单色的

Because the display only monochrome night-vision goggles, and its screen is green (you can note that many instruments are all green screen), so you see is green.

因为夜视镜只显示单色，而它的显示屏是绿色的（你可以注意到很多仪表的显示屏都是绿色的），所以你看到的是绿色的。

In fine pianos a great deal of attention is given to tonal factors like size and shape, and to the more subtle factors as well, such as the soundboard design, choices of hammer felt and the density and direction of wood grain.

在优质的钢琴中，人们非常关注它的单色因素，如大小和形状以及更加细致的因素，如共鸣板的设计、锤毡的选择以及木材纹理的密度和方向。

Taking the square mesh point as an example, the Visual effects from the point of view, the angle of 45 ° dot generated visual effects the most comfortable and beauty, as well as stable and not rigid, monochrome business card printing and membership card making dot point of rweting are usually 45 ° angle. 15 ° and 75 ° dot point of view is not very stable, but it's not just sort of 90 °(0 °) dot point of Visual effects are the worst, though it is stable but dull.

以不不不圆形网点为例，从触觉成果上来看，45°的网点角度爆发的触觉成果最安适、好看，表示为安定而不板滞，因此对于单色制卡和会员卡制作品，网点的角度凡是拔取45°的角度。15°和75°的网点角度虽然不是很安定但也不板滞，90°（0°）的网点角度触觉成果最不对，它虽然安定但很板滞。

According to the theory of Sagnac FourierTransform spectrometer, the method which we used to reconstruct the spectrum correctly from the captured interferogram was developed. With the steps of trend term correction, apodisation, phase correction and conjugate symmetrization applied to the interferogram captured and then reconstructed it, the error was avoid.The experiment to reconstruct the spectrum of monochromatic light source such as Helium lamp used in the developed prototype was carried out. The results agree with the nominal spectrum distibutions of the sources with the accuracy of 4nm.

介绍了Sagnac型干涉成像光谱仪基本原理，针对上述问题得到一套对采集得到的干涉图进行光谱重构的方法，通过对所采集干涉图进行消趋势项、切趾、相位校正、共轭对称化等步骤的处理，再进行重构，即可有效避免直接重构所带来的误差，使用所研制的原理样机对氦灯等单色光源进行光谱曲线重构实验，得到的光谱强度分布曲线与标称曲线基本吻合，光谱复原精度达到了4nm，具有较好的重构效果。

Laser velocimeter system has been a hot discussed issue in traffic management.As cars has been more and more popular; we need a more efficient method to control or to manage the traffic situation. It takes the advantage of laserts characteristics of monochromaticity and concentrating of energy, by measuring the frequency to directly measure the speed of the object.

激光测速技术是目前交通管理方面研究的热点问题，随着汽车的普及率越来越高，我们需要一种更有效的管理与检测手段，它是从六十年代中期发展起来的，利用激光的单色性和能量聚集的特点用测频的方法直接测物体的速度。

The characters of powder are connected with the inside structure and synthesize-technics of materials. In this paper, we want to search a optimize technics of materials synthesizing, and prepare a kind of nanosize powder which shape like ball and have good dispersed character. At the same time, we want to obtain a bridge structure of Zn-O-Tb through dopping of Tb, which can achieve efficient energy transfer from ZnO hosts to excited states of dopants, The doped powder can eradiate blazing green light because of efficient emission buildup from dopants and ZnO hosts, and the powder can emission a pure light. And we want to research the structure in doped ZnO for the further research of low-tension fluorescence of ZnO.

粉体的这些特性无不与其内部结构特征和制备工艺有关，基于这些，本文的实验目的是希望能寻找一种合适的制备方法和优化工艺，制备分散性好的球形纳米颗粒，希望改善其表面形貌，同时，通过铽掺杂，希望得到一种Zn-O-Tb桥联结构，实现氧化锌基体向铽发光中心的能量传递，希望铽中心特征发射和氧化锌绿光发射能有效叠加增强，改善粉体的单色性，制备出好的复合粉体，分析清楚其结构，从而为后续低压荧光特性研究作准备。

On the basis of atomic transition enerygy and absorbed bounds, a filter of the same ingredient as target material was adopted. This method can make the original polychrome X-ray turn into almost homochrome. Simulation analysis was taken by Egsnrc software based on Monte Carlo method and good effect gained.

根据原子的跃迁能量和能量吸收限，确定了用和靶材料相同的材料做成滤波片，可以很好地吸收靶物质所产生的低能射线，使最初的多色X射线谱近似单色化，并用基於蒙特卡罗方法的Egsnrc软件对硬化校正方案进行了仿真分析，获得了很好的结果。

A concerted feature of the series work lies in its homochromy and irregular frame. Homochromy represents dark night and irregular frame might be a suggestion of despondence. Anomalous, sloppy and anxious brushwork forms the rim of the painting.

作品统一的特征是单色与不规则的边框，前者是黑夜的表现，后者可能是&溃&的暗示，不规则的、粗野的、焦虑的笔触构成画的边界。

And then,the article briefly analyzed the advantages and disadvantages of the subjectiveevaluation method. According to the fact of the research, it confirmed to simulate darkvision environment of landscape illumination in the lab by the way of the subjectiveevaluation investigation. I classified he confirmed homochromy chromatic lightsaccording their brightness, and used the computer projection system which had beenmeasured to project and reappearance, then carry on the subjective evaluationexperiment of chromatic light feeling preference faced to the people of big swatch.

而后简要分析了主观评价方法的优缺点，结合该研究的实际情况确定利用主观评价调查的方法在实验室模拟景观照明的暗视觉环境，将已确定的单色色光按明度分级，通过已完成标定的计算机投影系统投射再现，对大样本的受试人群进行色光心理感受倾向性的主观评价测试实验。

As the spectral width (Full width half maximum: FWHM) range from 6nm to 60nm, the simulation results show that the effect of the variation of the FWHM upon the output is small. When only the Verdet constant is considered, the output increased slowly with the increase of the FWHM. The simulation results are verified by the experiment.

当光源光谱宽度在6nm到60nm之间变化时，不同谱线宽度光源对系统输出影响的仿真结果表明：光源谱宽变化对系统输出的影响相对于其单色模型来说，相对变化小于10~(-3)，因此光源谱宽变化对系统输出的影响较小；如果完全消除了线性双折射和反射相移，则系统输出随光源谱宽的增加有微弱的增加：由于Verdet常量的影响最大，所以系统输出随光源谱宽的增加有微弱的增加；实验结果验证了该结论。

And Pharaoh spoke to Joseph, saying, Your father and your brothers have come to you.

47：5 法老对约瑟说，你父亲和你弟兄们到你这里来了。

Additionally, the approximate flattening of surface strip using lines linking midpoints on perpendicular lines between geodesic curves and the unconditional extreme value method are discussed.

提出了用测地线方程、曲面上两点间短程线来计算膜结构曲面测地线的方法，同时，采用测地线间垂线的中点连线和用无约束极值法进行空间条状曲面近似展开的分析。