6B. Generic Technologies for Nano/Pico Platforms

Papers

1. Optimizing phase change material heat sink geometries for passive thermal control of nanosatellites

2. High-Precision Speed Measurement Based on Linear Hall Effect Sensors of Reaction Wheel for Pico-Nano Satellites

3. Flight Results of the Mission of TNS-0 #2 Nanosatellite Connected via Global Communication System

4. The redundancy and fail-safe concept of the OPS-SAT payload processing platform

5. Delfi-PQ: the first PocketQube of Delft University of Technology

6. The Status of CubeSat Electric Propulsion Technology

7. Design, Development, Testing and On-orbit Performance Results of a Low-cost Store-and-Forward Payload Onboard a 1U CubeSat Constellation for Remote Data Collection Applications

8. A Compact Thermo-Optical Sun and Earth Sensor for Small Satellites

9. Intersatelital communication between the CubeSat "AzTechSat-1" and the Globalstar constellation

10. Opportunities and technical challenges offered by a LED-based technology on-board a CubeSat: the LEDSAT mission

11. Attitude and Orbit Control Results of the GOMX-4 Tandem Cubesat Mission

12. Iterative design and experimental simulation analysis of Louver for Nanosatellites

13. DESIGN AND ANALYSIS OF AN INNOVATIVE CUBESAT THERMAL CONTROL SYSTEM FOR BIOLOGICAL EXPERIMENT IN LUNAR ENVIRONMENT

14. BEESAT-5: A New Level of Satellite Miniaturization and Integration

15. Preliminary Space Qualification of an Xbee as an Inexpensive Commercial Off the Shelf Small Range Transceiver for Inter-Satellite Communication