atmospheric Boundary Layer using Lidar System in Jakarta,Indonesia
M.Pinandito, I.Rosananto, and S.Sugondo (LIPI,Indonesia), N.Sugimoto and I.Matsui (NIES)（Summary (428kB))

S3-3 Study of Stratospheric Aerosol over Bandung-Indonesia
S.Kaloka, S.Hamdi (LAPAN, Indonesia), T.Itabe, K.Mizutani, and M.Yasui(CRL), T.Nagai, T.Fujimoto, O.Uchino, A.Ichiki(MRI)（Summary (340kB))

S3-4　Remote-Sensing of Atmosphere over Korean Peninsula by Upgraded Ozone DIAL and Multiwavelength Aerosol Lidar
C.H.Lee, C.B.Park (Kyung Hee Univ., Korea)（Summary (348kB))

S3-5　Lidar Research Activities in the Philippines
M.C D.Galvez, E.A.Vallar (De La Salle Univ., Philippines), S.V.Dorado (Notre Dame of Marbel Univ., Philippines), J.T.Villarin,SJ　(Manila Observatory, Philippines), J.L.Holdsworth, and M.C.Alarcon (Ateneo DeManila Univ., Philippines)（Summary (624kB))

S3-6　Lidar Observation of Atmospheric Processes in Hong Kong
A.Y.S.Cheng, H.Liu, J.C.L.Chan (City University of Hong Kong, China)（Summary (468kB))

S3-7　Achievement and Prospect of the Laser Atmospheric Sensing at AIOFM,China
H.Hu, T.Li, Y.Wu, S.Hu, and J.Zhou (Chinese Academy of Sciences, China)（Summary (228kB))

S3-8　Lidar Measurements of Aerosol and Ozone in Beijing and Antarctic
J.Qiu, S.Zheng, Q.Xia, J.Zhang, and D.Lu (Chinese Academy of Sciences, China)（Summary (136kB))

Poster Session 1: “Spectroscopic and Aerosol Lidars and Networks” Presider: T.Itabe (CRL)
P1-1　Laser Induced Shock Wave Plasma and its Application to Spectrochemical Analysis
A.M.Marpaung, W.S.Budi, H.Kurniawan (Univ. of Indonesia), K.Kagawa (Fukui Univ.)（Summary (284kB))

P1-2　Nocturnal and Diurnal Lidar Observations of Mesospheric Sodium Layers At Tokyo
M.Abo, C.Nagasawa, Y.Shibata (Tokyo Metropolitan Univ.)（Summary (188kB))

P1-3 The Effect of Selective Vaporization on Laser Induced Shock Wave Plasma
M.Pardede, A.M.Marpaung, H.Kurniawan (Univ. of Indonesia), K.Kagawa (Fukui Univ.)（Summary (272kB))

P1-4 The Role of Sub-Target for Soft Sample in Laser-Induced Shock-Wave Plasma
R.Hedwing, H.Kurinawan (Univ. of Indonesia), M.M.Suliyanti, S.Nurl (Indonesia Inst. of Science), K.Kagawa (Fukui Univ.)（Summary (588kB))

P1-5 Sodium Temperature Lidar System For Measuring Mesopause Region at Syowa Station, Antarctica
T.Kitahara, T.D.Kawahara, F.Kobayashi, T.Saito, and A.Nomura (Shinshu Univ.)（Summary (284kB))

P1-6 Stratopause Temperature Observation in Bangung, Indonesia(6.9 degree S, 107.6 degree E)
S.Hamdi and S.Kaloca (LAPAN,Indonesia), T.Nagai and A.Ichiki(MRI), K.Mizutani and M.Yasui (CRL), O.Uchino and T.Fujimoto (JMA)（Summary (440kB))

P1-7 CRL Rayleigh and Rayleigh Doppler Lidars in Alaska
K.Mizutani, T.Itabe, M.Yasui (CRL), R.Collins (Univ.Alaska USA)（Summary (176kB))

P1-8 Lidar Observations of Mesospheric Ionic Calcium Layer with a Flashlamp Pumped Ti:Sapphire Laser
M.Abo, C.Nagasawa, and Y.Shibata (Tokyo Metropolitan Univ.)（Summary (208kB))

