n. 1.歪斜，偏斜。 2.【物理学】偏转(度)；偏差。 3.【工业】挠曲；挠度。 4.【军事】(枪弹的)偏差。 短语和例子 deflexion shooting (把飞机的移动计算在内而把炮火射到飞机前面的)修正瞄准射击。
a turning aside (of your course or attention or concern); "a diversion from the main highway"; "a digression into irrelevant details"; "a deflection from his goal" 同义词：diversion, deviation, digression, deflection, divagation,
the property of being bent or deflected 同义词：deflection, bending,
the movement of the pointer or pen of a measuring instrument from its zero position 同义词：deflection,
the amount by which a propagating wave is bent 同义词：deflection, refraction,
例句与用法
1.
In a continuous beam the vertical deflexions at the rigid supports must be zero . 在连续梁中，刚性支承处的垂直变形必须为零。
2.
The anisotropy associated with the earth's rotation results in a slight deflexion of the ray paths . 与地转有关的不均匀性会导致波向线产生轻微的偏转。
3.
The result shows that the law of acoustic - optic deflexion and modulation basically tallies with the experiment 通过实验测量，绘制了声光偏转和调制曲线，并结合理论对实验结果作了分析讨论。
4.
These people although " sleeps disagreement eye " , but had closed approach as a result of partial eyelid , black eyeball always is a side that deflexion is shutting faze , show white share only 这些人虽然"睡不合眼" ，但由于部分眼皮已经闭拢，黑眼珠总是偏转在闭扰的一侧，只露出眼白部分。
5.
( 6 ) the principal stress direction arised deflexion obviously after excavation , the maximum principal stress paralled to opening , minimum principal stress vertical to sidewall or vault ( 6 )数值模拟研究表明，隧道开挖后，主应力方向发生明显偏转，最大主应力与开挖临空面平行，最小主应力近于垂直。
6.
Performance and useness : right grammage and thickness , smooth surface , high whiteness , high deflexion , low dirt count , good print ability . wide used for print books , color insert , brand , account paper and product catalogue , etc 部优产品性能用途：定量厚薄一致，表面平整细腻，白度高挺度好尘埃少，具有良好的适印性能。
7.
There are two innovated points in this paper . the first is that we abandoned mechanical apparatus in deflexion , and this is good for signal ’ s disposal . the second is that we adopted nlc facility and this will largely lighten apt systerm ’ s size , weight and power consumption 本论文的创新主要在于两个方面: ( 1 )摒弃了机械式的偏转控制,便于其后的信号处理。且该器件驱动电压低(约3伏) ,功耗小(毫瓦级/平方厘米) 。
8.
Based pc , d / a convertor and 2 - dimension galvanometer scanning system , laser marking control system is built . coordinate data scanned and kept in the computer are transformed into the analog signals by d / a converter , then control the galvanometer to deflexion 基于pc 、 d / a转换器和二维振镜扫描系统搭建激光打标机控制系统，将存储在主控计算机的扫描坐标点的坐标数据通过d / a转换，将数字信号转换成模拟信号来控制振镜偏转。
9.
It compute the parameter of deflexion caused by thermal distortion in orbit , deduce the general expression for spreading beam after thermal distortion of reflector and the center deflexion of facula received in ccd . with the method of fixing etc , it put forward the restrain measures adopted accordingly 计算了在轨运行条件下反射镜面热变形引起的表面法向偏转参数,推导了镜面变形后出射光线的通用表达式以及镜面变形前后在ccd探测器上的接收光斑中心偏转量的计算表达式。
10.
Lc apparatus almost meet all the needs of space optical communication such as weight , size , power consume , life , cost , driving voltage , intergration of optics and electricity , programe , optically take ? over aperture , beam scanning , deflexional range and so on . switches , deflexional facilities and scanning equipments which made with lc have been used in the system of labor in space communication . the only bug of lc apparatus is that their answer speed only get microsecond rate or submicrosecond rate . but it is practical for them to be used in special beam capture , scan , deflexion controling which don ’ t concerned with code rate and code type 液晶器件几乎满足空间光通信的所有大的指标要求如重量、尺寸、功耗、寿命、成本、驱动电压、光电集成、可编程性、光学接收孔径、光束扫描和偏转范围等等。液晶光开关、光偏转器、光扫描器已经开始应用于光纤通信的实验系统中。液晶类器件应用于光通信的唯一重大缺陷,是其响应速度目前只能达到微秒级或亚微秒级,不过,在不涉及到码型码率的空间光束捕获、扫描、偏转、控制方面,液晶器件完全可能进入实用化。
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