相关色温

相关色温计算的一种改进算法

An improved algorithm to calculate correlated colour temperature

颜色温度和相关色温的不确定度评定方法

Uncertainty Analysis of the Colour Temperature and the Correlated Colour Temperature

二分法优化计算LED光源相关色温基于LED光源痕量二氧化氮气体的检测

Optimization Algorithm of Correlated Color Temperature for LED Light Sources by Dichotomy LED Illuminant-Based Detection of Trace NO_2 Gases

每个相关色温的芯片输出的实际流明；电通量和功率不同于CCT。

Real lumen output of chip for each correlated color temperature ( CCT ), flux and efficacy vary with ( CCT ) .

用GaN基大功率蓝光LED芯片作为激发光源，分别用荧光粉转换法和红光LED补偿法制备了不同相关色温及显色指数的白光LED。

GaN-based blue LED chips were used as exciting light source , high-power white LEDs with different correlative color temperature ( T_c ) and rendering index ( R_a ) were fabricated through phosphor conversion and red LED compensation .

从色品坐标（u，v）到颜色温度和相关色温的计算过程比较复杂，很难依据国际标准化组织推荐的不确定度评定方法进行分析。

Because of the complex calculation process between the colour temperature , the correlated colour temperature and the chromatic coordinate ( u , v ), it is difficult to analyze the expression of uncertainty according to the international organization for standardization ( ISO ) guide .

基于色温的基本理论，对三角垂足插值法、黑体轨迹的Chebyshev法、模拟黑体轨迹弧线法和McCamy近似公式法等四种相关色温计算方法进行了比较分析。

Based on the principle of color temperature , four typical algorithms were studied for calculating correlated color temperature ( CCT ), triangle perpendicular interpolative method , plank locus Chebyshev method , plank locus arc simulating method , and McCamy ′ s approximate formula .

一种快速准确计算光源相关色温的方法

A New Method for Calculating Correlated Colour Temperature of Light Source

标准高色温光源的实现对相关色温计算方法的探讨

A New Method to Realize the Standard High Color-Temperature Light Sources

光源相关色温与分布温度的实验分析

Experiment analysis of correlated color temperature and distribution temperature of the source

人们对于室内照明的印象主要取决于照度而不是光源的相关色温。

The perception of interior is dependent upon illuminance not upon colour temperature .

调查结果表明天空扩散光相关色温与当中无遮挡水平面照度的关系是不显著的。

It shows that the relation between the illuminance and colour temperature is not striking .

用曲线拟合公式改进计算光源相关色温的方法

Improving The Calculation of Relative Colour Temperature of Light Sources by The Equation of Curve-Fitting

光源的色温（相关色温）和显色性是评价光源的颜色特性的重要参数。

Color temperature and color properties are two important parameters for evaluating the color properties of light sources .

光谱光度法高精度测定稀土三基色荧光灯色坐标及相关色温

High precision measurement of chromaticity coordinates and correlated color temperatures of three band color fluorescent lamps by spectrum photometry

相对光谱功率分布，色品坐标，相关色温，显色指数，色容差，峰值波长，光通量等。

Measure the relative spectral power distribution P (λ), chromaticity coordinate , correlative color temperature , rendering index , color difference , peak wavelength , luminous flux , etc.

（相关）色温是色度学中用以描述物体色度特性的物理量，与基于谱色测温法而得到的热力学温度之间是存在差异的。

Correlated color temperature , which describes the chromaticity characteristics of a radiating source , is different from its thermodynamic temperature derived from primary spectrum pyrometry .