P1-9 Spectroscopic Studies on CdBr2:Co2+ Crystals and Stimulated Luminescence
S.Komiya and H.Nakagawa (Fukui Univ.)（Summary (264kB))

P1-10 Small Absorption Spectroscopic Measurements in Transparent Liquids
I.Kitazima and Y.Nitta (Fukui Univ.)（Summary (204kB))

P1-11 Laser Breakdown Spectroscopy of BO Molecule
H.Niki, S.Kataoka, and I.Kitajima (Fukui Univ.)（Summary (228kB))

P1-12 Efficient UV Rotational Raman Lidar for Accurate Temperature Profiling
D.Sun and T.Kobayashi (Fukui Univ.)（Summary (256kB))

P1-13 Some Aerosol Events in Asia Observed by LITE
J.Niu, W.Chen, H.Kuze, and N.Takeuchi (Chiba Univ.)（Summary (200kB))

P1-14 Characteristics of Dual Wavelength 1064nm and 532nm Lidar Signals using Si- Avalanche Photodiode Single Photon-Counting Modules
K.Tatsumi, and T.Imai(NASDA)（Summary (644kB))

P1-15 Lidar Measurement of Cloud Depolarization Ratios and Multiple Scattering Investigation
E.A.Vallar, R.C.Macatangay, G.Bagtasa, M.J.Dela Cruz, I.Brigham T.Lim, And M.C.D.Galvez (De La Salle Univ.,Philippines)（Summary (652kB))

P1-16 Optical Depth Measurements of Clouds in Manila (14.64N121.07E) Philippines
N.D.Lagrosas, E.P.Agora, and J.A.L.Chaves (Xavier Univ.,Philippines)（Summary (276kB))

P1-17 6.5N,125E in the Philippines: A Proposed Lidar Site for Atmospheric Studies
S.V.Dorado, J.L.Holdsworth, J.Villarin, and M.C.Alarcon (Notre Dame of Marbel Univ., Philippines)（Summary (232kB))

P1-18 Effect of Obstruction at Telescope on Geometrical Form Factor in Lidar
T.Murayama, N.Hagiwara, S.Sakida (Tokyo Univ. of Mercantile Marine)（Summary (196kB))

P1-19 Observation of Aerosols and Clouds in the West Pacific with a Mie Scattering Lidar on the Research Vessel Mirai: Preliminary Report of M99-K1 Experiment
I.Matsui and N.Sugimoto (NIES), K.Tamamushi, T.Sugata, and K.Asai (Tohoku Inst. of Tech.)（Summary (304kB))

P1-20 Lidar System for Research Ship Mirai
I.Tamamushi, K.Asai (Tohoku Inst. of Tech.), I.Matsui N.Sugimoto (NIES)（Summary (292kB))

P1-21 Long-Range Transport of Aerosols and Clouds observed by Lidar in the Canadian High Arctic
S.Ishii, T.Shibata, and T.Sakai (Nagoya Univ.), T.Nagai (MRI), K.Mizutani, and T.Itabe (CRL), T.Fujimoto, and O.Uchino (JMA)（Summary (196kB))

P1-22 Solid and Liquid Particles of Polar Stratospheric Clouds observed by Lidar at Ny-Aalesund, Spitsbergen
H.Adachi, T.Shibata, T.Sakai, S.Ishii, K.Tamura, M.Araki, M.Nagatani, T.Ohashi, C.Nishita, A.Yabe, and Y.Iwasaka (Nagoya Univ.), K.Shiraishi, K.Murayama, J.Furukawa, M.Hayashi, M.Fujiwara (Fukuoka Univ.), R.Neuber (Alfred Wegener Inst. for Polar and Marine Research, Germany)（Summary (224kB))

P1-23 Marine Pollution Detection Using a Compact Imaging Lidar
S.Yamagishi, K.Hitomi, H.Yamanouchi, T.Shibata, and Y.Yamaguchi (Ship Research Inst.)（Summary (872kB))

