Publications – Page 9 – Michigan Aerospace

Direct Detection Doppler Winds Lidar: Ground-based Operation to Space

Post author By kkerber
Post date August 1, 2003

Wang, J., M. Dehring, C. Nardell, P. Hays, D. Dykeman, and B. Moore III , “Direct Detection Doppler Winds Lidar: Ground-based Operation to Space,” Lidar Remote Sensing for Environmental Monitoring IV, SPIE Proceedings. 5151:93-104, San Diego, CA, August, 2003.

Space LIDAR Simulations Derived from the GroundWinds New Hampshire and Hawaii Instruments

Post author By kkerber
Post date August 1, 2003

Publications

Dehring, Michael T., Carl A. Nardell, and Paul B. Hays, “Space LIDAR Simulations Derived from the GroundWinds New Hampshire and Hawaii Instruments,” Lidar Remote Sensing for Environmental Monitoring IV, SPIE Proceedings, 5154:84-92, San Diego, CA, August, 2003.

Recent Measurement Achievements of the GroundWinds Direct Detection Doppler Wind Lidars

Post author By kkerber
Post date June 1, 2003

Publications

Dehring, Michael T., Ivan G. Dors, Carl A. Nardell, Jane C. Pavlich, and Paul B. Hays, “Recent Measurement Achievements of the GroundWinds Direct Detection Doppler Wind Lidars,” Presented at the CLRC in Bar Harbor June, 2003.

Molecular Optical Air Data System (MOADS) Flight Experiment

Post author By kkerber
Post date April 1, 2003

Publications

Watkins, Christopher B., Charles J. Richey, Peter Tchoryk, Jr., Greg A. Ritter, Paul B. Hays, Carl A. Nardell, Theodore C. Willis, and Russell Urzi, “Molecular Optical Air Data System (MOADS) Flight Experiment,” Laser Radar Technology and Applications VIII, SPIE Aerosense Conference, Orlando, Florida, SPIE Proceedings, 5086: 236-245, April, 2003.

Supporting the Missions of Mauna Kea Observatories with GroundWinds Incoherent UV LIDAR Measurements

Post author By kkerber
Post date February 1, 2003

Publications

Businger, S., Cherubini, T., Dors, I., McHugh, J., McLaren, R., Moore, B., Ryan, J., and Nardell, C., “Supporting the Missions of Mauna Kea Observatories with GroundWinds Incoherent UV LIDAR Measurements”, Proceedings of SPIE Vol. 4839, February 2003, p. 858-868.

Michigan Aerospace Corporation (MAC) is an advanced engineering and products company that provides innovative remote sensing, intelligent systems and software solutions for space, air, and earth-bound applications. Our roots are in developing atmospheric measurement systems for aerospace customers, but we are also applying these same technologies and expertise to solving problems closer to home, including clean energy, water management, and early stage disease detection.