活性碳降低其内部CO水平的有效性

Wahyudi Hutabarat
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引用次数: 0

摘要

香烟含有4000多种元素,其中至少有200种对健康有害。香烟中的有毒物质主要有焦油、尼古丁和一氧化碳。本研究的目的是寻找椰子壳、芒果树木材和红木木材作为一氧化碳吸附剂的能力。本研究采用实验前对对照组的随机设计。自变量是活性碳的种类(椰壳木、芒果树木、红木木和对照木),因变量是一氧化碳的浓度。研究结果表明,控制室和使用吸附剂后一氧化碳浓度最低的是椰壳,为2.79 ppm。使用椰子壳吸附剂后,气体co的平均下降率为82%,使用红木吸附剂后,气体co的平均下降率为77%,使用红木吸附剂后,气体co的平均下降率为52%。气体co在吸附剂膝盖骨处降低幅度最大,达到82%。然后比较了不同吸附剂吸附后气体co浓度的显著差异。其中一种方法的测试结果为独立测试,可以看到所有吸附剂之间一氧化碳还原量的差异是0 000。结论:任何一种吸附剂对一氧化碳的吸附均无区别。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
EFEKTIFITAS KARBON AKTIF UNTUK MENURUNKAN KADAR CO DALAM RUANGAN
Cigarette containing more than 4000 elements and at least 200 of them noxious to health. Poison main on cigarettes are tar, nicotine, and carbon monoxide. The purpose of this study is to find the ability coconut shell, wood the mango tree and wood of trees mahogany as the adsorbent carbon monoxide. This research is pre-eksperimental to the control group random only design. The independent variable is kinds of carbon active (coconut shell, wood the mango tree, timber tree mahogany and contol), dependent variable is the concentration of carbon monoxide. The research results show concentration lowest carbon monoxide of control room and after adsorbsi use adsorbent the lowest is found in coconut shell namely 2,79 ppm. The average the percentage the decline in gas co after using adsorbent of coconut shell compared to control is 82 %, then with wood mahogany trees compared to control is 77 %, while the wood of trees manga when compared with control is 52 % percent. Decreases of gas co is highest at the adsorbent kneecap kelapa is 82 %. And then the significant differences concentration gas co after adsorbsi by various species of an adsorbent. One way the test results t independent test to see the reduction of carbon monoxide differences between all the adsorbent is 0,000. Conclusion: no distinction adsorbsi carbon monoxide on any an adsorbent.
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