P1-24 The Comparison of PSC Layers observed over Svalbard and Dome Station, Antarctic
M.Fujiwara, M.Hayashi, K.Shiraishi (Fukuoka Univ.), Y.Iwasaka, T.Shibata, H.Adachi, T.Sakai, S.Ishii, K.Tamura, M.Araki(Nagoya Univ.), N.Hirasawa, T.Yamauchi (National Inst. of Polar Research)（Summary (276kB))

P1-25 Characteristics of Wintertime Polar Stratospheric Aerosols observed by Lidar and Optical Particle Counter(OPC)in Eureka
M.Yasui, K.Mizutani, T.Itabe (CRL), O.Uchino (JMA), T.Fujimoto, T.Nagai(MRI), T.Matsumura, M.Fujiwara, and M.Hayashi (Fukuoka Univ.),T.Shibata(Nagoya Univ.)（Summary (176kB))

P1-26 Internet Lidar System(ILIS)
T.Sugata,K.Asai (Tohoku Inst. of Tech.), T.Aoki, K.Mizutani, T.Itabe (CRL)（Summary (264kB))

P1-27 An Attempt of Discriminating Aerosol from Tropospheric Mixed Phase for Polarized Lidar Signal
W.He, R.Koga, K.Iokibe, O.Wada, Y.Toyota (Okayama Univ.)（Summary (208kB))

P1-28 Kosa Observation at Okayama with a Mie-Lidar in Spring 1999
K.Iokibe, W.He, Y.Toyota, O.Wada, R.Koga (Okayama Univ.), N.Sugimoto (NIES) T.Itabe (CRL)（Summary (196kB))

P1-29 IR-Remote Sensor and Lidar for Environmental Monitoring in China Space Industry Ministry
Y.Dai,X.Chen (Harbin Inst. of Tech., China),H.Wang,Z.Wang (CAST-BISME Inst., China),Y.Niu (Univ. of South CA, USA)（Summary (224kB))

Special Seminar: “Future Prospect of Laser Sensing Technology and Commercialization” Presider:T.Kobayashi(Fukui Univ.)
SS-1 (Invited) Laser Remote Sensing,a 20 Year Perspective
R.L.Byer(Stanford Univ.,USA)（Summary (672kB))

SS-2 (Invited) Commercial Development of Doppler Laser Radars
R.M.Huffaker(Coherent Technologies, Inc., USA)（Summary (272kB))

SS-3 (Invited) Commercial Applications of Laser Radar Technology
A.Carswell(Optech Inc., Canada)（Summary (416kB))

Session 4: “Doppler Wind Lidars” Presider: C.Nagasawa (Tokyo Metropolitan Univ.)
S4-1 (Invited) Development and Application of Coherent Doppler Lidar
R.M.Hardesty, W.A.Brewer, R.M.Banta, B.J.Rye, L.Darby, J.Howell (NOAA, USA)（Summary (384kB))

S4-2 A Double-Edge Fabry-Perot Filter based Rayleigh Lidar for Simultaneous Temperature and Line-of-Sight Wind Measurements
D.A.Krueger and C.Y.She (Colorado State Univ., USA)（Summary (516kB))

S4-3 (Invited) Development of UV Aerosol and Molecular Scattering Lidar for Wind and Temperature Measurements
T.Kobayashi, D.Sun, and A.Hironaka (Fukui Univ.)（Summary (416kB))

S4-4 Incoherent Doppler Lidar Controlling Actively the Laser Wavelength
Y.Shibata, C.Nagasawa, M.Abo (Tokyo Metropolitan Univ.), T.Nagai (MRI), O.Uchino (Japan Meteorological Research Inst.)（Summary (300kB))

“DIAL for Gas Measurements” Presider: O.Uchino(Meteorological Res. Inst.)
S5-1 (Invited) Infrared Differential Absorption Lidar for Trace Gas Measurement
T.D.Gardiner, R.A.Robinson, M.J.T.Milton, and P.T.Woods (Nat.Phys. Lab.,UK)（Summary (672kB))

S5-2 Improvement in 1.67 micro meter DIAL for Methane Leakage Detection
K.Ikuta, T.Kudo, N.J.Vasa, Y.Oki, M.Maeda (Kyushu Univ.)（Summary (272kB))

