anaerobic [,ænɛə'rəubik]

anaerobic的基本解释

adj.

厌氧的, 厌氧性的

与anaerobic相关的网络例句 [注：此内容来源于网络，仅供参考]

In this study, aerobic biodegradability of 26 different kinds of dyes was tested, using static flask screening test, Warburg respirometer and semi—continuous activated sludge system; then biodegradability of 22 of the dyes under anaerobic condition was investigated by batch and continuous—flow anaerobic digesters; anaerobic metabolic substances of some dyes were analysed by several methods and the pathway of anaerobic degradation of C.

本文用静置烧瓶筛选试验法、瓦勃氏呼吸仪试验法和半连续活性污泥法对26种不同化学结构类型的染料的好氧生物降解性能进行了测定评价；对其中22种染料用间歇厌氧消化反应器和连续流厌氧反应器进行了厌氧生物降解性能的试验，采用多种仪器对部分染料的厌氧降解产物进行检测，对1种蒽醌染料的厌氧降解途径作了推测。

The results of batch experiments showed that the anaerobic biodegradation kinetics of 2-CNB and 4-CNB by granular sludge were follwed by first-order reaction. The nitro groups of 2-CNB and 4-CNB were more easily attacked by electron than chlorines and they were reductively biotransformed to amino groups under anaerobic conditions. The acclimated anaerobic granular sludge, which could dechlorinate 4-chloroanline to aniline, showed that it had the ability of para-dechlorinating. The anaerobic biodegradating on pathway of 2-CNB and 4-CNB were suggested as follows:AbstractIn ZVI(zero-valent iron, Fe0)-reduction system, the nitro groups of 2-CNB and 4-CNB were reductively transformed to amino groups.

2分批试验结果证明，颗粒污泥降解2-CNB和4-CNB遵循一级动力学，在厌氧条件下，CNB发生序列的硝基还原与脱氯作用，苯环上的硝基比氯原子更容易受到亲电子攻击，发生还原反应生成氨基；所获得的颗粒污泥具有对位脱氯活性，可使4-CA进一步脱氯形成苯胺。2-CNB和4-CNB厌氧降解的建议性途径为： ZVI(Zero-valentiron)对2-CNB和4-CNB的作用主要是将苯环上的硝基还原为氨基；在ZVI与污泥共还原转化体系中，ZVI对氯代硝基苯的硝基转化具有一定的促进作用，但因ZVI对中间产物的吸附特性，终产物形成速率趋慢。

A batches of anaerobic digestion experiments for leaves of cabbage wastes were conducted in self-manufactured anaerobic fermentation equipment. The feasibility of anaerobic digestion disposal of leaves of cabbage wastes and the effect of different concentration inoculums on anaerobic digestion were studied.

该文以废弃的甘蓝菜叶为发酵原料，在实验室自行设计的小型沼气发酵装置上进行了厌氧发酵试验，通过测定发酵过程中发酵液和沼气的各项指标，对蔬菜废弃物厌氧发酵的可行性及接种物浓度对发酵过程的影响进行了研究。

与anaerobic相关的网络解释 [注：此内容来源于网络，仅供参考]

anaerobic：厌氧

生物处理主要分为喜气 / 好氧(Aerobic)及厌气 / 厌氧(Anaerobic) 两大类别. 但就普及性、方便性及稳定性而言,喜气处理占有率高达80%以上. 而喜气处理最主要之关键乃在於如何充份有效地将空气中之氧气,

anaerobic：厌氧性

水中的有机物受到微生物的分解 , 不管是好氧性(Aerobic)或是厌氧性(Anaerobic)之情况下 , 均会分解产生氨(NH3) ,

anaerobic：无氧

乳酸产生的浓多寡,则与运动过程中有氧(aerobic)和无氧(anaerobic)系统能代谢的百分比有关. 同的能系统输出,对於人体运动时血乳酸值影响其浓的变化. 以磷酸系统为主要供给能源时血乳酸浓较少,一般超过4mmol/l;以醣酵解系统为主要供应能源时,

anaerobic：厌氧的

anaerobic water 无氧水 | anaerobic 厌氧的 | anaerobion 厌氧菌

Anaerobic bacteria：厌氧性细菌

"厌氧性细菌"(Anaerobic Bacteria)就是不需要氧气也能生存的细菌,所以"厌氧性细菌"(Anaerobic Bacteria)是可以在无氧环境的密封式过滤系统中、砂床中及一些较少量氧气的地方生存.