1) gas checking
气裂
2) cracking gas
裂气
3) cracked gas
裂解气
1.
Pooling history of cracked gas in middle-deep reservoirs in Lijin-Minfeng areas of the Dongying sag
东营凹陷利津—民丰地区中深层裂解气成藏史
2.
It was pointed out that the light hydrocarbon in cracked gas ge.
分析了可溶有机质演化程度与气态烃转化率以及同位素的关系;指出分散型可溶有机质裂解气轻烃中环烷烃含量高,而聚集型可溶有机质裂解时链烷烃生成量较苯系物多,且裂解过程中没有环烷烃产物出现,这是因为无论是硅酸盐岩还是碳酸盐岩都对可溶有机质的成气演化起到了促进作用,因此分散可溶有机质比聚集可溶有机质生气潜力更为有效。
3.
Because of high content isobutene and low content methanol in it,so the MTBE cracked gas can be used as feedstock instead of pure isobutene.
介绍了以抚顺石油化工研究院自行研制开发的改性催化剂用于ＭＴＢＥ裂解的试验，考察了最佳反应条件；该ＭＢＴＥ裂解气中异丁烯含量高，甲醇含量小，可代替纯异丁烯为原料，以路易氏酸为催化剂，与单氯化硫加合反应生产硫化异丁烯，每吨产品可降低成本１５００～１８００元；该裂解气中存在一定量甲醇对加合反应有利，含水量大对反应不利。
4) gas fracturing
气体压裂
1.
The prominent characteristics of TOC high-energy gas fracturing technology with rocket propellant as fuel are its controllable combustion rate, longer pressurization time and longer and wider fracture length compared with other high energy gas fracturing technologies.
ГОС高能气体压裂是用火箭推进剂作燃烧剂，与其它高能气体压裂相比，其突出特点是燃烧速度可得到有效控制，升压时间增长，产生的裂缝长而宽。
2.
Well and layer selection criteria of liquid propellant high energy gas fracturing (HEGF) are included in this paper.
提出了液体药高能气体压裂选井、选层的条件。
3.
On the basis of investigating foreign information and according to the characteristics in high engery gas fracturing process on different formation conditions where high velocity, high temperature and high pressure pulses react instaneously and dynamically, a testing system on downho1e pressure vs time process was developed.
在对国外文献深入调研的基础上，针对不同地层条件下高能气体压裂过程中，井下高速、高温、高压的瞬时动态脉冲作用特点，开发了井下压力—时间过程的测试系统，为进一步改善油气藏开发中应用高能气体压裂提供一种有力的研究手段。
5) gas source fault
气源断裂
1.
The CO 2 gas generation,migration and accumulation and reservoir trapping,capping and preservation are strictly controlled by the gas source fault system.
从无机成因天然气成藏主控条件———气源断裂体系构造变形场的类型（收缩、伸展、走滑和旋转等）出发，综合分析了无机成因二氧化碳气藏的成因类型、分布规律和成藏控制条件等。
6) pyrolysis gas
裂解气
1.
Vapor-hydrate phase equilibrium in separation of ethylene pyrolysis gases by forming hydrates was studied.
对水合物法分离乙烯裂解气的气固(水合物)相平衡进行了研究,考察了系统温度、系统压力、初始气液比对分离效果的影响。
2.
A Ag/Al2O3 adsorbent for removal of arsenic from pyrolysis gas and a liquid hydrocarbon stream was prepared by impregnation.
采用浸渍法制备以复合型的银化合物为活性组分的脱砷剂,用于裂解气及C3馏分等液态轻质烃中砷化物的脱除。
3.
with different fuels as C7H16 and pyrolysis gas in combustion flows.
针对燃烧室燃用C7H16和裂解气燃料的不同情况,采用标准κ-ε湍流模型、化学平衡条件下的快速化学反应系统和简单概率密度函数(PDF)燃烧模型、液体燃料的喷雾模型以及SIMPLE算法。
补充资料：裂裂
1.象声词。
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参考词条