本文主要研究内容
作者薛冬冬（2019）在《LED光催化反应器研发与实验研究》一文中研究指出：随着半导体技术的发展,LED的应用也愈发广泛,不仅在照明领域获得了广泛应用,在非照明领域也具有相当的优势。本论文主要目的在于使用LED对光催化反应器的光源结构进行研究及设计,并对水中有机污染物在不同光源下的降解效果进行实验研究。首先,使用软件SolidWorks和LightTools对纳米晶导光板进行仿真设计。以波长为365nm的紫外2835LED作为光源,PMMA材料为导光板基材并分别掺入二氧化硅和氧化铝粒子进行建模、仿真和分析。仿真结果表明,在导光板尺寸为600mm*300mm*4mm时,掺入氧化铝粒子的光耦合效率和光照均匀度均优于掺入二氧化钛粒子,可分别达到70%和80%以上,为选择特种波长的纳米晶导光板提供了一定的参考价值。其次,选择合适的纳米晶导光板制作紫外双面出光光源,并进行防水处理。将光源与适当的驱动电路及反应容器相结合,构建紫外光催化反应器。将反应器中的紫外光源浸入污染液中且等间隔平行排列,催化剂负载于泡沫镍之上,置于两紫外光源之间。采用此浸入式正光催化结构对一定浓度的甲基橙溶液进行降解实验。实验结果表明,在365nm的紫外光源下采用浸入式正光催化结构时,对甲基橙溶液的降解率为23.21%。在较低浓度时甲基橙溶液对365nm的紫外光存在较强吸收,可使用背光催化结构加以改进。最后,测量可见光催化剂HSNO-CdS的吸收谱,并以此作为目标进行LED光谱构造。通过计算得出各种单色LED的组合比例并按实际应用情况进行放大,制作过程中使各种单色LED的排布尽可能均匀。对光源进行防水处理后,将其平行放置于污染液中。反应器中的催化剂存在形式为悬浮式。实验结果表明,140min内通过光谱构造技术制作的双面出光光源对2760ml的甲基橙溶液的降解率为43.55%;相同条件下,普通白光光源对甲基橙的降解率仅为23.11%。
Abstract
sui zhao ban dao ti ji shu de fa zhan ,LEDde ying yong ye yu fa an fan ,bu jin zai zhao ming ling yu huo de le an fan ying yong ,zai fei zhao ming ling yu ye ju you xiang dang de you shi 。ben lun wen zhu yao mu de zai yu shi yong LEDdui guang cui hua fan ying qi de guang yuan jie gou jin hang yan jiu ji she ji ,bing dui shui zhong you ji wu ran wu zai bu tong guang yuan xia de jiang jie xiao guo jin hang shi yan yan jiu 。shou xian ,shi yong ruan jian SolidWorkshe LightToolsdui na mi jing dao guang ban jin hang fang zhen she ji 。yi bo chang wei 365nmde zi wai 2835LEDzuo wei guang yuan ,PMMAcai liao wei dao guang ban ji cai bing fen bie can ru er yang hua gui he yang hua lv li zi jin hang jian mo 、fang zhen he fen xi 。fang zhen jie guo biao ming ,zai dao guang ban che cun wei 600mm*300mm*4mmshi ,can ru yang hua lv li zi de guang ou ge xiao lv he guang zhao jun yun du jun you yu can ru er yang hua tai li zi ,ke fen bie da dao 70%he 80%yi shang ,wei shua ze te chong bo chang de na mi jing dao guang ban di gong le yi ding de can kao jia zhi 。ji ci ,shua ze ge kuo de na mi jing dao guang ban zhi zuo zi wai shuang mian chu guang guang yuan ,bing jin hang fang shui chu li 。jiang guang yuan yu kuo dang de qu dong dian lu ji fan ying rong qi xiang jie ge ,gou jian zi wai guang cui hua fan ying qi 。jiang fan ying qi zhong de zi wai guang yuan jin ru wu ran ye zhong ju deng jian ge ping hang pai lie ,cui hua ji fu zai yu pao mo nie zhi shang ,zhi yu liang zi wai guang yuan zhi jian 。cai yong ci jin ru shi zheng guang cui hua jie gou dui yi ding nong du de jia ji cheng rong ye jin hang jiang jie shi yan 。shi yan jie guo biao ming ,zai 365nmde zi wai guang yuan xia cai yong jin ru shi zheng guang cui hua jie gou shi ,dui jia ji cheng rong ye de jiang jie lv wei 23.21%。zai jiao di nong du shi jia ji cheng rong ye dui 365nmde zi wai guang cun zai jiao jiang xi shou ,ke shi yong bei guang cui hua jie gou jia yi gai jin 。zui hou ,ce liang ke jian guang cui hua ji HSNO-CdSde xi shou pu ,bing yi ci zuo wei mu biao jin hang LEDguang pu gou zao 。tong guo ji suan de chu ge chong chan se LEDde zu ge bi li bing an shi ji ying yong qing kuang jin hang fang da ,zhi zuo guo cheng zhong shi ge chong chan se LEDde pai bu jin ke neng jun yun 。dui guang yuan jin hang fang shui chu li hou ,jiang ji ping hang fang zhi yu wu ran ye zhong 。fan ying qi zhong de cui hua ji cun zai xing shi wei xuan fu shi 。shi yan jie guo biao ming ,140minnei tong guo guang pu gou zao ji shu zhi zuo de shuang mian chu guang guang yuan dui 2760mlde jia ji cheng rong ye de jiang jie lv wei 43.55%;xiang tong tiao jian xia ,pu tong bai guang guang yuan dui jia ji cheng de jiang jie lv jin wei 23.11%。
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论文作者分别是来自华侨大学的薛冬冬，发表于刊物华侨大学2019-10-31论文，是一篇关于双面出光论文,光催化反应器论文,纳米晶导光板论文,光谱构造论文,甲基橙论文,华侨大学2019-10-31论文的文章。本文可供学术参考使用，各位学者可以免费参考阅读下载，文章观点不代表本站观点，资料来自华侨大学2019-10-31论文网站，若本站收录的文献无意侵犯了您的著作版权，请联系我们删除。
标签：双面出光论文; 光催化反应器论文; 纳米晶导光板论文; 光谱构造论文; 甲基橙论文; 华侨大学2019-10-31论文;