研究了云南兰坪氧化锌矿石的碱法浸出。
Alkaline leaching of Zn from zinc oxide ore from Lanping, Yunnan is investigated.
兰坪—思茅盆地的演化与深部作用密切相关。
The evolution of the Lanpin-Simao Basin is closely related to deep processes.
兰坪氧化铅锌矿的选矿长久以来是选矿界的难题。
The dressing of oxidized ore of zinc and lead in Lanping has been a tickler for a long time.
位于云南省兰坪县的金顶矿床为一世界著名的超大型铅锌矿。
Jinding deposit is a famous giant lead-zinc deposit, located in Lanping, Yunnan province.
云南兰坪盆地内的银铜多金属矿床以产大量黝铜矿系列矿物为特征。
The distinguished feature of the Ag-Cu polymetal deposits in Lanping basin is the occurrence of large quantity of tetrahedrite series minerals, which are the main Ag-bearing minerals.
滇西兰坪盆地是一个重要的中新生代陆相盆地，产有丰富的铅锌铜银矿产资源。
The Lanping basin in west Yunnan, China, is an important Meso-Cenozoic continental facies basin, which is an abundant mineral resource of Pb, Zn, Cu, Ag, and so on.
本文结合云南省兰坪铅锌矿尾矿料的大量物理力学性试验成果进行了系统的分析研究。
Systematic analyses and studies of physical and mechanical properties are made on tailings test results in Lanping Lead-Zinc Mine of Yunnan province.
根据地层古生物的分布和发育情况，可将云南西部划分为保山—腾冲区、耿马—孟连区和兰坪—普洱区。
According to the distribution and development of the strata and fossils, western Yunnan may be divided into the Baoshan-Tengchang, Gengma-Meng-lian and Lanping-Pu'er areas.
目的调查云南省兰坪县人、鼠间肾综合征出血热(HFRS)的感染情况，为HFRS预防控制提供指导。
Objective t survey the infectious status of hemorrhagic fever with renal syndrome (HFRS) in Lanping County, Yunnan Province and offer guidance for prevention and control of the disease.
周三，在兰坪白族普米族自治县，一名工人在矿坑中被泥石流淹死，另外一个矿坑中的两名工人目前下落不明。
In Lanping Bai and Pumi Autonomous County, a worker at a local mine pit was killed by rock-mud flow on Wednesday and two in another pit were swept away and are still missing.
兰坪盆地两侧的金沙江—红河大断裂、澜沧江大断裂以及盆地中轴深大断裂是该区深源流体活动主要通道，并成为该区深源流体成矿的重要控制因素。
The two faults and longitudinal axial fault in the central basin is the main channel for deep fluid, so they are important tectonic information about deep fluid mineralization.
兰坪盆地两侧的金沙江—红河大断裂、澜沧江大断裂以及盆地中轴深大断裂是该区深源流体活动主要通道，并成为该区深源流体成矿的重要控制因素。
The two faults and longitudinal axial fault in the central basin is the main channel for deep fluid, so they are important tectonic information about deep fluid mineralization.
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