System Design for the Control of Liquid Helium by Electrostatic Forces for the Step Mission

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System Design for the Control of Liquid Helium by Electrostatic Forces for the Step Mission

Mason, P. / Gutt, G. / MacNeal, P. / Rogers, D. / Bunker, E. / Torii, R. / Worden, P.

A greatly improved test of the equivalence of inertial and gravitational mass is now possible, using superconducting measurement technology in an earth-orbiting spacecraft.

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Title :

System Design for the Control of Liquid Helium by Electrostatic Forces for the Step Mission

Contributors:

Mason, P. (author) / Gutt, G. (author) / MacNeal, P. (author) / Rogers, D. (author) / Bunker, E. (author) / Torii, R. (author) / Worden, P. (author)

Conference:

Internation Cryogencis Engineering Conference

Publication date :

1994-06-07

Type of media :

Conference paper

Type of material :

No indication

Language :

English

Keywords :

Engineering (General) , equivalence principle electrostatic forces liquid helium gravity-gradient field

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