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1、哈尔滨理工大学学士学位论文IYHL15014G 拱形软基节能远红外烘干炉辐射场及结构设计摘摘 要要这篇论文以节能优化为目的采用抛物面反射的远红外辐射装置进行系 统的分析得出最佳的结果，并且也对测试面的吸收特点进行处理分析，通 过大量的数据分析计算出测试面所需的最佳温度以及对应的最佳匹配度。 本次设计的内容就是利用远红外辐射加热根据对象不同的干燥加热而设计 的拱形软基炉。 本论文的设计重点是辐射场的优化。空间温度分布不均是影响辐射效 率以及效果的重要因素，因此在论文中首先建立了直照度的模型并对微元 环进行了直照度分析；其次，根据直照度的分析模型建立反射照度模型。 基于直照度的模型。最后，对比分析
2、直照度、反射照度各自的影响因素并 对他们综合因素的影响得出有用结论。有关红外技术的研究，在分析当前 红外辐射吸收设计理论和应用的基础上，提出了最佳的匹配吸收设计方案1。 对于工程背景，比较了软基涂层热风干燥与红外线干燥的特点，分析了红 外干燥优点和难点以及必须解决的问题，研究确定了符合最佳匹配的元件 表面温度；进行了满足辐射场要求的辐射器的科学布置，设计了简单低廉 的温度控制以及带基保护的机、热连锁结构和参数，取得了节能、提高生 产率和提高产品质量的多重效果1。取得的结果也可以作为其他远红外辐射 节能加热设计时的参考。 本论文还对整个模型进行了结果分析和一些必要的讨论，得出了一些 有用的结论对
3、用于实际生产是很有帮助的。本论文解决的主要手段是利用 计算机编制程序进行大量的计算得出目标要求的结果，这里我采用 Matlab 7.1 编制程序。论文主要作出模型的可视化以更形象的表达主要思路。关键词 最佳匹配吸收方案；节能；远红外烘干；均匀度；辐射场优化；软 基涂层哈尔滨理工大学学士学位论文- IIYHL150-14-Genergy-saving Radiation Field and Far Infrared Drying Furnace Arch Soft Foundation Structure DesignAbstractThis paper for the purpose of e
4、nergy saving optimization using parabolic system device of far infrared radiation and the analysis of the best results, and also to test the absorption characteristics of the process analysis, by analyzing a large amount of data to calculate the optimum temperature required for the test surface as w
5、ell as the corresponding optimal matching degree. The content of this design is used according to different objects of far-infrared radiation heating dry heating furnace arch designed soft foundation.The design key of this paper is the optimization of radiation field. Spatial temperature distributio
6、n are the important factors influencing the radiation efficiency and effect, so in the thesis, first of all, the establishment of a direct illumination model and the micro yuan ring was direct illumination analysis; Secondly, according to the analysis model of direct illumination reflected illuminat
7、ion model is set up. Based on the model of direct illumination. Finally, the comparative analysis of direct illumination, reflection intensity of illumination each influence factors and comprehensive factors to them draw useful conclusions. Studies of infrared technology, based on the analysis of th
8、e 哈尔滨理工大学学士学位论文- IIIcurrent design theory and application of infrared radiation absorption, on the basis of proposed the best matching absorption design1. Coating for engineering background, compares the soft foundation of hot air drying and infrared drying characteristics, analyses the advantages a
9、nd difficulties of infrared drying and must solve the problem, research determines the optimum matching components conform to the surface temperature; Made to meet the requirements of the radiation field of the radiator scientific layout, design a simple low temperature control as well as the base t
10、o protect machine, hot chain structure and parameters, the energy saving, increase productivity and improve product quality of multiple effect1. The results can also be as other far-infrared radiation heating energy-saving design reference.This paper also to the whole model were analyzed the results
11、 and some necessary discussions, some useful conclusions are drawn for the actual production are of great help/very helpful. In this paper to solve the main measure is calculated using a computer program for a lot of goals and objectives of a result, here I 7.1 program based on Matlab. Paper mainly
12、make a model of visualization to more image expression of the main train of thought.Keywords The best match to absorb, Energy saving, Far infrared drying, Uniformity, Radiation field optimization, Soft coating.哈尔滨理工大学学士学位论文- IV目录摘 要.I Abstract.II第 1 章 绪论.1 1.1 课题背景与机理.1 1.2 具体设计思路.2 1.3 红外节能原理.3第 2 章 辐照度.4 2.1 问题重述及讨论.4 2.2 模型假设.5 2.3 符号说明.6 2.4 模型建立.6 2.4.1 最佳匹配吸收.6 2.4.2 红外线加热器的辐照度计算.9 2.4.3 直照度的数学推导.10 2.4.4 反照度的数学推导.
