gasifying
英 [ˈgæsɪfaɪɪŋ]
美 [ˈˌgæsəfaɪɪŋ]
v. （使）气化；（使）成气体；充气
gasify的现在分词
双语例句
- Application of Horizontal Connected Well Technology in Coal Gasifying Extraction in Ulanqab, Inner Mongolia Most northern Chinese rock paintings are found in the Yinshan mountains in Heilongjiang and the Helan Mountains in Inner Mongolia autonomous Region.
水平连通井技术在内蒙古乌兰察布气化采煤工程中的应用在黑龙江、内蒙古阴山山脉、贺兰山北部乌兰察布高原等地是北系岩画集中的地区。 - To determine the water content in tar rapidly, a fast and exact new method of acetylene stones gasifying is introduced in this paper.
为了快速测定焦油水分，通过实验，采用了一种新的方法&电石气化测定，达到了快捷、准确的效果。 - Briefly introduces the researching status of the major equipments of the combined cycle system, the pressurized fluid bed partial gasifying oven, the purifier for the gas, the pre-heater for the high temperature air/ steam.
也简要介绍了联合循环系统的主要设备，增压流化床部分气化炉，煤气净化器，高温空气/蒸汽预热器等的国内研究现状。 - Effect of gasifying agent on gas composition of biomass fluidized bed gasification with porous bed material
气化介质对生物质多孔床料流化床气化产气特性的影响 - Gasifying the liquid water cannot be neglected because it is heat consuming, thus decreasing the theoretical combustion temperature.
煤气燃烧时机械水气化耗热要降低理论燃烧温度，其影响不可忽略。 - At last, some suggestions on how to develop gasifying and melting technology in Chinese were propose in respect to traits and treatment of its MSW.
并结合我国城市垃圾的特点和垃圾处理的实际情况，提出了发展气化熔融技术的几点建议。 - E. gasifying agent and catalyst, which affect the hydrogen content of gases were discussed. Then the representative flow for biomass catalytic gasification was presented in this paper.
本文介绍了生物质催化气化制氢概况，讨论了在气化过程中发生的主要化学反应以及影响可燃气中氢气含量的主要因素，进而给出了生物质催化气化制氢的典型流程。 - Meanwhile, the deoiled asphalt ( DOA) can be used as feedstock for gasifying.
同时，脱油沥青（DOA）可制作气化原料。 - This paper introduces a new burning technology for treating the MSW& the gasifying and melting technique for the MSW.
介绍了一种新型的处理城市生活垃圾的焚烧技术&城市生活垃圾气化熔融焚烧技术。 - Coal gasification is a chemical reaction process that changing the combustible portion of coal into gas with gasifying agent in the condition of high temperature.
煤气化技术是一种将煤在高温条件下，通过与气化剂反应，把煤中的可燃部分转化为气体（CO、H2、CH4等）的过程。