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Preface | ||
LISA and Ground-based Detectors for Gravitational Waves: An Overview | 3 | |
LISA Mission Design | 11 | |
LISA Operations and Sensitivity | 17 | |
Structural Design of the LISA Payload | 24 | |
Thermal Design and the Gravitational Influence of Thermally Induced Mechanical Changes on the LISA Payload | 31 | |
Supermassive Black Holes Then and Now | 41 | |
Supermassive Black Holes as Sources for LISA | 45 | |
Supermassive Black Hole Quasar Remnants | 50 | |
High Mass Ratio Sources of Low Frequency Gravitational Radiation | 53 | |
General Relativity as Seen in X-rays: What can LISA Tell us That We Don't Already Know? | 57 | |
Gravitational Radiation from Close Double White Dwarfs | 61 | |
Confusion Noise Estimate for Gravitational Wave Measurements in Space | 68 | |
Cosmological Gravitational Wave Backgrounds | 79 | |
Some Specific Sources in Our Galaxy for the Laser Interferometer Space Antenna (LISA) | 87 | |
LISA's Angular Resolution for Monochromatic Sources | 95 | |
LISA: Parameter Estimation for Massive Black Hole Binaries | 101 | |
Filtering Gravitational Waves from Supermassive Black Hole Binaries | 110 | |
LISA as a Xylophone Interferometer Detector of Gravitational Radiation | 121 | |
Detection of Continuous Gravitational Wave Signals: Pattern Tracking with the Hough Transform | 128 | |
Removal of Interference from External Coherent Signals | 135 | |
Laser Phase Locking for LISA: Experimental Status | 143 | |
Laser Development and Laser Stabilisation for the Space-borne Gravitational Wave Detector LISA | 148 | |
Optical Engineering Requirements for the LISA Wavefront Error Budget | 156 | |
Interferometry for ELITE | 165 | |
Experimental Demonstration of Aspects of LISA Interferometry | 169 | |
Design Issues for LISA Inertial Sensors | 172 | |
The Design and Testing of the Gravity Probe B Suspension and Charge Control Systems | 178 | |
The Expected Performance of Gravity Probe B Electrically Suspended Gyroscopes as Differential Accelerometers | 188 | |
Design Considerations for Drag Free Satellites | 199 | |
Indium Liquid-Metal Ion Sources as Micronewton Thrusters | 207 | |
The GEO600 Ground-Based Interferometer for the Detection of Gravitational Waves | 217 | |
Status and Noise Limit of the VIRGO Antenna | 222 | |
Resonant-mass Gravitational-Wave Detectors in Operation | 226 | |
Spacecraft Doppler Gravitational Wave Experiments | 229 | |
Inertial Sensor for the Gravity Wave Missions | 236 | |
Author Index | 241 |
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