S5-3 Dual-DIAL Measurements of Vertical Concentration Profiles of ppb-order Atmospheric SO2
T.Fujii, T.Fukuchi, N.Goto and K.Nemoto (Central Research Inst. of Electric Power Industry), N.Takeuchi (Chiba Univ.)（Summary (416kB))

Session 6: “Lasers for Remote Sensing” Presider: N.Takeuchi (Chiba Univ.)
S6-1 (Invited) Diode Pumped Pulsed Laser Transmitter for Coherent Wind Detection from Space
U.N.Singh(NASA Langley Research Center, USA)（Summary (652kB))

S6-2 (Invited) Development of a Three-Wavelength Switchable Ti:Sapphire Laser
T.Yanagisawa, M.Imaki, and Y.Hirano (Mitsubishi Electric Co.), O.Uchino (JMA), T.Nagai (MRI), C.Nagasawa (Tokyo Metroplitan Univ.)（Summary (600kB))

S6-3 Development of a LD pumped Nd:YAG Oscillator for Space-borne Laser Altimeter
T.Ishii, K.Asaba, R.Kameyama(NEC), T.Tsubokawa, M.Doe, H.Araki (National Astronomical Observatory)（Summary (200kB))

S6-4 A Narrowband Dye Laser System with Injection-Seeding for a mesospheric Na Temperature Lidar
A.Nagasawa, Y.Shibata, and M.Abo (Tokyo Metropolitan Univ.)（Summary (260kB))

Poster Session 2: “Lasers and Laser Sensing Systems” Presider:T.Itabe (CRL)
P2-1 A Compact Direct-Detection Doppler Lidar for Wind Profiling
Y.Mizoguchi, A.Hironaka, S.Kawato, D.Son, and T.Kobayashi(Fukui Univ.)（Summary (208kB))

P2-2 Gas-Correlation Lidar System for Measuring Methane using Optical Parametric Amplifier at 3.416 micro-meter
A.Minato, M.D.M.A.Joarder, and S.Ogawa (Ibaraki Univ.), M.Kadoya (NEC), N.Sugimoto (NIES)（Summary (236kB))

P2-3 Development of a Multiwavelength DIAL System and Ozone Measurement in the lower Troposphere
T.Fukuchi, T.Fujii, N.Goto, and K.Nemoto (Central Research Inst. of Electric Power Industry), Y.Wu, N.Takeuchi (Chiba Univ.)（Summary (444kB))

P2-4 In-situ Measurement of CO by Tunable Diode Laser Absorption Spectroscopy in a Large Scale Waste Test Furnace
K.Muta, M.Tanoura, H.Honda (Mitsubishi Heavy Industries,Ltd.)（Summary (520kB))

P2-5 Development of the Airborne Water Vapor Differential Absorption Lidar(DIAL)
T.Nagai (MRI),O.Uchino (JMA),C.Nagasawa (Tokyo Metropolitan Univ.), T.Igarashi, T.Nakajima(NASDA), Y.Hirano, S.Ueno, S.Wakabayashi (Mitsubishi Electric Co.)（Summary (220kB))

P2-6 An In-situ Gas Analyzer Based on Tunable Diode Laser Absorption Spectroscopy
M.Tanoura and K.Muta (Mitsubishi Heavy Industries,Ltd.)（Summary (436kB))

P2-7 A Compact Remote Methane Sensor Using a Tunable Diode Laser
T.Iseki and H.Tai (Tokyo Gas Co.,Ltd.), K.Kimura (Anritsu Corporation)（Summary (396kB))

P2-8 Optical System for Measuring a Rib Size of the Polyethylene Sheet
F.Murase,M.Ueda (Fukui Univ.),K.Ishikawa (Japan Control Engineering Co.,Ltd.)（Summary (292kB))

P2-9 An Optical Measuring System for the Surface Roughness of Glass Wool Papers
J.Chen, Q.Zhang, K.Taniguchi, K.Asada, and M.Ueda (Fukui Univ.)（Summary (236kB))

