反射光

基本解释 (translations)

reflex  ·  reflexion  ·  reflexes  ·  reflexing  ·  reflexions

词组短语

reflected light · catoptric light

与反射光相关的网络例句 [注：此内容来源于网络，仅供参考]

When the angel of light falling on a mirror changes, what happens to the angle of the reflected light?

当落在镜子上的光线的角度发生变化，反射光的角度会怎么样？

Two methods of surface treatment have been used to produce aluminum substrate which is called Mirror surface base material for organic photo conductor. One method is to atomize aluminum substrate on organic photo conductor directly and then carry on the anodic treatment which is called Anode surface base material. Therefore, the surface roughness was equal to the wave length of laser and the reflection light was eliminated by optical interference effect.

目前生产感光鼓所需的铝基材，其表面处理有两种做法，第一个做法就是直接在感光鼓的铝基材表面先进行雾化处理后再进行阳极处理，经阳极处理后的铝基材称为阳极基材，其粗造度Ra 值等於雷射光的波长，藉由光学干涉的原理将反射光消除。

Rendered blue in this photograph by reflected light from the sky above and the Bosporus Strait below, Istanbul's Blue Mosque actually got its name from the tile covering its interior.

着色蓝色在这张照片是由反射光从上空和博斯普鲁斯海峡两岸下面，伊斯坦布尔的蓝色清真寺，实际上它的名字从瓷砖涵盖它的内部。

Carnauba wax does benefit from an optical illusion called "jetting". This slight distortion in the reflected light is what creates the illusion of wetness or depth on the surface, which is desirable for many people.

棕梠蜡有种称做"Jetting"的光学幻象存在，这种轻微变形的反射光是造成烤漆表面湿亮感或深层感的主要因素，这也是许多人喜爱棕梠蜡的因素。

In this paper a systematic analysis is made about the principle and characteristic of the round fiber dispersiveness based on the dispersive principle of the little drips which can produce rainbow .

以产生虹现象小水珠的色散原理为基础，分析了透明圆形截面纤维在平行光照条件下，一次内表面反射光中笛卡尔线的色散机理与特征；证明了透明圆形截面纤维与水珠在产生虹现象时的色散机理与特征是相似的；揭示了透明圆形纤维内部反射光的特征。

In the other word,we can acquire correlative information of surface by analyzing the polarized light.

而物体的反射光的偏振状态反映着物体的表面信息，通过解析反射光偏振状态的变化可以得到物体的表面信息。

In light of Fresnel formula the author analyses the features of linearly polarized light reflecting on the surface of apparent medium,discusses the relationship between the circumrotation in the plane of vibration,changes of the light intensity and the angle of incidence,the orientation of the plane of vibration,and addresses the relationship between the swing,phase and the incident angle and medium.

自然光在分界面上反射的一些特点在许多光学教材[1，2]上都进行了介绍，本文根据菲涅耳公式和菲涅耳定律，分析线偏振光在透明介质分界面上反射时的一些特点，讨论反射光的振动面所发生的旋转及光强度的变化与入射角、振动面的方位之间的关系；进一步讨论在全反射情况下，反射光的振

The algorithm is applied in the segmentation of Magnetic Resonance Imaging of human brain for the 3D reconstruction on dependent of different human tissue structures, in which the problem on wraps between different tissues and fuzzy edges between the different regions in medical volume data may better be settled, which can not be well done by the typical"hard"segmentation using binary logical representation.(3) An accelerated algorithm of volume rendering with X-ray perspective and Phong shading effect based on textures mapping and blending is presented for realizing 3D reconstruction of medical volume data by 2D texture mapping and blending, in which the accelerated algorithm of window transformation is utilized to computing voxels' gray scales and opacities to produce X-ray perspective images, and Phone illumination model is used to import world light sources and an unit spherical surface under the same shading environment as the actual volume rendering is employed to simulate the real reflectional light of per-voxel so that 3D reconstruction possesses illumination effect in the world. Furthermore, 3D matrix transformations of degree rotation and other operations of 3D object are studied, and a fast equivalent method of corresponding shading correction is brought forward to improve its interaction speed in volume rendering process.

