黑体炉 meaning in Chinese
blackbody furnace
Examples
- The experimental studies on accuracy of blackbody furnace
黑体炉精度的实验研究 - The black body furnace wht - 01 is used to do a lot of experiments , experiment results , based on the analysis of the precision experiment parameters are acquired
通过自行研制的基于ccd图像的实时炉温测量系统，以本课题组研制的wht ? 01黑体炉为对象，做了大量的实验。 - We validated this system on the black - body oven , analyzed the errors which brought about by the optical system , ccd , surroundings and workers , expounded the improvement methods ; 5 . we had done many real measurements with this system . after analyzing the experiment results , we improved the original system and proposed a new system
在自己研制的黑体炉上对系统进行了标定实验研究，对标定误差进行了分析，对消除光学系统、 ccd 、环境以及主观因素等对误差的影响提出了改进和处理方法，大量实验得出了较为稳定的标定测量值，为系统进行实际工况环境下的测量奠定了基础； 5 - After the temperature measurement system is scaled by the black body furnace , we use least square method and neural network to calculate the temperature respectively according to the images taken from both the black body furnace and the common coal furnace . through comparison the calculation data with the result of thermocouple , an improved method of neural network is proposed . this method is more practical and precise
根据标定结果，本文用最小二乘和神经网络两种方法分别对黑体炉和普通煤炉的图像进行了温度计算；通过比较热电偶输出的温度值和计算的结果，提出了一种改进的神经网络方法，该方法更适用于工程实际，其测温精度较高。 - At last , the conclusions of the whole thesis are drawn , and it is put forward that the future research emphases on the infrared radiation absorption ct technology should focus on : instantly get the absorption projections are the crucial factor to utilize the technology industrially ; on the basis of the hypothesis that the gas is ideal gas , species concentration of particular gas medium can be measured at the same time , which must be helpful to comprehend combustion essence ; if laser source to replaces blackbody stove , for irradiant flame , interferometric projection can be attained , and its temperature distribution will known
最后，对全文进行了总结，并指出今后研究工作重点。指出：瞬时得到各方向的投影是此技术实用化关键；在获得温度分布信息基础上，进行必要的假设和推导，能同时得到火焰中某特定组分浓度的分布，这必将进一步我们对燃烧本质的理解；利用方向性好，辐射强度高的激光源代替常规的黑体炉，能得到辐射干涉投影图像，这样就能测量所介绍系统不能测量的发光火焰温度分布。