P2-10 An Optical System of a Portable Color Sensor for the Blind
T.Yamaguchi, H.Yokoyama, Y.Iwai, and M.Ueda (Fukui Univ.)（Summary (252kB))

P2-11 Gravity Wave Activity in the Equatorical Middle Atmosphere Observed with a Rayleigh Lidar in India
Y.Sawai, T.Nakamura, T.Tsuda (Kyoto Univ.), K.Mizutani, T.Itabe (CRL), P.B.Rao, Y.B.Kumar, K.Raghunath, and V.Shivkumar (National MST Radar Facility,India)（Summary (240kB))

P2-12 A New Lidar Method Utilizing the Glory for Measuring Cloud Particle Size
N.Sugimoto (NIES)（Summary (204kB))

P2-13 Development of Real-Time Particle Counter using a Laser Diode
Y.Iwai, T.Takeya (Fukui Univ.),and S.Yoshinaga (Hitachi Zosen Fukui CO.)（Summary (244kB))

P2-14 Multimedia Virtual Laboratory using Japan Gigabit Network
T.Aoki, K.Mizutani, M.Yasui, and T.Itabe (CRL)（Summary (400kB))

P2-15 Measurement of Particle Location using Laser Holography
J.Ohta, K.Shinoda, Y.Murai, and F.Yamamoto (Fukui Univ.)（Summary (256kB))

P2-16 A Study of a Ground-to-Satellite Optical Communication Link with Multiple Uplink Laser Beams
M.Toyoshima and K.Araki (CRL)（Summary (268kB))

P2-17 Multiple Laser Transmitter for a Ground to OICETS-Satellite Optical Link
K.Araki and M.Toyoshima(CRL)（Summary (184kB))

P2-18 Experiment of a Trail 1-D SAILR System
S.Yoshikado and T.Aruga(CRL)（Summary (280kB))

P2-19 Twin Photon Beams from a Free-Running CW Semi-monolithic Optical Parametric Oscillator
K.Kasai(CRL)（Summary (220kB))

P2-20 Advanced Diode Laser Sensors for Industrial Process Control
S.Moody and D.L.Cunningham(Orca Photonics Systems,Inc.,USA)（Summary (1,004kB))

P2-21 Compact All Solid-State Q-switched Nd:YAG Lasers for Doppler Lidars
S.Kawato, T.Matsumura, and T.Kobayashi(Fukui Univ.)（Summary (192kB))

P2-22 Development of a 67kHz Internal OPO Laser for Heliborne Lidar System
K.Asaba, T.Ishii, R.Kameyama (NEC Co.), T.Shiina (NEC Engineering,Ltd.), S.Ashidate, and K.Kurosawa (Tokyo Electric Power Co.)（Summary (288kB))

P2-23 Optical Parametric Oscillator Based on Periodically Poled MgO-Doped LiNbO3
M.Nakamura, H.Taniguchi, M.Sugihara, K.Tadatomo, and M.Kotoh(Mitsubishi Cable Industries,Ltd.)（Summary (332kB))

P2-24 High Peak-Power Passively Q-switched Microchip Nd:S-VAP Lasers for Remote Sensing Applications
D.Shen and T.Kobayashi (Fukui Univ.)（Summary (260kB))

P2-25 Comparison of Lasing Performance of Tm,Ho:YLF Laser using Single and Double Cavities
J.Izawa, H.Nakajima, H.Hara (IHI), Y.Arimoto (CRL)（Summary (228kB))

P2-26 Spatial Profile Fidelity of Incoherent-to-Coherent Conversion based on Photorefractive Two-Wave Mixing
H.Wang, J.Zhang, S.Yoshikado and T.Aruga (CRL)（Summary (268kB))

P2-27 High-Resolution Incoherent-to-Coherent Photorefractive Optical Converter
J.Zhang, H.Wang, S.Yoshikado,and T.Aruga (CRL)（Summary (324kB))

P2-28 Estimation of Brightness of ISS for High Resolution Imaging
Y.Takayama and K.Araki (CRL)（Summary (264kB))

P2-29 Field Experiments of the Atmospheric Boundary Layer with the Bistatic Imaging Lidar
J.Lin, H.Mishima, Y.Kubota, F.Kobayashi, T.Kawahara, Y.Saito, A.Nomura, K.Yamaguchi and K.Morikawa (Shinshu Univ.)（Summary (1,008kB))

