金屬礦開采 的英文怎麼說
中文拼音 [jīnzhǔkuàngkāicǎi]
金屬礦開采
英文
metal mining-
This paper probes into mining mode of metalliferous deposit based on the viewpoint of industrial ecology, in the hope of improving resources efficiency, eliminating the four big hazard sources which can bring negative environment impact due to mining of metalliferous deposit, avoiding " end - treatment " engineering needed when mine are closed, keeping integrated mine ' s ecosystem in the process of mining metalliferous deposit
探討了基於工業生態學觀點的金屬礦床開采模式，以期提高資源效率，消除礦床開采對環境造成負面影響的4大危害源，消除礦山閉坑后的末端治理工程，使礦山在生產過程中保持礦區完整生態體系。The mine geology disaster is an important branch of geology disaster, at present the mine geology disaster of our country has many characteristics, such as varied, widely distributed, great influence, conspicuous potential hazard, and the coal mine is heavier than being not, the metal mine is heavier than the metalloid mine ; the type of mine geology hazard relate to mine scale, way of exploitation, mineral type and the area
摘要礦山地質災害是地質災害的一個重要分支，目前，我國礦山地質災害具有種類多，分佈廣，影響大，潛在災害隱患突出，且煤炭礦山重於非煤礦山，金屬礦山重於非金屬礦山；礦山地質災害類型與礦山規模、開采方式、礦產類型及所處地域相關等特點。Odium silicate is used as adhesive in metal casting, fireproof material, paper board, electric welding material, crt screen ; as water purifying agent, scale remover ; as washing aid. buffer in detergent ; as sealant in oil drilling ; as ore flotation agent, slurry thinner and leakage - blocking material in mining ; as bleacher aid, mordant, sizing material, impregnating agent in textile dye & printing ; as anti - corrosion agent and insecticide in wood processing ; as basic ingredient for coatings
硅酸鈉被大量地用於製造工業作為填充劑，在金屬澆鑄中作為砂型粘結劑，版紙工業中被用作膠合劑，在耐火材料行業中用作粘結劑，在電焊條行業也用作粘結劑，在電子工業中可用作顯像管成屏的粘結劑，在水處理中用作處理劑，防結垢劑等。在合成洗滌劑行業中用作助劑，在清洗劑行業中用作清洗及防腐緩沖劑，在石油開采中用作防止井噴材料，在礦山開發中用作堵漏材料、礦石浮選劑和泥漿稀釋劑等。The related reports said the main pollution sources of serious environmental cd, pb and as pollution in china were mining and smelting of nonferrous metals, these pollutants were discharged into the environment and caused the pollution of water, atmosphere, soil and biological species and caused a series of acute and chronic diseases in the exposed people, but the relationship between malignant tumors and environmental cadmium, lead, arsenic pollution is not well understood up to now
研究認為有色金屬鎘、鉛、砷對人體有毒害作用；有色金屬礦山的開采和冶煉是環境鎘、鉛、砷污染的主要來源；污染物進入環境后，產生水污染、大氣污染、土壤污染和生物污染，繼而危害暴露人群的身體健康，產生一系列急性和慢性病癥。There are plentiful mineral resources of nickel, cobalt, and copper in the northwest region of china, specially jinchuan superlarge copper - nickel sulflde magmatic deposit in gansu province, known for its large scale and typical metallogenetic feature in the world, is an important source of ni - cu metal mineral resource in our country. in contrast, jianchaling large cobalt - bearing nickel sulflde deposit in shannxi province is not famous and unmined, but many problems about the deposit are researched because of its special geologic settings and mineralization characteristic
我國西北地區有著豐富的鎳、鈷、銅等金屬的礦產資源，尤其是甘肅省金川超大型銅鎳硫化物巖漿礦床，以其超大規模及其典型的成礦特徵而聞名於世，是我國重要的鎳、銅金屬礦產基地，而相比之下，陜西省煎茶嶺大型鎳（鈷）礦床規模較小且未開采，但因其獨特的地質背景和成礦特徵而具有重要的研究意義。The gejiu super - large tin - copper - polymetallic deposit is famous for producing tin. but now the sustainable development of the whole gejiu ore district faces the tremendous challenge, that is to say, the ore in the surface of ground and in the shallow stratum will soon be mined completely. the situation of resources in gejiu ore district is very tension
