'Laser ranging' presentation slideshows

L unar U niversity N etwork for A strophysics R esearch Jack Burns, Director

647 views • 54 slides

CubeSat Design for Solar Sail Testing Platform

CubeSat Design for Solar Sail Testing Platform. Phillip Hempel Paul Mears Daniel Parcher Taffy Tingley. The University of Texas at Austin. December 5, 2001. Presentation Outline. Introduction. Tracking. Electronics. Structure & Deployment. Propulsion. Orbital Simulation. Budget.

628 views • 45 slides

Lunar University Network for Astrophysics Research Executive Committee Meeting

Lunar University Network for Astrophysics Research Executive Committee Meeting September 21-22, 2009. Agenda: September 21. Welcoming Remarks Update from LUNAR-central Updates from Key Project Teams Gravitational Physics & Lunar Structure via LLR Radio Heliophysics

504 views • 44 slides

Laser Ranging Technique for ASTROD I Mission

Laser Ranging Technique for ASTROD I Mission. ? Introduction ? Key Requirements of Ground LR Station for ASTROD I ? Telescope Pointing and Pointing Ahead ? Day-Time Laser Ranging Technique ? Optical Layout of LR for the ASTROD I Mission.

518 views • 32 slides

Earthquake Destruction & Dangers

Earthquake Destruction & Dangers. The major causes of earthquake damage. Soil conditions Aftershocks Tsunamis. Soil Conditions. Layers of loosely packed soil, high in moisture can lead to Liquefaction Landslides. Loosely packed soil turns into mud.

401 views • 27 slides

Challenges and progress with the development of a Lunar Laser Ranger for South Africa

351 views • 25 slides

Challenges and progress with the development of a Lunar Laser Ranger for South Africa

252 views • 25 slides

Asynchronous Laser Transponders: A New Tool for Improved Fundamental Physics Experiments

Asynchronous Laser Transponders: A New Tool for Improved Fundamental Physics Experiments. John J. Degnan, Sigma Space Corporation 4801 Forbes Blvd., Lanham, MD 20706 From Quantum to Cosmos: Fundamental Physics Research in Space International Workshop, Washington, DC USA May 22-24, 2006.

427 views • 24 slides

Current Progress of Development of Laser Interferometry for LISA-type Mission in China

Gravitational Waves: New Frontier 16-18 January, 2013 Research Park, Seoul National University, KOREA. Current Progress of Development of Laser Interferometry for LISA-type Mission in China. Hsien-Chi Yeh School of Physics Huazhong University of Science & Technology. Outline. 1.

381 views • 23 slides

Lunar Laser Ranging - A Science Tool for Geodesy and General Relativity

442 views • 22 slides

Preliminary Results of Laser Ranging to Un-cooperative Targets at Shanghai SLR Station

Preliminary Results of Laser Ranging to Un-cooperative Targets at Shanghai SLR Station. Yang FuMin, Zhang ZhongPing, Chen JuPing, Chen WanZhen, Wu ZhiBo, Zhang HaiFeng Shanghai Astronomical Observatory, Chinese Academy of Sciences, Shanghai, China. Ivan Prochazka

293 views • 21 slides

Motivation: Solar System Dynamics

One-way Ranging to the Planets Maria T. Zuber Massachusetts Institute of Technology David E. Smith NASA/Goddard Space Flight Center 16 th International Workshop on Laser Ranging Poznan, Poland 14 October 2008. Motivation: Solar System Dynamics.

228 views • 18 slides

ILRS: Current Status and Future Challenges

ILRS: Current Status and Future Challenges Michael Pearlman 1 , Giuseppe Bianco 2 , Stephen Merkowitz 3 , Carey Noll 3 , Erricos C. Pavlis 4 , Victor Shargorodsky 5 , Zhang Zhongping 6 (with contributions from many other people)

239 views • 14 slides

Laser Ranging Contributions to Earth Rotation Studies

310 views • 14 slides

Towards Advanced Lunar Laser Ranging

Towards Advanced Lunar Laser Ranging. Slava G. Turyshev with special thanks to Richard T. Baran, Dale H. Boggs, William M. Folkner, Gary Gutt, Ruwan P. Somawardhana, Robert Spero, James G. Williams Jet Propulsion Laboratory, California Institute of Technology

104 views • 10 slides

work on absolute laser ranging of long distances at laboratoire ARTEMIS two posters:

work on absolute laser ranging of long distances at laboratoire ARTEMIS two posters:. µm scale accuracy, simple set-up. nm scale accuracy, less simple set-up. Laboratoire ARTEMIS, Univ. de Nice, Observatoire de la Côte d'Azur , and CNRS Bd de l'observatoire, Nice michel.lintz@oca.eu.

136 views • 4 slides

First SLR Operation in Korea using TROS (Chinese Transportable Ranging System)

16 th International Workshop on Laser Ranging. First SLR Operation in Korea using TROS (Chinese Transportable Ranging System). 2008. 10. Hyung-Chul Lim 1) , Guo Tangyong 2) , Wang Peiyuan 2) , Hyeon-Seok Jeon 1) , Yoon-Kyung Seo 1) , Jong-Uk Park 1) , Zou Tong 2)

155 views • 2 slides

ISS Optical Clock Hardware Development

ISS Optical Clock Hardware Development. Objectives: Strengthen the US role in planned ESA ISS optical clock collaboration by providing a US sub-system contribution as part of the barter agreement.

178 views • 1 slides

ISS Optical Clock Hardware Development

ISS Optical Clock Hardware Development. Objectives: Strengthen the US role in planned ESA ISS optical clock collaboration by providing a US sub-system contribution as part of the barter agreement.

93 views • 1 slides