SINGLE-CRYSTALLINE SOLID-STATE RESONATOR GYRO PROTOTYPE CRG-1

机译：单晶固态谐振器陀螺原型CRG-1

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Problems of development of precise and inexpensive solid-state sensors for satellites, oil drilling and other applications are still urgent. Their solution determined by creature of such technological-design schemes of the instruments, which are, on the one hand, based on work out technological processes, and, on the other hand, - on results of applied theory and schemotechnique of devices like HRG. In particular, over 20-years experience of STM experts in creature of such state-of-art instruments from quartz glass can be effectively transferred onto new technologies. It is especially essential for Ukraine, aiming to develop its own small and middle business, effectively participating in international projects and investments.

机译：用于卫星的精确和廉价固态传感器的开发问题，漏油和其他应用仍然迫切。它们的解决方案通过这种技术设计方案的生物确定，即一方面，基于工作技术过程，以及另一方面 - 在HRG等设备的应用理论和刀架的结果上。特别是，在石英玻璃的这种最新的仪器中获得了超过20年的STM专家的经验，可以有效地转移到新技术上。它对乌克兰特别重要，旨在发展自己的中小企业，有效地参与国际项目和投资。

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《Saint Petersburg International Conference on Integrated Navigation Systems》|2005年||共4页
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S. A. Sarapuloff; L. A. Lytvynov; Scientific Council of the Russian Academy of Sciences on the Problems of Motion Control and Navigation(RU); International Public Association-Academy of Navigation and Motion Control(ANMC); American Institute of Aeronautics and Astronautics(AIAA);
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中图分类 V249.324-53;
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solid-state gyroscopy; cylindrical and hemispherical shell resonators; support and fixture of a resonator; tuning of a resonator; frequency mismatch; limiting achievable Q-factor; optimization and designing of resonators;

机译：固态陀螺仪;圆柱形和半球形壳体谐振器;谐振器的支撑和夹具;调整谐振器;频率不匹配;限制可实现的Q系数;优化和设计谐振器;

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1. Compensation of Wave Solid-State Gyro Drifts Caused by Anisotropy of Elastic Properties of a Single-Crystal Resonator [J] . A. A. Maslov, D. A. Maslov, I. V. Merkuryev, Gyroscopy and navigation . 2020,第3期

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2. Nonlinear Effects in Dynamics of Cylindrical Resonator of Wave Solid-State Gyro with Electrostatic Control System [J] . A. A. Maslov, D. A. Maslov, I. V. Merkuryev Gyroscopy and navigation . 2015,第3期

机译：静电控制系统对波动固态陀螺仪圆柱谐振器动力学的非线性影响
3. Frequency Split Elimination Method for a Solid-State Vibratory Angular Rate Gyro with an Imperfect Axisymmetric-Shell Resonator [J] . Hong Liu, Mengyin Fu, Ning Liu, Sensors . 2015,第2期

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4. SINGLE-CRYSTALLINE SOLID-STATE RESONATOR GYRO PROTOTYPE CRG-1 [C] . S. A. Sarapuloff, L. A. Lytvynov, Scientific Council of the Russian Academy of Sciences on the Problems of Motion Control and Navigation(RU), Saint Petersburg International Conference on Integrated Navigation Systems . 2005

机译：单晶固态谐振器陀螺原型CRG-1
5. Toward Perfection of Gyros! Modeling, Analysis, and Modification of Ring-Type Resonators [D] . Behbahani, Amir Hossein. 2018

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6. Frequency Split Elimination Method for a Solid-State Vibratory Angular Rate Gyro with an Imperfect Axisymmetric-Shell Resonator [O] . Zhen Lin, Mengyin Fu, Zhihong Deng, 2015

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7. Frequency Split Elimination Method for a Solid-State Vibratory Angular Rate Gyro with an Imperfect Axisymmetric-Shell Resonator [O] . Zhen Lin, Mengyin Fu, Zhihong Deng, 2015

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8. Analysis, Design and Prototype Development of Squeeze Film Bearings for Ab-5 Gyro. Phase 5 - Development of an Integral Design Prototype Squeeze Film Bearing Supporting a Live Ab-5 Gyro Float Final Report [R] . Chiang, T., Hoogenboom, L. 1969

机译：ab-5陀螺挤压薄膜轴承的分析，设计与原型开发。第5阶段 - 开发整体设计原型挤压薄膜轴承，支持实时ab-5陀螺仪浮动最终报告

SINGLE-CRYSTALLINE SOLID-STATE RESONATOR GYRO PROTOTYPE CRG-1

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