分析了离轴三镜系统中光学元件调整变量间的补偿关系和面形误差与调整变量间的补偿关系。
The compensation relationships among the adjustable variables and those between surface errors and the adjustable variables in off-axis three-mirror system are analyzed.
石油，天然气和化工工艺操作员监控和经营石油，石化和化工厂并且监控，调整和维护这些工厂的处理元件和设备。
Petroleum, gas and chemical process operators monitor and operate petroleum, petrochemical and chemical plants and monitor, adjust and maintain processing units and equipment in these plants.
结果说明：改变隔振元件的间距能调整扭转振动的固有频率的大小。
The results showed that the mount spacing can be varied to adjust the natural frequency of the rotational mode.
调整模式：调整模式可以让你无论是在选择工具、移动工具、旋转工具或缩放工具时使用鼠标快速的移动元件。
Tweak mode: Tweak mode lets you quickly move components under the mouse cursor regardless of whether you are currently using the Select Tool, move Tool, Rotate Tool or Scale Tool.
设计了以永磁式直流力矩电动机为执行元件的张力控制系统，它能够实时检测和调整缠绕过程中纤维的张力。
The tension control system using permanent-magnet DC torque motor as executive component is design. It can inspect and adjust tension at real-time during winding.
该系统结构简单，调整方便，并可以用作检验大口径光学元件而勿需同样尺寸的高质量参考光学件。
The system can be set up and adjusted quite easily and used to test large-aperture optical elements without high quality reference optics of the same size.
你可以在拖动元件时按住键来激活调整模式。
You can activate Tweak mode by holding 'on the keyboard and simultaneously dragging a component with.
本文提出的浮地频变负阻新电路具有有源和无源元件少、灵敏度低、稳定性好、无需调整和易于实现等优点。
A novel realization of floating FDNR proposed in the paper has advantages such as fewer passive and active elements, lower sensitivity, good stability, no need of adjustment, easy realization.
必须了解这些批注和调整代码或HTML元件的网路输出。
NET you have components that understand those annotations and adjust the code or the HTML output.
这是因为实现的事实，至少有一个减振元件(18)实现的，它可以用一个工具，而不需要援助或调整的工具。
This is achieved due to the fact that the at least one vibration-reducing element (18) is realized such that it can be adjusted with the aid of a tool or without requiring a tool.
提出的调速系统是用晶闸管作为调整元件的一种能耗制动调速系统。
A speed regulating system is proposed using method of energy consumption braking with silicon controlled rectifier as adjusting element.
该起重力矩限制器构造简单，测力元件采用引进产品，可靠性高，调整维修方便。
The limiter is of simple design incorporating imported load sensor and features high reliability and ease in adjustment and maintenance.
使用手工具和烙铁来调整和更换损坏或不当运作电路和电子元件。
Adjust and replace defective or improperly functioning circuitry and electronics components, using hand tools and soldering iron.
G5系列提供额外的Z轴的焦点透镜元件的调整，以补偿不同高压光学厚度。
The G5 Series provides additional Z-Axis adjustment of the focus lens cell to compensate for varying High-Pressure Optic Thickness.
由此，可由使用者选配适当的机身与机翼元件，加以组合并调整适当配重，变化组合成多种不同形态的飞行器玩具。
Thus, proper machine body and wing elements can be selected by a user to combine and adjust for proper counterweight, and aircraft toys with different forms can be changed and combined.
同类型的681压阻测量元件的压力变送器的补偿，调整和放大传感器信号，即是标准电压或电流输出可用。
The pressure transmitters of type 681 with piezoresistive measuring elements have compensated, adjusted and amplified sensor signals which are available as standard voltage or current outputs.
同类型的680压阻测量元件的压力变送器的补偿，调整和放大传感器信号，即是标准电压或电流输出可用。
The pressure transmitters of type 680 with piezoresistive measuring elements have compensated, adjusted and amplified sensor signals which are available as standard voltage or current outputs.
在研究的一开始曾出现一些失误，库尔廷考虑使用液晶电子元件来调整焦距，但电池成为问题。
There were some false starts along the way. Mr. Kurtin considered using liquid -crystal electronics to adjust the focus, but the batteries proved problematic.
证元件在所有测试工位上都是针对同一技术指标来进行调整和测试。
The components are for the same on all test station technical indicators to adjust and test.
在检测过程中，各个元件之间的调整会带来初级像差，这是影响最终检测结果的一个关键因素。
And alignment of every optical element could introduce primary aberrations, which will influence the final test result.
根据棱镜调整理论，分析了由于平面反射元件的安装误差所导致的光束转向、光轴偏离系统光轴的情况，并推导出相应的精确表达式。
In this paper, according to the law of prism turning, due to the errors in planar reflector assembling, light axis departure from systemic axis and light turning are analyzed.
该控制装置是耦合至该感应装置，依据一预定的表格，以对该二维阵列的像素值进行调整，以便达到对该二维阵列的感应元件的遮光补偿效应。
Said control device is coupled to the inducing device to regulate the pixel value based on a preset chart to reach the shading compensation effect to said 2-d array inducing elements.
该控制装置是耦合至该感应装置，依据一预定的表格，以对该二维阵列的像素值进行调整，以便达到对该二维阵列的感应元件的遮光补偿效应。
Said control device is coupled to the inducing device to regulate the pixel value based on a preset chart to reach the shading compensation effect to said 2-d array inducing elements.
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