该方法利用体数据的窗口变换加速算法将医学体数据转换为计算机显示值，可以得到具有X光透视效果三维图像；该方法提出的Phong明暗处理加速算法利用Phong光照模型引入外部光源，使用一单位球面体来仿真体数据的法线矢量集所产生的反射光强，以快速得到每一个体素的反射光强度，使物体的三维重建达到现实世界中人眼直接观察的逼真效果；此外，还研究了三维重建物体的三维旋转等矩阵变换，提出了一种Phong明暗修正的快速算法来保证了体绘制中三维几何变换的多视角观察的交互速度。

The result of the experiment indicates the effective and robusticity of the separation method, obtains the specular reflection of object successfully from the separation of reflection, and proves the reliability of the BRDF mathematic model.

实验结果表明本文给出的反射光成分分离方法具有实用性和鲁棒性，能成功的进行物体表面反射光的分离得到镜面反射光，验证了简化的BRDF数学模型的可靠性。

The second chapterintroduces the characters of glass curtain walls. The third chapter goes along astudy on the daylight glare inside the glass curtain wall buildings. The fourthchapter goes along a systemic study on the reflection glare from glass curtainwalls and introduces design and development of the reflection glare calculation module. The fifth chapter uses some building simulation tools tocalculate and evaluate the heat pollution and light pollution. The sixth chaptersummarizes and prospects.

论文共分为六章，第一章介绍了天然光环境及天然采光的意义；第二章介绍了玻璃幕墙的特点及其室内外天然光环境的特点；第三章针对玻璃幕墙建筑室内昼光眩光进行了研究，并利用软件进行了计算和分析；第四章对玻璃幕墙反射光污染进行了系统的研究，并介绍了反射光计算模块的设计与开发；第五章介绍了利用计算机模拟的方法对玻璃幕墙光污染和热污染的计算与评价，并得出了相应结论；第六章进行了总结和展望。

与反射光相关的网络解释 [注：此内容来源于网络，仅供参考]

diffuse reflection light：漫反射光

擴散色彩 diffuse color | 漫反射光 diffuse reflection light | 擴散電阻器 diffused resistor

objective gloss：正反射光强 镜面光泽

nitroxyl [化]硝酰(基) | objective gloss 正反射光强 镜面光泽 | horn in 闯入

reflected light meter：反射光测光表

测光表根据所测光线的不同可分两类,即反射光测光表(reflected light meter)和入射光测光表点测光表(spot meter)也是一种反射光测光表. 一般说点测光表是指测量角度为1度至3度的测光表如果摄影者了解安塞尔.亚当斯提倡的"分区法"(Zone system)的话,便可以更有效、更准确地

reflected light meter：测量反射光的仪表

"反射光","reflected light" | "测量反射光的仪表","reflected light meter" | "反射损耗","reflected loss"

reflected light meter：反射光测光表,反射光式曝光表

reflected light holography 反射光全息照相术 | reflected light meter 反射光测光表,反射光式曝光表 | reflected light microscope 反射光显微镜

specular reflection light：镜面反射光

漫反射光 diffuse reflection light | 镜面反射光 specular reflection light | 反射定律 reflection law

catadioptrics：兼反射光及折射光

catadioptric | 兼反射光及折射光的 | catadioptrics | 兼反射光及折射光 | catadrome side | 下边

catoptric：反射光的

catophoria 下隐斜视 | catoptric 反射光的 | catoptrical 反射光的

catoptric light：反射光

反射定律 the law of reflection | 反射光 catoptric light | 反射光 reflected light

catoptrical：反射光的

catoptric 反射光的 | catoptrical 反射光的 | catoptrics 反射光学