Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: A new class of very low-noise low frequency force-balance accelerometers is presented. The device has been designed for advanced mirror isolation systems of interferometric gravitational wave detectors. The accelerometer consists of a small monolithic folded pendulum with two second of natural period and an in-vacuum mechanical quality factor of 3000. The folded pendulum geometry, combined with the monolithic design, allows a unique 0.01% cross-axis residual coupling. Equipped with a high resolution capacitance position sensor is capable of a noise equivalent inertial displacement of 1 nm r.m.s. integrated over all the frequencies above 0.01 Hz. The main features of this new accelerometer are here revied. New possible applications of monolithic folded pendula in geophysical instrumentation are discussed.
['A. Bertolini', 'R. Desalvo', 'F. Fidecaro', 'Akiteru Takamori']
I am writing a research paper on a idea Monolithic folded pendulum accelerometers for seismic monitoring and active isolation systems
[{"from": "human", "value": "I am writing a research paper on a idea Monolithic folded pendulum accelerometers for seismic monitoring and active isolation systems"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: A new class of very low-noise low frequency force-balance accelerometers is presented. The device has been designed for advanced mirror isolation systems of interferometric gravitational wave detectors. The accelerometer consists of a small monolithic folded pendulum with two second of natural period and an in-vacuum mechanical quality factor of 3000. The folded pendulum geometry, combined with the monolithic design, allows a unique 0.01% cross-axis residual coupling. Equipped with a high resolution capacitance position sensor is capable of a noise equivalent inertial displacement of 1 nm r.m.s. integrated over all the frequencies above 0.01 Hz. The main features of this new accelerometer are here revied. New possible applications of monolithic folded pendula in geophysical instrumentation are discussed."}]