According to the geological characteristics of the Nanhegou copper deposit in Zhongtiaoshan,the study has analyzed how the tectonic background,strata,structure and volcanic movements controlled the ore-forming process,and pointed out that the mineralization of Nanhegou deposit was double controlled by stripping faults and metamorphic hydrotherm.
针对中条山南和沟铜矿床地质特征,通过对成矿大地构造背景、地层、构造及火山活动对成矿的控制作用的研究,表明南河沟矿床受剥离断层和变质热液双重成矿作用控制,具多因素成矿特征。
Through the study for geologic,geochemical characteristics of deposit,it is preliminarily considered that strong superimposed metamorphism by the late hydrothermal metamorphism form a remarking sedimentary metamorphic hydrothermal superimposed deposit.
通过对矿床的地质、地球化学特征研究,初步认为该矿床受后期变质热液的强烈叠加作用,形成沉积变质热液叠加改造型矿床。
Without suffering hydrothermal metamorphism, and so with smaller confining and pore pressure, the upper cap shows brittleness; and the fundamental complex is ductile due to the strong hydrothermal metamorphism, more fluids and higher confining pressure.
浅部盖层由于未遭受高温热液变质作用，所受围压和孔隙压力较小，表现为脆性变形；深部基底遭受了强烈的高温热液变质作用，岩石中赋存汽水流体较多，所受围压也较大，表现为韧性变形；而位于盖层与基底之间的拆离断层则由于高孔隙压力作用降低了部分围压效应，使之位于盖层与基底之间的拆离断层产生了脆韧性变形。
The protracted continuous action of metamorphic thermal fluid, the migration of metallogenetic element in ore source horizon accompanying thermal fluid, which is concentrated, reformed and became the stratabound ore deposit at the advantageous ore-bearing position.
变质热液长期、续作用,矿源层内成矿元素随热液迁移,有利赋矿部位富集改造形成层控矿床。
become liquid or fluid; of a solid substance, when heated.
当固体加热时，变成液体或液质。
Heat can change iron into a liquid.
热能够把铁变成液体。
Heat can turn iron into a liquid.
热能够把铁变为液体。
The liquid water is heated so that it becomes steam.
液态水受热而变成蒸汽。
reduced to liquid form by heating.
通过加热使变成液态。
Geological Characteristics and Mineralization Timing of the Lengshuikeng Porphyry Pb-Zn-Ag Deposit,Jiangxi Province
江西冷水坑斑岩型铅锌银矿床地质特征、热液蚀变与成矿时限
Effects of PEG Concentration and Temperature on the Rheological and Thermodynamic Properties of PSF Casting Solution
PEG浓度及温度对聚砜铸膜液流变学和热力学性质的影响
Gas-liquid, Liquid-liquid Mass Transfer and Liquid Heat Transfer Characteristics in Microchannels;
微通道内气—液、液—液传质及液相传热特性的研究
Whenever assigning property data in a heat transfer problem, bear in mind that many properties( especially liquid viscosity) are very sensitive to temperature changes.
在热传问题中需要指定物理性质时，请注意有许多物质﹝其是液体﹞物理性质对温度变化非常敏感。
Milk does not keep long in hot weather
牛奶在热天容易变质。
heat absorbed by a unit mass of a solid at its melting point in order to convert the solid into a liquid at the same temperature.
在熔点时一单位质量的固体为使其在同一温度下变成液体所吸收的热。
Ore formation was dominated by exhalation-sedimentation, subsequently subjected to metamorphism reformation, superposition of magmatic hydrothermalism and supergenesis.
成矿以喷气－沉积作用为主，其后经历了变质改造、岩浆热液叠加及表生氧化作用。
Numerical Simulation of the Heat and Mass Transfer Process in the Heat Pipe-type Solution Absorber
热管式溶液吸收器传热传质过程的数值模拟
Heat Transfer Model and Experimental Research on Biomass Fast Pyrolysis and Liquefaction;
生物质快速热裂解液化传热模型与试验研究
Passing through a liquid or a solid, sound is changed into heat.
声音通过液体或固体时，就转变为热。
A Change of state from a solid to a liquid form requires heat energy.
从固态变为液态需要热能。
reduce from a solid to a liquid state, usually by heating.
通常通过加热使固态变成液态。
