光学精密工程2012，Vol.20Issue(7)：1566-1572,7.DOI:10.3788/OPE.20122007.1566
不完整球形超导转子静平衡的气浮测量
Measurement of static balance for incomplete spherical superconducting rotor with compressed air
摘要
Abstract
A flotation method involving the control of the unbalance orientation of a rotor is put forward to improve the measurement precision of mass imbalance of an incomplete spherical superconducting rotor. By adding additional weights within the rotor to change its quantity of the mass unbalance, this method limits the azimuth of the mass unbalance to an accurate measurable range. As the additional weights change, the observed values change simultaneously, and the mass unbalance can be derived by a relevant formula. This method can improve the measured precision without any damage to the rotor or influence on its electromagnetic and superconducting properties. The fluctuation of the measured offset is within ±6 μm, and its Z-axis component is within ±8 μm. Moreover, it can improve the working performance of some types of the devices based on the rotor greatly, and can offer some references for other balanced measurements of the machines without mechanical support for its rotor. The measurement equipment of this method is simple, precise, and its experimental period is short.关键词
静平衡测量/超导转子/不完整球形转子/气浮法Key words
static balance measurement/ superconducting rotor/ incomplete spherical rotor/ flotation method分类
信息技术与安全科学引用本文复制引用
高霏,王晖,胡新宁,王秋良..不完整球形超导转子静平衡的气浮测量[J].光学精密工程,2012,20(7):1566-1572,7.基金项目
国家自然科学基金资助项目(No.51107135) （No.51107135）
