铀矿冶
鈾礦冶
유광야
URANIUM MINING AND METALLURGY
2001年
1期
1-5
,共5页
溶浸开采%原地爆破浸出%二 次资源
溶浸開採%原地爆破浸齣%二 次資源
용침개채%원지폭파침출%이 차자원
重点论述了溶浸开采中的原地爆破浸出的相关理论与关键技术；应用原(就)地爆破浸出开采技术在开发铀矿产资源，降低生产成本，改善矿山经营状况和振兴铀矿冶等各方面所取得的重大成果。论述应用溶浸开采的特有工艺技术，开发我国铀工业各类低品位矿石、残矿、表外矿石及尾矿等二次矿产资源所具有的广阔前景。
重點論述瞭溶浸開採中的原地爆破浸齣的相關理論與關鍵技術；應用原(就)地爆破浸齣開採技術在開髮鈾礦產資源，降低生產成本，改善礦山經營狀況和振興鈾礦冶等各方麵所取得的重大成果。論述應用溶浸開採的特有工藝技術，開髮我國鈾工業各類低品位礦石、殘礦、錶外礦石及尾礦等二次礦產資源所具有的廣闊前景。
중점논술료용침개채중적원지폭파침출적상관이론여관건기술；응용원(취)지폭파침출개채기술재개발유광산자원，강저생산성본，개선광산경영상황화진흥유광야등각방면소취득적중대성과。논술응용용침개채적특유공예기술，개발아국유공업각류저품위광석、잔광、표외광석급미광등이차광산자원소구유적엄활전경。
The related theory and key technique of the stope leachi ng havebeen discussed emphatically. The good results have been achieved in developing t he uranium resource, reducing the production costs, improving the co ndition of uranium mines and promoting the uranium mining and metallurgical indu stry. It has wide application prospect. The most secondary mineral resorces can be recovered, such as low-grade ores, residue ores, submarginal ores and refus e ores.
