1) specific hydrogen production rate
比产氢速率
1.
It was demonstrated that under the same loading rate, microflora of ethanol type fermentation had relatively high hydrogen production rate and specific hydrogen production rate, maximum hydrogen production rate was 14.
在有机负荷相同的条件下 ,乙醇型发酵菌群表现出较高的产氢速率和比产氢速率 ,最大产氢速率为 1 4 99L/d ,最大比产氢速率为 3 5 86 4 5mmol/ (kg·d) 。
2) hydrogen yield
比产氢率
1.
Batch acclimation of efficiency activated sludge for high concentration medium and its progress in sucrose consumption and hydrogen yield;
高浓度有机质驯化活性污泥对比产氢率的影响
3) hydrogen production rate
产氢速率
1.
At organic loading rate(OLR) of 40 kg/(m~3·d),microflora of ethanol-type fermentation had relatively high hydrogen production rate,and the maximum specific hydrogen production rate was 550 ml/(gVSS·d),which was 3.
d)条件下,乙醇型产酸发酵菌群表现出较高的产氢能力,最大比产氢速率为550 m l/(gVSS。
2.
The biogas(hydrogen) production capacity of ethanol type and propionic acid type fermentative microflora were compared, and the movement of hydrogen production rate according to the succession of microflora from propionic acid type to ethanol type was investigated.
重点对乙醇型发酵菌群和丙酸型发酵菌群的产气及产氢能力进行了对比研究 ,并对发酵菌群由丙酸型演替为乙醇型过程中的产氢速率变化进行了分析 。
3.
It was found that at an initial biomass (SS) of 15?g·L~(-1), an observed maximal hydrogen production rate of 2.
研究表明,在污泥接种量(SS)为15g·L-1、温度为(35±1)℃、容积负荷为40kg·m-3·d-1、水力停留时间(HRT)为4h条件下,可以获得CSTR丁酸型发酵的最大产氢速率2 37m3·(m3·d)-1。
4) maximal specific hydrogen rate
最大比产氢率
1.
The results by Gompertz model show that:(1)the lag-phase time(λ),the maximal specific hydrogen rate,the specific hydrogen potential and the maximal hydrogen contents of biogas of the four pretreatment are 7.
04 h,泔脚中挥发性固体最大比产氢率分别为3。
5) hydrogen-carbon ratio
氢碳比率
6) oxygen-hydrogen ratio
氢氧比(率)
补充资料：产的
1.犹依旧，照样。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条