熔离 meaning in English
liquation
Examples
- Its metallogenesis also include magma differrentiation - crystalization , sulfurization process , magma melt - segregated , and hydrothermal process , whereas magma melt - segregated ore - forming process played an important role , and hydrothermal process is secondary , too
其成矿作用有岩浆分结作用、硫化作用、岩浆熔离作用及热液作用等，以岩浆熔离成矿作用为主，热液作用亦仅占次要地位。 - Cu - ni sulfided mine complex locate in baimazai of jinping county is sub alkali iron - super iron , it ' s zoning is clear and it ' s ni - cu - co melting first and enrichment , its rare earth is rich in right lean light rare earth , but eu in olive rock is serious to be bad , gd - tb is tittles negative abnormity . above - mentioned show that the mineral is cone from mantle , and didn " t mix with crustal substance , and continent tholeiite magma turning into continent tholeiite emplacement after by surging
金平白马寨铜镍硫化矿床杂岩体分带明显、属亚碱性铁质-超铁质岩、具ni - cu - co三元素先熔离，后富集的规律、稀土配分为右倾斜轻稀土富集型，但橄榄岩铕亏损显著， gd - tb微小负异常，显示成矿物质来源地幔，与地壳物质无混染和大陆拉斑玄武岩浆上涌后变为大洋拉斑玄武岩浆侵位特点。 - This paper points out that the ore - forming pattern of this mineral deposit is ore - bearing basic - superbasic magma melting - crystalline different and ore magma impulse injection in turn . it indicates there maybe has a ore shoot in the bottom of iii rock body ( interrupted below 650m ) , and advises to geophysical prospecting in the mining shaft
并指出本矿床为含矿基性-超基性岩浆熔离-结晶分异和矿浆依次脉冲式贯入的铜镍硫化物矿床成矿模式，指明号岩体下部( 650m以下中断)可能存在一富矿体，并建议进一步做井中物探证实。 - Jianchaling nickel deposit that respected with it is originally devided into magma type deposit , its metallogenesis include magma differrentiation - crystalization , sulfurization process , magma melt - segregated , and hydrothermal process . but melt - separated ore - forming poorly developed , and hydrothermal process is subordinate , the assimilation and contamination of country rocks have special significance to the formation of this ore deposit
与之有关的煎茶岭镍矿床成因上属岩浆矿床，其成矿作用有岩浆分结作用、硫化作用、岩浆熔离作用及热液作用等，但岩浆熔离成矿作用不发育，热液作用仅占次要地位，富硫围岩的同化混染对矿床的形成有特殊的意义。 - The geologic , element and experimental study suggest the mechanism of small body , giant deposit in jinchuan is succeeding segregation whole magma chamber intruding from deep to emplace . the study is proof , supplementary and progress of the deep segregation , penetrating ore formation theory , which was advanced by mr tang zhongli , the academician of china . 5
特别是通过铂族元素、稀土元素研究、实验地球化学研究及其与实际资料的对比，提出了金川矿床成岩成矿是从深部到侵位持续熔离的新模式，论证、补充和发展了汤中立院士提出的深部熔离成矿说。