惰性气体密闭体积内传热的基本问题

D. Starosek, A. Khomyakov, D. Ozerkin, V. Tuev, A. Chulkov
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引用次数: 0

摘要

本文介绍了带状光源(灯丝)的对流气冷发光二极管(LED)灯的温度状态的研究结果。通过计算机数学建模和实验研究:为了使操作温度的均方根转移最小化,提供了衬底上的晶体定位函数的概念;2. 根据目标定位函数,提出了利用二分法实现发光二极管晶体自动分配的方法;3.提出了一种提高LED灯丝灯温度稳定性的复杂方法。提出了一种具有改进温度状态的灯的结构。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fundamental Problem of Heat Transmission in the Closed Volume of Inert Gas
The paper presents the results of research of temperature regimes of a light-emitting diode (LED) lamp with convective gas cooling of ribbon type emitters (filaments). Thanks to mathematical computer modelling and experimental researches: 1. the concept of the crystal localization function on a substrate for the purpose of minimization of a root-mean-square diversion of operating temperatures is offered; 2. the use of the dichotomy method for allocation automation of crystals of light-emitting diodes according to objective localization function is offered; 3. a complex method to increase the temperature stability of a lamp with LED filaments is offered. The construction of a lamp with the improved temperature regime is offered.
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