Review of Mechanical Structure of Force Actuator for Optical Astronomical Telescope

Yu Fang Zhang

doi:10.4028/www.scientific.net/AMR.765-767.25

Paper Titles

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Research on Gap Analysis and Compensation of Rollers in Printing Machine
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Experimental Research on the Stiffness of Air Spring
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Risk Assessment of Sawing Machine Oriented to Mechanical Safety Design
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Review of Mechanical Structure of Force Actuator for Optical Astronomical Telescope
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Study on Properties and Parameter Analysis of φ382 DTH Bit
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The Aerodynamic Characteristics of Winglet and Effect on the Performance of the Flight
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Fuzzy Reliability Allocation of CNC Grinding Machine Tools
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The Contrast for Offset Method of Catmull-Clark Subdivision Surface
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Review of Mechanical Structure of Force Actuator for Optical Astronomical Telescope

Abstract:

Reviewed the application of force actuators in the optical astronomical telescopes, and introduced the working principle, mechanical structure, performance requirements and basic components of the force actuators; then compared the advantages and disadvantages of force actuator types which commonly used in astronomical telescopes, finally, propose a outlook of the development trend of the actuator on the great telescope application requirements.