Light can be reflected, absorbed or transmitted by objects:光可以被反射,吸收或透射的物体or,be,by,light,can,was,Light 文档格式: .ppt 文档大小: 968.5K 文档页数: 8页 顶/踩数: 0/0 收藏人数: 0 评论次数: 0 文档热度: 文档分类: 论文--大学论文 ...
Incident energy interacts differently with different features on Earth. Earth’s features have different proportions of energy being reflected, absorbed, and transmitted. In other words, each object has its ownspectral signature. But sensors really detect reflected energy. These differences give our eyes...
a也许是感觉,也许是错觉 Perhaps is felt that, perhaps is the illusion[translate] aPart or all of the light may be reflected ,absorbed or transmitted by the thing or object that comes into its way 部分或所有光也许由进入它的方式的事反射,吸收或者传送或反对[translate]...
When light falls upon an object some of it will be reflected, some of it absorbed, and the remainder will be transmitted, phenomena which are familiar from everyday life, Most of the objects we observe are seen by the light that they reflect towards the eye, and their different surface ...
(for example, the hydrogen bond) in molecules, investigating the nature of the flow of electrons in metals, and elucidating the band structure of semiconductors. The absorption coefficient can be determined in either transmitted or reflected light, since the intensity and polarization of reflected ...
Broad band illumination is generated by a broadband halogen lamp and a linear polarizer was inserted into the light pathway to polarize the incident light. Reflected and transmitted light was collected using a 2X Nikon microscope objective with a numerical aperture of 0.06. For calibration of ...
(luminous) energy to a different form of energy, usually heat, by interaction with matter. The absorption is the "missing piece", when comparing the total reflected and transmitted energy with the incident energy. The ratio of the total absorbed radiant or luminous flux to the incident flux ...
必应词典为您提供reflected-light的释义,un. 反射光; 网络释义: 计算表面的反射后的颜色;反光;反射照明;
The analysis of the frequencies of light emitted and absorbed by atoms was a principal impetus for the development of quantum mechanics. Atomic and molecular spectroscopies continue to be primary tools for probing the structure of matter, providing ultrasensitive tests of atomic and molecular models ...
Although light can travel through a vacuum, it can not travel through all objects. When light strikes an object, it can be transmitted, reflected or absorbed. The object is made of molecules, and each molecule has electrons, capable of jumping to higher energy levels by absorbing energy. A ...