这东西有汽油气味。
丁二烯是一种无色，无腐蚀性液化气，芳香温和或类似汽油气味的气体。
Butadiene is a colorless, non corrosive liquefied gas with a mild aromatic or gasoline-like odor.
而另一个重要原因是原汽油机的结构和参数是针对汽油的燃烧特性而设计的，并不适合于液化石油气的燃烧做功。
Another important reason is that the structural parameter of original gasoline engine is designed to aim at the combustibility of gasoline and it misfits the combustion of LPG.
汽油，柴油，液化石油气，软麻油，甲酸，甲醛，乌洛托品，甲酸乙酯及化学试剂等。
Gasoline diesel oil LPG oil of softening jute formaldehyde hexamine ethyl formate and other chemical reagents.
汽油，柴油，液化石油气，软麻油，甲酸，甲醛，乌洛托品，甲酸乙酯及化学试剂等。
Gasoline, diesel oil, LPG, oil of softening jute, formaldehyde, hexamine, ethyl formate and other chemical reagents.
在对二甲醚的应用前景的介绍中，对二甲醚取代液化石油气和汽油作民用和汽车燃料进行了可行性分析。
The feasibility analysis of dimethyl ether used as alternatives to LPG and gasoline for civil and car uses is made in introduction of its application prospect.
认为进一步探讨硫醇的氧化反应机理是液化石油气和汽油脱硫醇研究的重要方向之一。
Further study of the catalytic oxidation reaction mechanism of mercaptan is very important for the gasoline and LPG sweetening operation.
汽油是一种燃料，其油气容易爆炸。
液化石油气所产生的高关注的碳氧化物和氢氧化物，比汽油引擎产生的还少百分之80。
The high concentration of carbon oxide and hydrogen chloride produced by LPG is 80 per cent less than that produced by a petrol engine.
对汽油蒸气的一些关键物性参数，如油气摩尔质量、压缩因子、蒸气压及油气——空气扩散系数等给出了推荐值或计算式。
Some key parameters such as gasoline vapor mole quality and compression factor, vapor pressure, and vapor-air diffusion coefficient were decided and recommended.
采用一种催化剂，用空气对汽油和液化石油气脱硫精制产生的含硫碱渣进行氧化脱硫处理。
A catalyst was applied in the oxidation process to remove sulfides from sulfur-containing caustic sludge produced in gasoline and LPG desulfurization operations.
ARGG技术在普通催化、裂化工艺装置上的应用。通过对工艺、设备和催化剂的改进工作，可以多产富含丙烯的液化石油气和高辛烷值汽油。
In this paper, improvement of technology and catalyst are reported in ARGG technology installation. The petroleum gas of rich propylene and gasoline of high octane number are obtained.
炼油厂生产汽油，柴油，航空燃油，重燃料油和液化石油气。
Refineries to produce gasoline, diesel, aviation fuel, heavy fuel oil and liquefied petroleum gas.
通过燃用汽油及液化石油气的对比试验得出了两种燃料的对比燃烧特性，从而在燃烧机理上分析了其燃烧及排放特性。
A comparison between gasoline and LPG fuel is presented. Based on thermodynamics model, the mechanism of combustion and emission of both fuels is studied.
采用液体汽油作吸收液，直接将油气中的烃类吸收到汽油中。
By adopting liquid gasoline as absorbing liquid, hydrocarbon in oil gas is directly absorbed into the gasoline.
采用液体汽油作吸收液，直接将油气中的烃类吸收到汽油中。
By adopting liquid gasoline as absorbing liquid, hydrocarbon in oil gas is directly absorbed into the gasoline.
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