P2-30 Propagation of a Nondiffracting Light Beam
T.Aruga, S.W.Li, Yoshikado and M.Takabe (CRL)（Summary (296kB))

P2-31 Simulation Study for the Experimental Lidar in Space Equipment(ELISE)
Z.Liu, P.Voelger, and N.Sugimoto (NIES)（Summary (260kB))

P2-32 Simulation of Multiple Scattering Effects in Planned Measurements with The MDS-Lidar(ELISE)
P.Voelger, Z.Liu, and N.Sugimoto (NIES)（Summary (212kB))

P2-33 Present Status of JEM-borne Coherent Doppler Lidar
T.Itabe, K.Mizutani (CRL), M.Ishizu (NASDA), K.Asai (Tohoku Inst. Tech)（Summary (212kB))

Session 7: “Laser Sensing Systems” Presider: N.Sugimoto (NIES)
S7-1 1.5micrometer Er,Yb:Glass Coherent Lidar
K.Asaka, T.Yanagisawa, and Y.Hirano (Mitsubishi Electric Co.)（Summary (660kB))

S7-2 Frequency Agile Bandpass Filter for Direct Detection Lidar Receivers
W.J.Marinelli, C.M.Gittins, and W.G.Lawrence (Physical Sciences Inc.,USA)（Summary (528kB))

S7-3 Hydraulic Pressure Measurement by Frequency-Shifted Feedback Laser and Its Application to Tsunami Measurement
T.Hara, K.Nakamura, H.Ito, F.Imamura, R.Hino, and T.Matsuzawa (Tohoku Univ.)（Summary (284kB))

Session 8: “Laser Imaging Technology” Presider: A.Nomura (Shinshu Univ.)
S8-1 (Invited) Measurements with the University of Wisconsin Volume Imaging Lidar
E.Eloranta (Univ. of Wisconsin,USA)（Summary (196kB))

S8-2 Performance Characteristics of Laser-induced Fluorescence Imaging Lidar for Vegetation Monitoring
Y.Saito, K.Shinoda, T.D.Kawahara and A.Nomura (Shinshu Univ.)（Summary (396kB))

S8-3 Range-Imaging using the two-micron base Eye-Safe Laser Radar
Y.Mine, K.Ota, M.Doshida, K.Komatsu, K.Tanikawa, and H.Shirahata (Japan Defense Agency)（Summary (312kB))

S8-4 (Invited) Novel In Vivo Laser Sensing in Biomedicine:Laser Computed Tomography and Functional Monitoring
A.Devaraj, M.Usa and H.Inaba* (Photonics Research Inst.,*also Tohoku Institue of Tech.) （Summary (460kB))

Session 9: “Spaceborne Lidars” Presider:K.Asai(Tohoku Inst. of Tech.)
S9-1 (Invited) NASA Future Spaceborne Lidars
S.Ismail and E.Browell (NASA Langley Research Center,USA)（Summary (452kB))

S9-2 (Invited) ELISE:NASDA Spaceborne Lidar
T.Imai, Y.Okubo, M.Ishizu, K.Tatsumi, and Y.Kawamura (NASDA)（Summary (452kB))

S9-3 Validation and Science Application Plans for the Experimental Lidar In Space Equipment(ELISE)
N.Sugimoto, Y.Sasano (NIES), K.Asai (Tohoku Inst. of Tech.), H.Kobayashi, Y.Kawamura (NASDA)（Summary (236kB))

S9-4 Wind-Measurement Error of Spaceborne 2 micrometer Coherent Doppler Lidar due to Fluctuation of Spacecraft’s Attitude
M.Totsuka, K.Asai (Tohoku Inst. of Tech.), T.Iwasaki (Tohoku Univ.), K.Mizutani, T.Itabe (CRL)（Summary (292kB))

S9-5 (Invited) Lidar Application to Meteorology and Climate from Ground to Space:Activities in France and in the European Context
P.H.Flamant (Ecole Polytechnique, France)（Summary (604kB))