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Gas hydrate latent heat 水合物生成热
Natural Gas Hydrate: the savior of energy crises? 可燃冰:能源危机的拯救者?
Gas hydrate is a kind of ice-like clathrate hydrate. 摘要气体水合物是一类笼形结构的冰状晶体。
A similar definition holds good for latent heat of vaporization. 气化潜热的定义与此雷同。
The low-temperature blown gas discharged from the fixed-bed intermittent gasifier contains high latent heat. 固定层间歇式煤气发生炉排放的低温吹风气具有较高的潜热。
Natural gas hydrate is a kind of simple crystalloid solid hydrate. 天然气水合物是一种结晶状固态简单化合物。
Gas hydrate is an important potential resource in the 21st century. 摘要天然气水合物甲烷资源量的估算是天然气水合物研究中的热点问题。
Gas hydrate in the Gulf of Mexico: What and where is the seismic target? 墨西哥湾的天然气水合物:地震目标是什么?在哪里?
Malone R D, Mroz T H. Geologic Analysis of Gas Hydrate Deposite. SPE 15224. 石油工业天然气科技情报协作组.;国外非常规天然气调研(内部)
Faults and diapir develop widely and influence the distribution of gas hydrate. 盆地广泛发育断裂、底辟构造，影响着水合物的分布。
When the technology for centralized recovery of latent heat in low-temperature blow gas is applied to the medium-scale nitrogenous fertilizer plant, the design should be adaptable to local condition. 将低温吹风气潜热集中回收技术引入中氮肥企业应用,应该进行因地制宜设计。
The half-year cycle of latent heat flux exists in the Xisha area, with the maximum appearing in winter. 西沙海面潜热通量存在半年周期特征，极大值也是出现在冬半年。
This paper proposes to reduce flue discharge temperature by using condensation technique on boiler to recover and utilize latent heat of vaporization in flue gas,thus improving heat efficiency. 本文论述了将冷凝技术应用在加热炉上来降低排烟温度,回收利用烟气中水蒸汽的汽化潜热,从而达到提高热效率的方法。
The study of natural gas hydrate is a hotspot in the exploitation of world energy sources. 摘要对天然气水合物的研究是当今世界能源开发的热点。
The Effect of Latent Heat Release on the Evolution of a Warm Occluded Thermal Structure. 潜热释放对热固囚热结构的作用。
The formation of natural gas hydrate and methanol recovery process in Changqing Gas Field are described. 根据中国石油天然气股份有限公司长庆油田分公司长庆气田地面建设特点,介绍了该气田预防天然气水合物生成的方法及甲醇回收再生工艺技术。
In this case latent heating and radiation cooling are comparable. 在这种场合，潜热加热和辐射冷却数值相当。
Strong reflections from seismic profiles indicate a discontinuity at the base of the gas hydrate zone. 来自地震剖面的强烈反映表明在气体水合物区域的基础之上存在不均匀受力的情况。
The results show that vorticity advection, thermal advection and latent heat release made great contribution to the development of the depression. 中低层的温度平流、降水凝结释放潜热维持上升运动，是低压进一步发展的有利条件。
An example of this is the injection of relatively warm seawater into an undersea gas hydrate layer. 例如,采用相对温暖的海水喷射到海底的天然气水合物地层中。