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particulate ice
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  粒状冰
     A mathematical models of particulate ice melting of constant quantity and transporting continuously in a column ice silo are presented on researches in ice melting mechanism and process,the numerical simulation results are in good agreement with the experimental data.
     本文通过对冰水直接热交换的融冰机理和融冰过程的分析,导出了粒状冰在圆柱形融冰装置里的定量冰条件下和连续输冰条件下的融解数学模型,对比分析表明,依据模型所进行的数值模拟与实验结果非常接近。
短句来源
     The ice melting of ice cooling system is mainly researched, on studying the ice melting mechanism the mathematical models of the particulate ice melting in a column ice silo in steady and unsteady are presented, and the methods of technical and economic feasibility of cooling deep coal mines are developed.
     通过对冰水直接热交换的融冰机理和融冰过程的分析 ,导出了粒状冰在圆柱形融冰装置里的稳态和不稳态融解方程 ,为融冰装置的设计和运行提供了理论依据 ,并提出了我国矿井空调系统进行技术经济分析的基本方法 .
短句来源
  “particulate ice”译为未确定词的双语例句
     Experimental study of particulate ice melting
     粒状冰的融解实验研究
短句来源
     Mathematical models of particulate ice melting
     粒状冰的融解数学模型
短句来源
     The former can be divided into 5 layers, namely, surface humus soil, domelike massive ice, empty dome loose debris as well as permafrost layer with particulate ice , and the latter can be divided into 4 layers, namely, surface humus soil, candle ice, massive ice and permafrost layer with particulate ice.
     前者结构上分为5层:表层腐殖质土层、穹窿式块冰层、穹窿式空洞、松散砾石层和含粒状冰冻土层。 后者结构上分为4层:表层腐殖质土层、烛状冰层、块冰层和含粒状冰冻土层。
短句来源
  相似匹配句对
     Ice
     冰
短句来源
     Mathematical models of particulate ice melting
     粒状冰的融解数学模型
短句来源
     Experimental study of particulate ice melting
     粒状冰的融解实验研究
短句来源
     DRIVING ON ICE
     冰雪路面安全行车六防
短句来源
     Reactivity of Particulate Coke
     焦炭的粒焦反应性
短句来源
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Frost heaving mounds of hollow-domelike frost blister type and candle ice type were found in this area. The former can be divided into 5 layers, namely, surface humus soil, domelike massive ice, empty dome loose debris as well as permafrost layer with particulate ice , and the latter can be divided into 4 layers, namely, surface humus soil, candle ice, massive ice and permafrost layer with particulate ice. It is found from the investigation that both of them are seasonal frost heaving...

Frost heaving mounds of hollow-domelike frost blister type and candle ice type were found in this area. The former can be divided into 5 layers, namely, surface humus soil, domelike massive ice, empty dome loose debris as well as permafrost layer with particulate ice , and the latter can be divided into 4 layers, namely, surface humus soil, candle ice, massive ice and permafrost layer with particulate ice. It is found from the investigation that both of them are seasonal frost heaving mounds. Based on analyses of forming mechanism, the authors consider that transmission of cold wave in winter,. hydrostatic pressure of closed system freezing suprapermafrost ground water, shallow and low permeable layer, as well as fine soil material of ground surface are the prerequisite for developing seasonal frost heaving mounds in the region.

考察发现本区有冻疱型空心穹窿式冻胀丘和烛状冰型冻胀丘。前者结构上分为5层:表层腐殖质土层、穹窿式块冰层、穹窿式空洞、松散砾石层和含粒状冰冻土层。后者结构上分为4层:表层腐殖质土层、烛状冰层、块冰层和含粒状冰冻土层。观测表明,此两类均属季节性冻胀丘。在分析形成机制的基础上认为冬季冷波传递、活动层中地下水冻结后的静水压力和较浅的、缓慢的渗滤层以及地表面细粒土质是本区季节冻胀丘发育的先决条件。

The ice melting of ice cooling system is mainly researched, on studying the ice melting mechanism the mathematical models of the particulate ice melting in a column ice silo in steady and unsteady are presented, and the methods of technical and economic feasibility of cooling deep coal mines are developed. The results show that the ice cooling system may be higher advantage than conventional mine air conditioning systems.

通过对冰水直接热交换的融冰机理和融冰过程的分析 ,导出了粒状冰在圆柱形融冰装置里的稳态和不稳态融解方程 ,为融冰装置的设计和运行提供了理论依据 ,并提出了我国矿井空调系统进行技术经济分析的基本方法 .技术经济分析表明 ,深井降温冰冷却系统在技术上是完全可行的

A mathematical models of particulate ice melting of constant quantity and transporting continuously in a column ice silo are presented on researches in ice melting mechanism and process,the numerical simulation results are in good agreement with the experimental data.

本文通过对冰水直接热交换的融冰机理和融冰过程的分析,导出了粒状冰在圆柱形融冰装置里的定量冰条件下和连续输冰条件下的融解数学模型,对比分析表明,依据模型所进行的数值模拟与实验结果非常接近。

 
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