裂解气,cracked gas
1)cracked gas裂解气
1.Pooling history ofcracked 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 incracked 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 MTBEcracked 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。
英文短句/例句
1.pyrolysis gas chromatography of polymers高聚物裂解气相色谱
2.Natural gas is not only originated from kerogen cracking, but also from oil cracking.天然气既可来源于干酪根的裂解气,也可来源于原油的裂解气。
3.Identification of polymers by pyrolytic gas chromatographyGB/T7131-1986裂解气相色谱法鉴定聚合物
4.A Study on Performance Optimization for 492 Dissociated Methanol Engine492甲醇裂解气发动机性能优化研究
5.CAUSES AND COUNTERMEASURES AGAINST HIGH CO_2 CONTENT IN CRACKING GAS裂解气中CO_2含量高的原因与对策
6.INTERSTAGE WATER INJECTION TECHNOLOGY FOR CRACKING GAS COMPRESSOR IN ETHYLENE PLANT乙烯装置裂解气压缩机级间注水技术
7.Study on Pyrolysis of Polyetherimide by PyGC-MS裂解气相色谱-质谱法研究聚醚酰亚胺的热裂解行为
8.Research and application of dry gas seal of cracking gas compressor of Ethylene Plant乙烯装置裂解气压缩机干气密封的研究与应用
9.Improvement of emissions by pre-mixed methanol cracked gas through intake manifold on a 6300ZC diesel engine6300ZC柴油机进气预混甲醇裂解气改善排放的研究
10.Using Gas Chromatography to Detect the Ingredient of Dissociated Methanol on Engine On-line应用气相色谱法在线检测甲醇裂解气成分
11.Experimental Study on Diesel Engine Intake Premixed with Little Methanol Pyrolysis Gas柴油机进气预混微量甲醇裂解气的试验研究
12.ANALYSIS OF ACETOXYETHYENE-ACRYLAMIDE COPOLYMER BY PYROLYSIS GAS CHROMATOGRAPHY醋酸乙烯—丙烯酰胺共聚物的裂解气相色谱分析
13.The trace analysis of arsenic in oil cracking gas phase products by cold atomic fluorescence method石油裂解气相产物中痕量砷的冷原子荧光分析
14.INFLUENCE OF REPLACING WASH OIL INJECTION WITH CONDENSATE WATER INJECTION ON CRACKING GAS COMPRESSOR UNIT注洗油改为注水对裂解气压缩机组的影响
15.A STUDY ON THE PYROLYSIS GAS CHROMATOGRAPHY OF POLYETHERIMIDE AHD ITS COPOLYMER聚醚酰亚胺及其共聚物的裂解气相色谱研究
16.Research on Biomass Tar Catalytic Cracking;生物质气化气中焦油的催化裂解研究
17.EXPERIMENTAL RESEARCH ON COMBUSTION CHARACTERISTICS OF THERMAL CRACKING BIOGAS ENGINE热裂解生物质气发动机燃烧特性试验
18.SETTING-UP AND SOLUTION ACQUISITION OF THE BULK FRACTURING SIMULA TION MODEL FOR LOW-PERMEABILITY TIGHT FRACTURED GAS RESERVOIR低渗致密裂缝性气藏整体压裂模拟模型的建立与求解
相关短句/例句
cracking gas裂解气
1.In this article,the author describes the geological factors affecting the oil cracking to gas(temperature,pressure,types of organic matter and mineral matter),emphasizes the index for distinguishingcracking gas from oil or kerogen(composition of natural gas,light hydrocarbon,carbon isotope from CH4 t.原油裂解气的形成条件是目前油气生成过程研究的热点。
2.Thecracking gas origin and distribution rule are complex in Jiyang depression.济阳坳陷裂解气成因和分布规律复杂,为了指导天然气勘探,对裂解气的主控因素和成藏特征进行了综合分析。
3.On the basis of reviewing the existing desulfurization processes ofcracking gas,the paper discusses the progress in this field at home and in the world during recent years and the developing trend in the future.在回顾现有裂解气脱硫工艺的基础上，介绍了近年来国内外在该领域的研究和应用中所取得的进展及未来的发展趋势。
3)pyrolysis gas裂解气
1.Vapor-hydrate phase equilibrium in separation of ethylenepyrolysis 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 frompyrolysis 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 andpyrolysis 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。
4)splitting gas裂解气
1.Study on formation mode ofsplitting gas of Minfeng depression;民丰洼陷裂解气成藏模式研究
2.The compounds ofsplitting gas of distilled gasoline and condensable gasoline produced by natural gas ethyne stove were analyzed by gas chromatography mass spectrometry.利用气相色谱 质谱联用仪 (GC MS)对天然气旋焰乙炔炉余热喷直馏汽油和凝析油裂解气的杂质成分进行分析。
5)dissociated methanol gas裂解气
1.Performances ofdissociated methanol gas engine are predicted.建立了甲醇裂解气发动机的计算模型。
6)vapor-phase thermal cracking气相裂解
1.Here, water vapor was introduced into the process of thevapor-phase thermal cracking of DCPD as the diluting agent.采用形成共沸物的方法使双环戊二烯(DCPD)与水在较低的温度下共同气化,将水蒸气作为稀释剂引入DCPD的气相裂解过程中。
延伸阅读
裂解气分子式：CAS号：性质：石油烃高温裂解生产低级烯烃过程中生成的多组分混合气体。其组成随裂解原料、裂解方法和裂解条件而异。主要是甲烷及碳二至碳五烯烃和烷烃。还有氢气、少量炔烃、硫化物、一氧化碳、二氧化碳、水分及惰性气体等杂质。裂解气需经净化及深冷分离，才能获得所需纯度的乙烯和丙烯。
