- 更多网络例句与光控制相关的网络例句 [注：此内容来源于网络，仅供参考]
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If not this step, the need to use the manual backlight control its operation.
如果没有这一步，需要使用手动背光控制其运作。
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The controller receives, analyzes and processes the command input by operator via the man-machine interface, to adjust and control the controllable light signal generator according to the analysis processing result and the spectrum result checked by the light checker, the controller outputs the adjustment and result via the man-machine interface to the operator, to output light signal for the result of adjustment and control on the controllable light signal generator, via the light coupler to be coupled partly and feedback to the light checker to be checked, thereby forming a closed-circuit, while the light signal coupled to the light output via the light coupler reaches user target spectrum demand.
本发明公开了一种实现光信噪比可调节的光信号源装置及控制方法，所述装置包括：控制器、人机接口、可控光信号发生器、光耦合器、光信号检测器、光信号输出口；控制器接收操作者输入给人机接口的指令并分析和处理，运用分析处理结果、并结合光检测器检测的光谱结果数据来调节和控制可控光信号发生器，控制器将调节过程和调节结果通过人机接口输出给操作者，对可控光信号发生器调节和控制的结果输出光信号通过光耦合器耦合一部分又反馈给光检测器检测，这样形成一个闭环控制，使得通过光耦合器耦合到光输出口的光信号达到用户目标光谱要求。
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The dimmer control circuit also comprises a second variable resistor, for changing phase of trigger signal independent of the first variable resistor.
该调光控制电路还包括第二可变电阻器，其用于独立于第一可变电阻器来改变触发信号的相位。
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The dimmer control circuit comprises: three-end bidirectional controllable silicon switch element, comprising grid and turned on by trigger signal of the grid, connecting to AC power supply through lamp load; and a first variable resistor, possessing adjustable resistance and regulating lamp brightness by following modes: changing resistance value of the first variable resistor, changing phase of the trigger signal corresponding to AC voltage waveform, prolonging or shortening turning-on time bucket of three-end bidirectional controllable silicon switch element, thereby changing current provided to the lamp load.
一种调光器及调光控制电路，该调光控制电路包括：三端双向可控硅开关元件，其通过灯负载连接到交流电源，其中，三端双向可控硅开关元件具有栅极，并且由输入到所述栅极的触发信号开启；以及第一可变电阻器，其具有可调节的电阻值，其中，通过以下方式来调节灯负载的亮度：改变第一可变电阻器的电阻值，改变所述触发信号相对于交流电压波形的相位，延长或缩短所述三端双向可控硅开关元件的开启时间段，从而改变了提供给所述灯负载的电流。
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The environment light intensity is converted into a high or a low electric level of RA2 which is one of the input ports of single chip microcomputer through a photoresistance MG44-2.The AD module will sample and the result will be stored in the work register then compared with a prestablished quantity.
基于PIC16F877A单片机的电子时间引信LCD背光控制，将环境光强度通过MG44-2光敏电阻器转换为单片机输入端口RA2上的电平高低，经模数转换模块进行采样，其结果存入工作寄存器，并与预先设定值相比较。
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Backlight control, the use of PWM control of backlight brightness adjustment stepless.
背光控制，使用PWM方式控制背光亮度的无级调节。
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Lastly, in accordance with the actual situations of the prototype structure of mosque pagoda, based on the similar relation of model experiments, a model structure of mosque pagoda with a similar coefficient of 1/10 is designed and fabricated. Earthquake simulating shaking table tests are performed on the model structure of pagoda in the cases the AB type passive control system with SMA dampers is erected or unerected. The leading earthquake responses like the relative drift at the top of the main tower and the small tower, interstory drift ratio, acceleration, and cracking process of the pagodas body etc. are studied. The operational behaviors involving the deformation capacity and energy dissipation capacity is tested for passive control system with SMA dampers under the earthquake excitation, and the corresponding control mechanism and regularity is also analyzed. Furthermore, the performance changes and protection effectiveness is comprehensively evaluated while the model structure of pagoda is seismically protected or not.
