incandescence

• “ when heated to incandescence in the furnace of stars , each element marks the spectrum of light it emits with a characteristic set of lines ” ( malcolm w . browne )
  “当在众多星状物组成的熔炉中被加热到白热程度时，每一个元素都以其特有的一组谱线显示出它所放出的光谱” （马尔科姆w .布朗） 。
• Mapping incandescence is a convenient way of changing the look of the color channel , but as the image on the right shows , without additional control it produces a very flat look
  对白炽贴图是一个方便的改变颜色通道外观的方式，但当图像是正确地显示时，不需要额外地控制它产生一个非常平的外观。
• After the treatment of multi - layers magnetization , far infrared ray radiation and the incandescence light effect , the sterilization rate can reaches 80 % , and can effectively reduce the bacteria ' s propagation space
  水通过多层磁化及远红外线辐射及白炽光的作用，使水中的细菌杀死率达到80 %以上，减少细菌的繁殖空间。
• If the spiritual force has been able to rise unhindered and undefiled to the pineal and pituitary , one may experience an incandescence as if the whole body had been filled with light and become transparent
  如果精神力量能够不受阻碍和不受污染地上升至松果腺和脑垂体，一个人就会经历一种炽热的感觉，仿佛整个身体充满了光并变为透明。
• The planet shader shows that difficult lighting situations caused by attributes such as reflection or incandescence maps , can be overcome by using a shading network to control the color of the reflection map itself
  行星的材质显示困难的光的情况下，通过如反射属性或白炽属性贴图来产生，能通过使用一个材质网络来控制反射贴图本身来克服。
• The primary researching tasks are as follows : mathematical models , which transfer the process of image to operation of matrix , were build to describe tomato images . after experimenting , annular incandescence lamp was chosen as lamp - house
  主要研究工作的总结如下： ( 1 )建立了描述番茄与其图像相互关系的数学模型，并把对图像的处理变成对矩阵的各种操作。
• The dust shader shows that subtle and realistic touches , such as dust that has setled on a surface , can easily be achieved , and without directly affecting the shader ' s existing color mapping , by using infomation such as facing ratio to help control the mapping of the incandescence channel
  灰尘材质显示了微妙和真实的技法，如灰尘落在一个表面上，能容易地完成，并且不直接影响材质已经存在的颜色贴图，通过使用如面比率的信息去帮助控制在白炽通道上贴图。
• At first , bubble flow image is acquired using laser and incandescence lamp respectively as light source and using ccd . according to different optics - dispersion character , threshold segmentation method is proposed to identify gas from the gas - water flow , which make steadfast base for further calculate void fraction . the precision of threshold directly affect the calculate precision of void fraction
  文中分别采用激光片光源和影视灯照明，采用逐行扫描数字ccd摄像机获取气泡的流动图像；根据气泡和水对光的反射特性不同，提出采用阈值法识别图像中的气泡和水，从而为进一步计算掺气浓度打下坚实的基础。