您的位置:首页  > 论文页面

光合细菌产氢系统累积热量对产氢的影响

发表时间:2010-08-31  浏览量:1229  下载量:577
全部作者: 荆艳艳,张相锋,岳建芝,李刚,申翔伟,张全国
作者单位: 河南农业大学机电工程学院
摘 要: 以光合细菌混合菌群为实验菌种,采用单因子实验方法,研究光合细菌产氢系统累积热量对产氢量的影响。结果表明:当初始温度较低时,系统累积热量有利于产氢量的提高,而初始温度高于30℃时,累积热量不利于产氢量的提高;光照强度在500~3 000 lx范围内,系统累积热量有利于产氢量的提高,并且光照强度越大,累积热量越多,产氢量增加也越多;接种量在5%~50%时,系统的累积热量也有利于产氢量的提高,其中,5%,10%,20%,50%接种的系统产氢量分别增加了43,89,103,30 mL.
关 键 词: 农业生物环境与能源工程;累积热量;单因素实验;光合细菌;产氢
Title: Influence of the heat accumulation on photosynthetic bacteria hydrogen production
Author: JING Yanyan, ZHANG Xiangfeng, YUE Jianzhi, LI Gang, SHEN Xiangwei, ZHANG Quanguo
Organization: College of Mechanical & Electrical Engineering, Henan Agricultural University
Abstract: The influence of different heat accumulation resulting from external factors on hydrogen production of photosynthetic bacteria was investigated in this paper. The results indicated that heat accumulation improved hydrogen production of photosynthetic bacteria when the initial temperature was low. However, when the temperature was higher than 30℃, it did not. Heat accumulation showed an upward trend with light intensity increasing from 500 to 3 000 lx,and was conducive to the improvement of hydrogen production. In other words, the more heat accumulation, the more hydrogen production yields. When the scope of inoculation was from 5% to 50%, heat accumulation was also conducive to the improvement of hydrogen production capacity. When inoculation was 5%, 10%, 20% and 50%, hydrogen production yields increased correspondingly by 43, 89, 103 and 30 mL.
Key words: agricultural biological environmental and energy engineering; heat accumulation; single factor experiment; photosynthetic bacteria; hydrogen production
发表期数: 2010年8月第16期
引用格式: 荆艳艳,张相锋,岳建芝,等. 光合细菌产氢系统累积热量对产氢的影响[J]. 中国科技论文在线精品论文,2010,3(16):1674-1679.
 
0 评论数 0
暂无评论
友情链接