| 1. | The effects of deflections are evaluated during the process of calibrating the balance .
变形影响是在天平校准的过程中测量的。 |
| 2. | In the new balance calibration system , the balance position be measured
新研制的天平校准系统已经投入实际应用。 |
| 3. | Non - contacted measure to confirm the balance ' s position in adjustment of balance
天平校准系统中位置姿态非接触式测量与计算方法 |
| 4. | To develop a good strain - gauge balance calibration system was been regarded as one of the most important works for most aerodynamic research institute
国内外各大空气动力研究机构都非常重视应变天平校准系统研制。 |
| 5. | Based on the theory of virtual instrument , this paper presents a software for balance calibration that includes the following features : 1
基于虚拟仪器理论，本论文开发了一套天平校准软件，这套软件有以下特点： 1 |
| 6. | According to an analysis of calibration system ' s operation process and work principle , the main sources of error in the calibration system are analyzed
通过对校准系统工作过程和工作原理的分析，总结出了天平校准系统的主要误差来源。 |
| 7. | The strain - gauge balance must be calibrated before it ’ s using in the wind tunnel tests , and the precision and accuracy of the balance will be affected by the characters of the calibration system
而应变天平在用于风洞试验前,必须进行静态校准,天平校准系统的性能指标将直接影响天平校准系数的准确性。 |
| 8. | Calibration of wind tunnel balances is time consuming and strenuous . there are many people that do have a need to develop their own calibration software that shorten the time and manpower needed for a calibration of balance
风洞天平校准是一项颇费时间和精力的工作，有必要为天平校准开发相应的软件用以缩短校准时间，节约人力物力。 |
| 9. | The automatic six - component calibration - loads loading system is one of the most important system of a balance calibration system , and how to load the six component loads on a balance is a difficult problem to deal with
如何实现天平校准载荷六分量自动加载,是六分量天平校准系统研制的关键技术问题之一。本文选用了9加载施力点的加载方案实现六分量天平校准载荷的加载,保证各加载分量的精度指标相互协调。 |
| 10. | The position measuring system was another important system in the new balance calibration system . to work out the calibration loads in the bcs of balance with the results of balance position measuring is the key technique to improve the veracity of the balance calibration results
通过天平空间位移测量并将地轴系校准载荷换算到天平体轴测量坐标系后再进行天平校准系数计算,是保证本文所研制的地轴系天平校准系统静校结果准确性的关键技术途径。 |
