单色

基本解释 (translations)

homochromatism  ·  homochromy  ·  monochrom

词组短语

solid color · pure colours

与单色相关的网络例句 [注：此内容来源于网络，仅供参考]

Sagittal focusing monochromatizing principle about beam is based on Bragg law (2dsinθ=nλ) and the monochromic beam is obtained by changing Bragg angle θ.

光束弧矢聚焦单色化原理是指以Bragg定律(2dsinθ=nλ)为基础，改变Bragg角θ，获得所需的波长λ来实现光束的单色化。

When the BitBlt function converts a monochrome bitmap to color, it sets white bits (1) to the background color and black bits (0) to the foreground color.

在BitBlt的时候，一个单色的位图把是1的地方设置为背景色，而0为前景色，而转换彩色位图到单色位图的时候，BitBlt设置与背景色相同的象素为白色，而其他的颜色为黑色。

The position and size of the monochromator, focusing curvature radii and tilting angles of the germanium focusing monochromator under different different take-off angle, size and divergency of the second collimator and intensity loss due to the use of it were determined. The neutron flux at different wavelength, under different reflection and take-off angle of the monochromator and divergency of the first collimator, were given. The simulation on the aperture used for limiting beam size in front of the sample showed that, smaller the size of the aperture and further the distance from the aperture to the sample, greater the loss of the intensity and more serious the spread of the beam along vertical direction at the sample position which makes the practical sampling volume greater than expected.

用蒙特卡罗模拟方法对中子应力衍射谱仪的设计方案进行了优化研究，提出了一系列可供参考的数据：确定了单色器的位置、尺寸、垂直聚焦单色器在不同起飞角下的聚焦曲率半径和倾角；讨论了第二准直器的尺寸和发散，以及使用第二准直器造成的强度损失；给出了在不同单色器反射面、起飞角、中子波长和第一准直器发散度的情况下样品处的中子注量率，以及多种组合情况下谱仪的分辨率曲线；对限束方孔的尺寸、距离样品远近对强度损失和测量中的影响做了深入研究。

For the plane wave of laser without pulse shape, we derive the express of electron trajectory by the relative Lorentz and energy equations. Note that the orbit of electron becomes a "fat-8" in the average rest frame. For the plane wave of Gaussian laser, we may know that, through relative Hamilton-Jacobi equation, electrons are accelerated in the front of pulse and decelerated backward. Whereas for the non-plane wave of Gaussian laser, we solve the Lorentz and energy equations by fourth order Runge-Kutta method.

对于无脉冲形状的激光平面波是从考虑了相对论效应的Lorentz方程和能量方程出发，得到了电子的运动轨迹方程表达式，在纵向平均速度参照系下该电子的轨迹呈现"8"字形；对于高斯型单色激光平面波是从相对论Hamilton-Jacobi方程出发，得到激光平面波在脉冲前沿加速电子而脉冲后沿减速电子，电子能量增益为零；而对于高斯型单色激光非平面波是从拉格朗日运动方程和能量方程出发，通过四阶Runge-Kutta法数值求解，得到电子在纵向有质动力、横向电场作用下加速电子，最后在强大的横向有质动力作用下从脉冲侧面散射出去，可以获得很大能量增益本文得到了相应的电子瞬时动量解析表达式。

The factors for selecting the wavelength ranges to be measured are considered. The experiment equipment is introduced, with six key issues stressed, radiant power of light source should be higher, width of the I/O slits of the monochromator should be reasonable and both of them should be adjusted to an equal width, the focal length of the convergent lens should be longer, the exit of humidistat should be square, the function of vacuum pump and fog collecting hood is important, and the wavelength adjustment of the monochromator and the auto-record of the measuring signal should be controlled by a micro-computer.

讨论了实验中光波长范围的一些选择因素，详细介绍了实验装置，特别强调了实验装置中的6个要点：即光源的辐射功率要大；单色仪的出入射狭缝要合理且两者宽度应调成一致；会聚透镜的焦距要大；加湿器最后出口的孔必须是方的；真空泵和雾气收集罩的作用；微机控制单色仪波长鼓及测量信号的自动记录。

In order to meet the needs of control the monochromator in different modules, monitor the system Real-time status, provide an interface to man-machine conversation and ensure the security and stability of the monochromator, a set of monochromator control system is designed.

本课题的主要工作是设计一套单色激发光源控制系统，可以实现对单色激发光源的多种控制及实时监测系统的工作状态，并提供良好的人机界面，从而保证单色光源系统安全稳定地运行。

Sequentially, the imaging properties of grating monochromator due to bending were numerically pointed out with a simple example.

