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We always try to serve a complete facility for Microwave Remote Sensing research and study by installing high precision instruments for simulation, fabrication, measurement and applications for National-wide and International join researchs. We always aim higher science and technology to realize some microwave sensors for unmanned aerial vehicle and small satellites. If you plan to hold a joint national or international research with our laboratory, please don't be hesitate to contact Prof. Josaphat.
[enlarge map]
MRSL (Josaphat Laboratory) facility map :
| 1. |
Research Building 201 (2F) Researcher - Student Room |
| 2. |
Research Building 202 (2F) Microwave Analysis - Synthetic Aperture Radar Design Room |
| 3. |
Research Building 203 (2F) Special Project Researcher Room |
| 4. |
Research Building 206 (2F) Prof Josaphat Room |
| 5. |
Experiment Building E101 (Underground) Anechoic Chamber |
| 6. |
Experiment Building E101 (1F) Synthetic Aperture Radar Manufacturing Room |
Josaphat Laboratory Experiment Unmanned Aerial Vehicle (JX-1). This UAV
will join to Josaphat Microwave Remote Sensing Laboratory in March 2010.
(Wing span : 6 m, body length 7 m, payload 25 kg)
Anechoic chamber for 1 to 40 GHz (Qualification : Japanese Department of
Defence standard NDS C 0012) established on February 15, 2008
no-scattering styrofoam
1. Square : h100cm.w40cm.l40cm
2. Cylinder : h100cm.d40cm
Antenna pole D2221C (height 2 meter)
Antenna adapter ADP0017 (for log spiral and conical antenna)
Corner reflector for synthetic aperture radar calibration, size 1.2m rectangular,
weight about 80ｋｇ (Prof Kazuo Ouchi donation) [Manual] New !
High frequency electronics circuit and antenna Simulator :
1. Zeland IE3D
2. Ansoft Designer
3. Ansoft Planar EM
4. Matlab
5. National Instrument Developer Suite includes LabVIEW PDS
6. Ansoft HFSS New !
etc
Agilent PNA Vector Network Analyzer E8364C (10 MHz to 50 GHz) [Datasheet] New !
Agilent E5062A (ENA-L RF Vector Network Analyzer) 300kHz ~ 3 GHz [datasheet]
Agilent EXA Signal Analyzer N9010A, 9 kHz - 3.6 GHz [datasheet]
Agilent Vector Signal Generator N5182A, 100 kHz - 3 GHz [datasheet]
High Precision ＧＰＳ （Leica Geosystems, Geodetic GPS Dual Frequency Receiver
GX122 1 unit, GX1220+ 1unit and GRX1200+GNSS 1 unit）（Property of Center
for Environmental Remote Sensing, Chiba University）
Microwave devices fabrication machine (MITS etc)
Measurement instruments : Azimuth table / turn table Device DM3321AV1and controller DM3152HV1 (Figure source : Device Corporation)
Standard measurement antennas :
Conical Log-Spiral Antennas 3102L and 3102R [manual]
Anritsu MP651A, MP651B dipole antennas [manual]
Anritsu MA5612B4, MA5612B5 dipole antennas [manual]
Polarimetry Antenna :
3164-08 Open Boundary Quad-Ridged Horn (ETS Lindgren) 700 MHz - 10 GHz
[Manual 1] [Manual 2]
Calibration kit 85033E [manual]
Agilent DS03202A Digital Oscilloscope [datasheet]
Line Laser LTK-3001
GIS and Remote Sensing softwares :
1. ArcGIS
2. PCI Geomatics
3. ERDAS Imagine
4. ENVI New !
Scanner, Digitizing tables and softwares (Didger etc)
Always updated microwave references :
1. Books
2. Magazine
IEEE Spectrum
IEEE Antenna and Propagation Magazine
IEEE Microwave Magazine
IEEE Aerospace System Magazine
3. Journal
IEEE Geoscience and Remote Sensing
IEEE Antenna and Propagations
IEEE Aerospace Systems
IEEE Microwave Teory and Techniques
IEICE Communications
Remote Sensing Society Japan
Japan Society for Photogrammetry and Remote
Sensing etc
Satellite imageries archives New !
1. JERS-1 SAR
2. ERS
3. ALOS PALSAR
4. Landsat
5. ASTER
Maps collection, including old maps [map archive]
etc.
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Japanese