個舊錫銅多金屬超大型礦區以錫礦生產馳名世界，但經過數十年的開采，大部份探明錫多金屬儲量已經開采消失，多數礦山已受地質保有儲量不足困擾，達不到生產設計能力，部分礦山甚至已到「等米下鍋」的資源危機的境地而難于維持正常生產，個舊市新建礦業有限公司就是其中之一。Coal, iron, limestone, dolostone, vein quartz and water resources reach better complementary ; nonmetal ores have abundant reserves and distribute in flakes centralized ; cross railway, network of highways, network circuit in the district, offer the advantage to concentrate on exploitation and transportation and processing
煤、鐵、石灰巖、白雲巖、脈石英等礦產資源與水資源達到了較好的配套程度；非金屬礦儲量豐富，分佈連片集中；區內鐵路、公路網、電路網路縱橫交錯，為礦產資源的集中開采、運輸、加工提供了有利條件。Study on disaster pre - warning system for underground rock mining
金屬礦地下開采采場災害預警系統的研究Application of msdas - gis to the prediction of mining - induced subsidence in some metal mine
在金屬礦山開采沉陷預測中的應用In view of the situation and task of china ' s metallurgical mine mining, the main problems existing in the mine production are analysed. major achievements of science and technology and patent technologies with own knowledge property obtained in the major mine scientific and technological problem tackling are described. it is highlighted that, at present and in a future period, china ' s metallurgical mines should follow the development trend of science and technology in world mining and mineral processing fields of metal mineral resources, rely on scientific and technological advance and innovation and intensify the development of advanced technologies so as to form gradually the mining and mineral processing technologies and equipment that have the characteristics of china ' s metallurgical mine resource and to basically realize the sustainable development of china ' s metallurgical mineral resource
針對我國冶金礦山開采面臨的形勢和任務，剖析了礦山生產過程中存在的主要問題；介紹了礦山科技攻關取得一大批具有自主知識產權的重大科技成果和專利技術；強調指出冶金礦山企業在當前或今後一段時期內，要跟蹤世界金屬礦產資源采選領域的科技發展動態，依靠科技進步和技術創新，強化先進技術的開發，逐步形成具有我國冶金礦山資源特點的采選技術、工藝和裝備，基本實現冶金礦產資源的可持續發展。Abstract : in view of the situation and task of china ' s metallurgical mine mining, the main problems existing in the mine production are analysed. major achievements of science and technology and patent technologies with own knowledge property obtained in the major mine scientific and technological problem tackling are described. it is highlighted that, at present and in a future period, china ' s metallurgical mines should follow the development trend of science and technology in world mining and mineral processing fields of metal mineral resources, rely on scientific and technological advance and innovation and intensify the development of advanced technologies so as to form gradually the mining and mineral processing technologies and equipment that have the characteristics of china ' s metallurgical mine resource and to basically realize the sustainable development of china ' s metallurgical mineral resource
文摘:針對我國冶金礦山開采面臨的形勢和任務，剖析了礦山生產過程中存在的主要問題；介紹了礦山科技攻關取得一大批具有自主知識產權的重大科技成果和專利技術；強調指出冶金礦山企業在當前或今後一段時期內，要跟蹤世界金屬礦產資源采選領域的科技發展動態，依靠科技進步和技術創新，強化先進技術的開發，逐步形成具有我國冶金礦山資源特點的采選技術、工藝和裝備，基本實現冶金礦產資源的可持續發展。Study of deep mining technology of large - scale opencast metal mine
大型露天金屬礦山深部開采技術研究The tonglushan copper - iron mine is the key mine of hubei daye nonferrous metals corporation, and it is one of the large - scale mines of nonferrous metals of our country too
銅綠山銅鐵礦是湖北省大冶有色金屬總公司下屬骨幹礦山，也是我國有色金屬大型礦山之一。礦山生產採用露、地聯合開采，露天開采分南北兩個采場。Analysis on in - situ stress field change due to underground mining of metal ore and its influence on range of rock mass displacements
大型金屬礦體開采地應力場變化及其對采區巖體移動范圍的影響分析But there is good news to the looming metals crisis. we could treat landfills as though they were mines ? and dig up the valuable metals buried in them
雖然金屬短缺危機不斷逼近，但還是有好消息。我們可以視垃圾掩埋場為礦脈，並開采埋藏其中的貴重金屬。分享友人