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2007•Journal of Chinese Inertial TechnologyRequires access

Review on angular accelerometer development

Chen Wen-yuan

Open publisher page 14 citations

Abstract

A lot of typical structures and working mechanisms of angular accelerometers abroad and at home were given in the paper. Combining with the analysis of developing trend and characteristics of other angular accelerometers, a novel micromachined angular accelerometer with fluid inertial mass was proposed. Micro-fluid angular accelerometer only detects the angular accelerometer in the direction of input axis, and it can effectively separate the linear acceleration and vibration.

About this research paper

What this paper is about

A lot of typical structures and working mechanisms of angular accelerometers abroad and at home were given in the paper. Combining with the analysis of developing trend and characteristics of other angular accelerometers, a novel micromachined angular accelerometer with fluid inertial mass was proposed. Micro-fluid angular accelerometer only detects the angular accelerometer in the direction of input axis, and it can effectively separate the linear acceleration and vibration.

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OpenAlex reports 14 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Method / approach

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Available abstract

A lot of typical structures and working mechanisms of angular accelerometers abroad and at home were given in the paper. Combining with the analysis of developing trend and characteristics of other angular accelerometers, a novel micromachined angular accelerometer with fluid inertial mass was proposed. Micro-fluid angular accelerometer only detects the angular accelerometer in the direction of input axis, and it can effectively separate the linear acceleration and vibration.

Key concepts: Accelerometer, Angular acceleration, Angular velocity, Acceleration, Inertial measurement unit, Angular displacement, Vibration, Inertial frame of reference

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