feed gas信息详情
原料气
feed───v.喂养；进食；为……提供充足的食物；施肥；给（火）添加燃料；为（机器）提供原料或动力；为（某人）提供（信息、主意等）；为（水体）供水；（球类运动用语）喂（球），传球给（队友）；使（缓慢平稳地）移动；使穿过（有限的空间）；增进；放牧；抚养（家庭等）；（非正式）满足（毒瘾）；n.饲料；饲养；（尤指给动物或婴儿）喂食；进食；（动物或婴儿的）一餐；（机器的）进料装置；（机器、设备的）原料供给；（卫星或网络）转播；（计算机的）订阅源
feed stock feed───饲料饲料
gas───vi.加油；放出气体；空谈；n.(Gas)人名；(法、德、西)加斯；vt.加油；毒（死）；n.气体；[矿业]瓦斯；汽油；毒气
feed like───喂得像
parasitically feed───寄生性饲料
feed him───喂他
feed to───向…提供食物；供应给
feed at───馈送
daphnia feed───水蚤饲料
presence of the feed gas reduces the initial reaction temperature of soot reaction with NO.───反应气中氧存在可以降低炭黑- NO起始反应温度。
Different feed gas ratio could produce synthesis gas of different H/C radio.───原料气各物质的比例不同，可以制备不同碳氢比的合成气。
The results show that different feed gas ratio could have been produced synthesis gas of different H/C radio.───而二氧化碳和水蒸汽的含量可以调节合成气中H/C值。
The cooled feed gas flows through the choke where if expands from the high inlet well stream pressure to the sales line pressure.───经冷却后的原料气流过节流件，气体压力从井口高压降为销售管线的压力，体积膨胀。
The CO2 content and the H2S content ratio reaches up to 188. 8 in the feed gas of Qingbian producing area.───长庆气田靖边气区的原料天然气中，CO2含量与H2S含量之比高达188.
Causes fouling on the surface of rotor to cause amplitude of vibration rising of feed gas compressor and countermeasures being taken───原料气压缩机转子挂垢、轴振值升高原因及解决措施
Discussion on the technology for removing sulfur carboxide and carbon dioxide in the carbonylation feed gas───羰基合成原料气中羰基硫、二氧化碳脱除技术的探讨
Research on the Application of Water Gas Gasifier Simulation System in Feed Gas Preparation for Fertilizer Production───水煤气炉仿真技术在化肥原料气生产中的应用
Requirements and analysis methods of sulfides content in ammonia synthesis feed gas───合成氨原料气中硫含量的要求与分析方法
The results show that high reaction temperature and low reaction pressure can accelerate the reaction and different feed gas ratio could have been produced synthesis gas of different H/C radio.
Autothermic reaction of methanation could not take place when purifying the synthesis feed gas.
The key of the CO shift process is applying sulfidation resistance shift catalyst, so that the feed gas with sulfide can be shifted directly without removing sulfide.
This paper introduces a gas chromatographic method for quantitative determination of feed gas and products of oxidative dehydrogenation of ethane to ethene.