1) enrichment and depletion
富集贫化
1.
According to the test data obtained from three porphyry Cu(Mo) deposits lying respectively in Chengmenshan of Jiangxi,Wunugetushan of Inner Mongolia and Baishantang of Gansu,the authors studied the enrichment and depletion regularity of trace elements in porphyry Cu(Mo) deposits.
依据江西城门山、内蒙古乌奴格吐山、甘肃白山堂三个斑岩型Cu(Mo)矿床试验资料,探讨了斑岩型Cu-Mo矿床中微量元素的富集贫化规律。
2) enrichment and dispersion of element
元素富集与贫化
3) enrichment/dilution
油气富集与贫化
4) polarization between the rich and the poor
贫富分化
1.
The phenomenon of polarization between the rich and the poor is deteriorating,which is an unstable factor to the society.
我国社会生活中出现的贫富分化现象越来越严重,构成社会不稳定的因素,影响国民消费水平的提高,妨害社会公正和公平,对和谐社会的建立形成严峻挑战。
2.
After realizing the shift from single to diversified,from contrary to supplementary,from blocked to open,and from rigid to flexible,diversified stratification produces many negative influences,such as tense relation and ethical relation fault among classes which is caused by polarization between the rich and the poor,and ethical disorder triggered by abnormal stratum structure.
分层多元化在实现了社会伦理关系从单一到多元、从对立到互补、从封闭到开放、从刚性到柔性的转变的同时,也产生了诸多的消极影响,表现为:贫富分化现象造成层际关系紧张及伦理关系失范,畸形的阶层结构引发伦理秩序紊乱。
5) polarization of the rich and the poor
贫富分化
1.
The polarization of the rich and the poor in our country has been quite serious,which surely effects the construction of harmonious society.
我国贫富分化已经相当严重,势必影响构建和谐社会。
6) poor resource-abundant region
能源富集贫困区
1.
As coupling regions with rich natural resources, poor economy and fragile ecology, poor resource-abundant regions are focus areas which are used to study man-land relation and rural development.
能源富集贫困区作为能源富集、生态脆弱、农村贫困的复合区域,成为人地关系与农村发展研究的焦点地区。
补充资料:元素富集因子法
分子式:
CAS号:
性质:用以表示大气颗粒物中元素的富集程度,判断和评价颗粒物中元素的来源(自然来源和人为来源)的双重归一化数据处理的方法。选择某一元素作为参比元素(如Fe等),被测元素如为X,则可求出颗粒物中各被测元素对参比元素的比值,即相对浓度(X/Fe)颗粒物;同样可求得地壳中相应元素的比值(X/Fe)地壳。将此两比值相除,即得该被测元素的富集因子(EF),其表达式为:根据EF值可推断元素的主要来源。如EF>>1(取>10更为可靠),则此元素基本上来自人为活动。如EF≈1,则此元素主要来源于地壳、土壤。由此可半定量地估算某种污染源(如风砂土壤的贡献率,也可获得某地区或污染源颗粒物中元素的富集程度,评价其污染状况。
CAS号:
性质:用以表示大气颗粒物中元素的富集程度,判断和评价颗粒物中元素的来源(自然来源和人为来源)的双重归一化数据处理的方法。选择某一元素作为参比元素(如Fe等),被测元素如为X,则可求出颗粒物中各被测元素对参比元素的比值,即相对浓度(X/Fe)颗粒物;同样可求得地壳中相应元素的比值(X/Fe)地壳。将此两比值相除,即得该被测元素的富集因子(EF),其表达式为:根据EF值可推断元素的主要来源。如EF>>1(取>10更为可靠),则此元素基本上来自人为活动。如EF≈1,则此元素主要来源于地壳、土壤。由此可半定量地估算某种污染源(如风砂土壤的贡献率,也可获得某地区或污染源颗粒物中元素的富集程度,评价其污染状况。
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