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Seedcorn Projects

Seed-corn technology projects or mission studies are smaller projects which have strong enabling potential for future space EO activities.
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1 Advanced GRIN lens Design for Sub-mm Radiometer Systems (AGLeD) 275
2 Application of a New Detector Processing Technique for Space-borne Fire Measurement and Monitoring 219
3 Assessment of a New Low Weight Mirror Fabrication Technique for Future EO Space Systems 421
4 Emulation and Performance Study of an On-Board Level 1 Processor for Squinted SAR 325
5 High-Frequency Doppler Radars for a Polar Precipitation Mission 285
6 UCAM - The Ultra-Compact Air Quality Mapper 280
7 Concept Studies for a Methane Emission Imager 260
8 Innovative Ice Cloud Imager 393
9 Pre-development of Critical Technology for the MetOp-SG Microwave Sounder (MWS) Instrument 491
10 System and Applications Study for a Future Geosynchronous Radar Mission 302
11 Using SAR to Observe Earth Surface Deformation in Three Dimensions 1120
12 Development of IFU Spectrometers 469
13 Hyperspectral Imaging using Microslicing 1260
14 Detection of Methane Bubbles Mick Johnson 923
15 WaveMill On-Board Processing 1257
16 Frequency Selective Surface Filters 1043
17 Fully Integrated Hollow Waveguide Laser Heterodyne Radiometer 818
18 High Altitude Platforms 625
19 Multi-angle IR Stereo Radiometer 445
20 Grism Technology 884