fossil oil
英 [ˈfɒsl ɔɪl]
美 [ˈfɑːsl ɔɪl]
石油；化石燃料
英英释义
noun
双语例句
- Biomass is an organic compound generated by photosynthesis, which is the fourth biggest energy source followed by coal, fossil oil and gas.
生物质是指通过光合作用产生的有机物，排在煤、石油、天然气之后，作为世界第四大能源。 - It is produced from the burning of fossil fuels ( coal and oil) and the smelting of mineral ores that contain sulfur.
它源自矿物燃料（煤和石油）的燃烧以及对含有硫磺的矿物的冶炼。 - The development of current economy depends on the exploitation of fossil resources such as oil, coal, natural gas, etc. But they are non-renewable and facing shortage.
现代经济的发展依赖于化石资源如石油、煤炭、天然气等的开发。而这类资源为不可再生资源，已面临短缺。 - It has been widely applied in electric power system, gas collection& transfer, and fossil oil chemical industry and so on.
已广泛应用于城市燃气系统、供水调度系统、电力系统、石油化工等诸多领域。 - If we could find more ways to harness solar power safely and efficiently, we could get much more usable energy from it than we currently get from burning fossil fuels like oil, coal, and gas.
如果能够找出更多安全有效的方法来利用太阳能，就能从中获得更多有用的能源，这比我们目前以燃烧石油、煤、汽油等化石燃料所获得的能源还要多。 - Biomass is the only clean renewable energy resource that can be liquefied. Bio-oil made from fast pyrolysis of biomass is convenient for being stored and transported with potential to be used as a fossil oil substitute.
生物质是唯一可以液化的清洁的可再生能源，利用生物质快速热解制取的生物油便于运输和储存。作为液态燃料的生物油在替代化石燃料方面具有相当广阔的前景。 - The reserve of the fossil oil, especially the high-class oil, is less and less because of the massive extraction.
长期以来人们对石油的大量开采，使得石油储量越来越少，尤其是优质石油。 - Coal, fossil oil, and natural gas, which are unrenewable resources, are the major fuel of thermal power generation.
而我国是一个以火力发电为主的国家，其中以煤炭、石油、天然气等不可再生资源为主要燃料。 - Fourth, environmental protection listed companies are significant difference with coal and fossil oil listed companies on debt maturity structures and operating income growth rate and the ratio of largest shareholders impact on business performance.
债务期限结构、营业收入增长率和第一大股东持股比率对经营业绩的影响在环保产业与非环保产业中表现出显著的差异性。 - The first, third and fourth phases of dissolution were mainly resulted from the organic acid generated by the underlying Cambrian-Ordovician mature source rocks. The second phase of dissolution was resulted from the organic acid generated from microbial degradation of hydrocarbons in fossil oil reservoirs.
第一、三、四期的溶蚀作用主要与下伏寒武&奥陶系烃源岩成熟产生的有机酸有关，第二期的溶蚀作用与古油藏破坏烃类微生物降解产生的有机酸有关。