在此基础上设计一个简单的单色器，并在数值上给出了压弯后光栅线密度变化对单色器件性能的影响。

Both models feature research grade, Ebert monochromator for excellent energy throughput.

研究级的单色器，Ebert型单色器具有最佳的能量输出。

A radiant energy path means comprising a first optical fiber waveguide means and a second optical fiber waveguide means; sensing means prismatically configurated so as to provide a direct reflective path from said first waveguide means, through said sensing means, to said second waveguide means, said sensing means being fabricated from material which absorbs a portion of a monochromatic radiant energy transmitted along said direct reflective path through said sensing means as a function of temperature; a monochromatic radiant energy source means optically coupled to said first optical fiber waveguide means, thereby introducing said monochromatic radiant energy into said first optical fiber waveguide means; and detecting means optically coupled to said second optical fiber waveguide means for detecting the intensity of the monochromatic radiant energy transmitted along said direct reflective path through said sensing means, the detecting means correlating the intensity of the transmitted monochromatic radiant energy with the temperature of the sensing means.

温度传感器组成一个联合：辐射能走了一首手段包括光纤波导手段和光纤波导第二手段；硒干旱prismatically手段配置以提供直接从反光路波导首次表示，次传感手段粗糙说，第二说波导手段飒传感手段伪造身份证从物质吸收了部分单色辐射能直接传送沿线说重 flective路径通过说温度传感功能为手段；一单色辐射能来源地说，就是先光光纤耦合波导手段次 ereby介绍说，首先说成单色辐射能光纤波导手段；一丁光学检测手段波导光纤耦合说二是加大检测手段的单色辐射恩顺沿说传染途径通过直接反光说传感手段，次五是加大检测手段的传播相关单色辐射能与温度传感手段。

With the parameters varies within the range of our study, the simulation results compared with their corresponding monochromatic output show that: the wavelength accumulation effect upon the output is small; therefore, it is reasonable and feasible to employing the monochromatic model to deal with the BGOCS systems with broad-band source; the difference between the accumulation output and the monochromatic output decreases with the increase of the current to be measured in the total wavelength accumulation effect; the effect of the Verdet constant is the greatest, that of the Reflection-Induced-Retardance is intermediate, that of the linear birefringence is the smallest.

仿真结果表明，通过和其相应的单色光模型输出的对比，在研究对象相应参数的具体范围内：波长积累效应对系统输出的影响相对于单色模型输出来说很小，小于10~(-4)，因此在实际研究中采用单色模型是合理的和可行的；在总的波长积累效应中，宽带系统输出与单色模型输出的差距随着待测电流的增大而减小，而且影响最大到最小的因子依次是Verdet常量、反射相移和线性双折射。

与单色相关的网络解释 [注：此内容来源于网络，仅供参考]

monochrome display adapter：单色显示适配器

monochromatic 单色的 | monochrome display adapter 单色显示适配器 | monochrome 单色

monochrome display adapter：单色显示适配卡

monochrome display 单色显示,黑白显示 | monochrome display adapter 单色显示适配卡 | monochrome signal 单色信号

monochrome display adapter：单色显示适配器,单色显示卡

Mini Disc 微(小)型光盘,迷你光盘 | Monochrome Display Adapter 单色显示适配器,单色显示卡 | Multidimensional Access 多维存取

monochromatic gamma rays：单色射线

monochromatic beam 单色束 | monochromatic gamma rays 单色射线 | monochromatic radiation 单色辐射

monochromatic heliograph：单色日光仪

monochromatic filter 单色滤光片 | monochromatic heliograph 单色日光仪 | monochromating spectrometer 单色分光计

homochromatism：单色

homochromatic 单色的 | homochromatism 单色 | homochromous 单色的

monochromatic radiation：单色辐射=>単色放射

monochromatic pyrometer 单色高温计 | monochromatic radiation 单色辐射=>単色放射 | monochromatic radiative equilibrium 单色辐射平衡

monochromatic radiation：单色辐射sjG中国学习动力网

monochromatic pumping 单色激励sjG中国学习动力网 | monochromatic radiation 单色辐射sjG中国学习动力网 | monochrome hologram 单色全息图sjG中国学习动力网

monochromatism：单色视觉

monochromaticity 单色性 | monochromatism 单色视觉 | monochromator 单色仪

monochrome display adapter,MDA：单色显示器配接器

单色显示,单色显示器 monochrome display | 单色显示器配接器 monochrome display adapter,MDA | 单色图形 monochrome graphics