气流双元抗加速度干扰角速度陀螺研究

介绍一种新型气流式角速度陀螺－－气流以元抗加速度干扰角速度陀螺。它从根本上克服了一般气流陀螺不能抵抗线性加速度干扰的重大缺陷。文中详细分析了这种陀螺的工作原理，提出了管内速流偏心抛物面理论，并以此为基础建立了较完整的理论，纠正了传统理论中的某些错误。这有助于对气流陀螺作用机理的进一步理解。这种陀螺具有固态、低成本、高线性、抗冲击、长寿命、低价格等独特优点。

A DOUBLE-UNIT ACCELERATION RESISTANT SUPERJET LAMINAR ANGULAR RATE GYRO

Presents a new type of superjet laminar angular rate gyro-the doubleunit acceleration resistant superjet laminar angular rate gyro. It thoroughly gets rid of interference from acceleration. The paper gives a detailed analysis of the working principle and suggests a theory of gas velocity deflection of paraboloid. It gives corrections to the traditional theory of superjet laminar angular rate gyros. The gyro has many advantages such as solid state, low cost, high linearity, anti-lash and long life-span, unattainable in mechanical gyro families.