CAJ | 학술논문

广西河池五圩矿田箭猪坡铅锌锑矿位于江南古陆南缘、右江再生地槽北部边缘的丹池多金属成矿带南端，成矿作用和断裂构造密切相关，矿体主要受 NNW向断裂带控制，呈脉状、条带状、块状、角砾状产出。矿石中金属矿物除闪锌矿、方铅矿、辉锑矿等常见硫化物之外，还大量发育脆硫锑铅矿、硫锑铅矿等硫盐矿物；非金属矿物主要为石英、绢云母、锰方解石、方解石及锰白云石，矿床的形成经历了中低温热液充填成矿期。文章在总结前人的认识基础上，依据野外调查及镜下光(薄)片的观察，并根据矿物共生组合及相互穿插关系，分成2个成矿期4个主要的成矿阶段及12个亚阶段，成矿期包括热液成矿期及表生期，其研究结果不仅有助于了解矿化过程，而且为矿床评价、组分综合利用和选冶提供重要依据。
엄서하지오우광전전저파연자제광위우강남고륙남연、우강재생지조북부변연적단지다금속성광대남단，성광작용화단렬구조밀절상관，광체주요수 NNW향단렬대공제，정맥상、조대상、괴상、각력상산출。광석중금속광물제섬자광、방연광、휘제광등상견류화물지외，환대량발육취류제연광、류제연광등류염광물；비금속광물주요위석영、견운모、맹방해석、방해석급맹백운석，광상적형성경력료중저온열액충전성광기。문장재총결전인적인식기출상，의거야외조사급경하광(박)편적관찰，병근거광물공생조합급상호천삽관계，분성2개성광기4개주요적성광계단급12개아계단，성광기포괄열액성광기급표생기，기연구결과불부유조우료해광화과정，이차위광상평개、조분종합이용화선야제공중요의거。
Jianzhupo Pb-Zn-Sb deposit in Hechi of Guangxi was located at the south end of Danchi metallogen-ic belt which lay atthe south rim of Jiangnan ancient land and the northern edge of Youjiang rejuvenated geo-syncline.The mineralization was closely related to and fracture structures,and the orebodies were mainly controlled by NNW trending fracture belt with occurrences of veined,banded,massive and breccia forms. Besides metallic minerals such as sphalerite,galena,stibnite and other common sulfides,the sulfosalt miner-als like j amesonite and boulangerite in large amount were found in the ores.Nonmetallic minerals contained mainly included quartz,sericite,calcimangite,calcite and manganese dolomite.The deposit had under gone through low-to-moderate hydrothermal filled metallogenic period.Based on the previous studies of predeces-sors and the author’s field survey and observation on polished thin section sunder microscope,and in light of mineral paragenetic association and interfingering relationship of ore veins,this paper divided the mineraliza-tion process into two metallogenic periods,or four mainmetall ogenicstages or 1 2 sub-stages.The metallo-genic periods included hydatogenesis period and supergene period.The research results of this paper not only were conducive to a better under standing of the mineralization process,but also provided the deposit assess-ment,comprehensive component analysis and dressing and smelting process with an important basis.