最后，根据光塔原型结构的实际情况，以模型试验的相似关系为基础，设计并制作了一个相似系数S，为1/10的光塔模型结构，并先后进行了未安装和安装A、B型SMA阻尼器被动控制系统光塔模型结构的地震模拟振动台试验，研究了模型结构在3种不同工况下，主塔顶部和小塔顶部的相对位移、层间位移角和加速度以及塔体开裂等光塔结构的主要地震反应，测试了SMA阻尼器被动控制系统在地震激励下的变形能力和消能能力等工作性能，分析了相应的控制机理和控制规律，并从总体上评价了光塔模型结构抗震保护前后的性能变化和保护效果。
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Photostimulation techniques have been achieved through four approaches: light-mediated uncaging of chemically modified signaling molecules, excitation of light-sensitive proteins introduced into neurons, chemical modification of ion channels and receptors to render them light-responsive, and optical stimulation of neurons.
光控制神经活动的方法具有操作简单、非接触、高时空分辨、可定量重复等优势，因此在基础和临床神经生物学研究中具有广阔的应用前景。
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Design of steady light controller of the semi-conductor light source.
半导体光源的稳光控制电路的设计。
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Optical controlling of neural activity proves to be noninvasive, noncontact, and easy to repeat, which has been harnessed to rapidly activate or silence neurons.
综述了各种光控制神经活动方法的原理、特点及最新进展，分析了其技术发展的趋势。
- 更多网络解释与光控制相关的网络解释 [注：此内容来源于网络，仅供参考]
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color filter：彩色滤光片
零零电子网上商城(www.00dz.com)主营电子元器件、各式工具、科技材料等,产品分类包括:FPD原料与器件 基板 ITO粉体与靶材 导电玻璃 液晶材料 背光模组/模块 掩膜板/光罩(Photomask) 驱动IC 控制IC 彩色滤光片(Color Filter) 抗反射膜/抗眩光
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dimmer control：减光控制
减光器 dimmer | 减光控制 dimmer control | 二极管;二极管 diode
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dimmer control：减光控制,减光控制器,亮度调节
dimmer 调光器,光暗掣,光暗器,遮光器=>調光器 | dimmer control 减光控制,减光控制器,亮度调节 | dimmer glass 减光玻璃
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FADER CONTROL：音量渐减调整,光量控制,照明渐减调整,衰退控制
fader 音量控制器=>フェーダ | fader control 音量渐减调整,光量控制,照明渐减调整,衰退控制 | fader potentiometer 双路混合器,信号电平比调整电位计
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filter：滤光镜
滤光镜(Filter)是一类可对所通过之光的性质――光的颜色(波长)、光的强度(振幅)、光的偏振与否(振动方向)等,以及对所通过之光的传播方向――是正常传播还是在传播过程中辅加以漫射、衍射、折射等,进行精确调节、控制,
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Lens Flare：(镜头眩光)
在特效控制(Effect Contols)窗口中调整转场 312第二节 溶解(Dissolve)转场 323Part 8 可制作华丽影像的特效(Effect)集合第二节 查看特效控制(Effect Controls)窗口 341第一节 添加镜头眩光(Lens Flare)效果 342第二节 在特效控制
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Highlight control：高光控制
[6040] CaptureOne 跟 Silkypix 对於 高光控制 (highlight control) 的比较以前听朋友说, silkypix 对於高光控制 (highlight control) 的处理很棒,一直都只是听听,刚好今天手上有这一种场景,就把他抓图出来,大家来参考与讨论一下.
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luminous：發光
注意:要选中发光(Luminous)选项. 分别对5个小灯进行填充. 填充完成后,按下光控制(Lightning Control)面板的加光到场景中(Add Lighting to Scene),Atmosphere将开始对场景进行渲染. 渲染后的效果如图18所示.
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Specular：高光区
另外三个检查框分别是影响过渡区(Diff)、 影响高光区(Specular)和作为环境光. 缺省时影响过渡区、影响高光区两个检查框被勾选. 接下来的是倍增器数值框,它的值决定光源的光辐射量,是用来控制光强的,它的功能比直接调节来调节光强更强大,
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photoperiodic control：光周期控制
光周期 photoperiod | 光周期控制 photoperiodic control | 光周期效应 photoperiodic effect