Title of article
Testing LISA drag-free control with the LISA technology package flight experiment
Author/Authors
Heinzel، G نويسنده , , Bortoluzzi، D نويسنده , , Bosetti، P نويسنده , , Carbone، L نويسنده , , Cavalleri، A نويسنده , , Ciccolella، A نويسنده , , Lio، M Da نويسنده , , Danzmann، K نويسنده , , Dolesi، R نويسنده , , Gianolio، A نويسنده , , Hoyland، D نويسنده , , Hoyle، C D نويسنده , , Hueller، M نويسنده , , Nappo، F نويسنده , , Sallusti، M نويسنده , , Sarra، P نويسنده , , Plate، M Te نويسنده , , Tirabassi، C نويسنده , , Vitale، S نويسنده , , Weber، W J نويسنده ,
Issue Information
روزنامه با شماره پیاپی سال 2003
Pages
-88
From page
89
To page
0
Abstract
The LISA test masses must be kept free of stray acceleration noise to within 3 * 10^-15 m s^-2 Hz^-1/2 in order to obtain the low-frequency gravitational wave sensitivity goal. The LISA technology package (LTP) is a dedicated ESA flight experiment for testing the drag-free control technology that must ensure purity of free fall in the LISA mission. We present here a brief description of the LTP experimental configuration, specific measurements to be performed and the requirements that must be met in order to demonstrate the LTP stray acceleration upper limit goal of 3 * 10^-14 m s^-2 Hz^-1/2 at 1 mHz.
Keywords
Infrared , diode lasers , Spectroscopy , far-infrared lasers , Remote sensing , Combustion diagnostics , laser optics , lasers , Absorption
Journal title
CLASSICAL AND QUANTUM GRAVITY
Serial Year
2003
Journal title
CLASSICAL AND QUANTUM GRAVITY
Record number
72930
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