| 1. | High deviation angle
大井斜角 |
| 2. | The influence of various factors on the deviation angle and loss was represented by components
各种不同因素对落后角和损失的影响以分量的形式表示。 |
| 3. | Improved method of determining the minimum deviation angle in the esperiment of measuring the refractive indes of glass
在玻璃棱镜折射率实验中测量最小偏向角方法的改进 |
| 4. | The deviation angle between different telescopes is found out by comparing the images from the different telescopes and the calibration of the solar point deviation is realized
研究由不同波段望远镜获得的太阳图像处理的方法，建立相应的数学模型，编制计算程序，进行模拟图像处理，实现不同望远镜间的指向偏差标定。 |
| 5. | Besides , the effect on the performance caused by a variety of water drop types and contents is discussed . a model for computing the loss and deviation angle is developed using stage - stacking method on average streamline
着重分析了含有不同类型以及不同含量的水滴的来流对风扇压气机特性的影响，并且将计算结果与风扇压气机在来流为空气下的特性进行对比分析。 |
| 6. | Two angle - related shafts are joined with one set of universal joints , the two shafts will developed a phase difference , however , if taking advantage of two universal joins and the deviation angle will become the same , enabling synchronism
可以连接两个有角度关系的转轴，但在使用单组万向接头的情况下两轴会有相位差，若使用两组万向接头加之以两组的轴偏差角都相同即可使两转轴的相位同步。 |
| 7. | The attice parameter change due to heat treatment and c doping does not alter this ptimum orientation relationship but only slightly adjust the deviation angles . the alculated angles between ( 111 ) s , and ( 110 ) p all is 4 ? 6 ? for the lattice parameters neasured
另外还计算出（ 111 ） s ；与（ 11 ） p之间全部有4 ”一6 ”的空间角，将这个角投影至001 p方向或n刁1入；方向，就可以从理论上解释为什么会在高分辨照片上观察到的近4 ”的转角。 |
| 8. | Once projected along [ 001 ] p or [ 0 - 11 ] sj , the planes ( 111 ) si and ( 110 ) p have early 4 ? angle as confirmed by hrem . we also show that no planes with low idices between the two lattices are parallel . therefore , epitaxy growth on ( 100 ) sj corresponding to ( 100 ) p ) , or ( 111 ) sl ( corresponding to ( 110 ) p ) would be very ifficult under the optimum orientation relationship because of the slight but efinitely present deviation angles
我们还了解到两种晶格间不存在完全平行的低指数晶面，当采用最佳取向外延生长时，无论是选择（ 111 ） s ； （与（ 110 ）肥配）或（ 100 ） s ； （与（ 100 ） p相匹配）都很困难，因为1 ） s ；与豆0 ）和o0o儿与o ）间总是有一定的转角，这就很容易形成界面台阶，恶化界面状况。 |
