| 1. | Deduction of the theoretical formula of the bending center and its application
弯曲中心理论公式的推导和应用 |
| 2. | In addition , a theoretical formula of the system performance was derived
另外还导出了单稳态系统性能的理论公式。 |
| 3. | Finally , the reliability of the formula is verified by the data collected
最后，通过大量的实验数据，验证了该理论公式的可靠性。 |
| 4. | After computing and comparison , the result of the theory is close to the real value
实例计算表明，理论公式计算结果与实测值比较接近。 |
| 5. | The influence of different geometry condition on the - ray intensities has also been discussed
由试验验证，结果显示试验数据和理论公式一致。 |
| 6. | We deduced the basic theoretical formula for analyse piezoelectrics and acoustic fluid using fem
推导了使用有限元分析压电体和声学流体的基本理论公式。 |
| 7. | Quite a few simulating resulting results show the effectiveness and correctness of this new method
若干模拟计算结果表明，所给出的理论公式是正确和有效的。 |
| 8. | A selfequilibrating stress system must be found . force density method is deve1oped for form finding
本文推导了用力密度法进行索膜结构形状确定的理论公式。 |
| 9. | In view of the situation in infinite plate with rectangular excitation , surface mobility is defined
针对无限平板中矩形激励的情况，推导了有效面导纳的理论公式。 |
| 10. | In fifth century kubo derived his theoretical linear formula for calculating non - local response function
Kubo早在50年代就导出了计算非局域响应函数的线性理论公式。 |
