2) gas recovery velocity
采气速率
1.
Investigation on optimized gas recovery velocity of natural gas storage in salt rock layer by numerical simulation;
盐岩储气库最佳采气速率数值模拟研究
3) generation rate
产气速率
1.
Compared with the MSW landfill alone, the landfill gas generation rate of MSW co-disposed with sludge was higher by about 30%.
实验结果表明 :在填埋垃圾中添加污泥起到了接种微生物的作用 ,加快了有机垃圾的降解与填埋气的产生 ,产气速率较生活垃圾直接填埋提高3 0 %以上 ;填埋气中CH4 浓度可达到 64% ;与没有添加污泥相比 ,填埋气中CH4 含量有较大幅度的提高 ,有利于填埋气的资源化利用 ,同时也可为污泥的资源化利用提供经济可行的途
4) gas forming rate
发气速率
1.
Based on research and production of foaming agent ADC,the activating agent selection and the influence of activating agent on the decomposition temperature,the gas forming rate and the gas forming amount of foaming agent ADC are related emphatically.
从低温发泡剂的研制入手,重点阐述活化剂的选择和活化剂对发泡剂ADC的分解温度、发气速率及发气量的影响,研制出的产品分解温度低,泡孔洁白细腻,具有更广泛的适用性。
5) gas absorption rate
吸气速率
1.
Gas absorption rate of getter is limited by the gas transfer when gas molecules diffusion rate is lower than gas absorption rate of surface in micro hole, and the getter possesses of low gas absorption rate, but the rate decreases slowly.
当气体分子在微孔中的扩散速率远低于孔壁吸气速率时 ,微孔内气体传质过程制约了吸气剂的吸气速率 ,其特点是吸气速率值不高 ,但衰减缓慢。
2.
The effects of operation parameters on gas absorption rate of molten steel in tundish were considered.
建立了盛钢桶到中间罐钢液吸气的物理模型,利用NaOH水溶液 CO2系模型来研究注流及中间罐液面的吸气(CO2)速率,从而考察操作参数对中间罐钢液吸气速率的影响。
6) gasification velocity
气化速率
1.
The influence of ratio of steam to oxygen on gas composition, gasification stability, and change of gasification velocity were studied.
研究了汽氧比对煤气组成的影响、气化过程的稳定性以及试验条件下的煤层气化速率变化 ,进行了相同条件下的物料衡算 。
补充资料：采气工艺(见天然气开采工艺)
采气工艺(见天然气开采工艺)
gas production technology
，一‘J\匕乙吕天然气开采工艺pro以uetionteehnology)见
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