四川金川县列门地区土壤地球化学特征及找矿意义·················································（1.1）

青海大场金矿矿集区成矿规律与找矿潜力································································（1.7）

川西九龙地区两期伟晶岩型稀有金属成矿作用························································（1.15）

贵州务川双河重晶石-萤石矿成矿地质特征及成因分析············································（1.25）

滇黔相邻区二叠系宣威组富稀土黏土岩综合研究进展···············································（1.32）

四川大渡河流域偏岩子金矿床地质特征及金的赋存状态············································（1.42）

楚雄盆地白垩纪晚期盐湖风成砂微观组构特征研究···············································（1.48）

四川省雷波地区纤维用玄武岩找矿远景分析··························································（1.60）

南方稀土矿区隐伏断裂带高密度电法勘探实验························································（1.68）

铜尾矿库土壤修复效应及周边植被恢复模式研究······················································（1.74）

基于DEA-Malmquist模型的四川省矿产资源开发效率评价······································（1.82）

滇西北中甸甭哥碱性杂岩体岩相学和矿物学特征及其地质意义···································（1.89）

广东天堂山铷锡多金属矿床成矿地质特征及其成因··············································（1.104）

煤矿复垦区土壤重金属形态分布与富集污染研究·····················································（1.116）

高铁低硅烧结技术发展动态················（1.121）

典型杂质矿物及离子对黄铜矿浸出影响的研究现状··············································（1.129）

浮选微泡调控及其作用机制的研究进展································································（2.158）

赤泥在水、土、气环境治理中的应用研究进展·······················································（2.167）

废旧铝电解槽材料回收利用研究进展····（2.177）

氯化法提金工艺技术研究进展··············（3.80）

全球稀土二次资源回收利用进展···········（3.86）

钢渣易磨性研究现状··························（3.95）

铅锌选矿废水净化处理研究概述··········（3.100）

赤泥中提取有价金属元素的研究进展····（3.107）

川南典型硫铁矿区土壤污染调查方法 ····（3.113）

铁尾矿沥青混合料基本性能及老化耐久性研究·······················································（4.111）

废旧锂电池正极材料中有价金属的回收工艺研究进展··············································（4.119）

粉煤灰基矿物聚合材料研究进展··········（4.123）

煤矸石制备地质聚合物注浆材料的研究进展·························································（4.129）

全球钴矿产的供应安全与技术创新·······（4.134）

全球锑资源分布供需及产业链发展现状··（5.77）

从锂云母中提锂及综合利用的研究进展··（5.83）

微生物技术在矿物选冶过程中的研究进展·····························································（5.91）

红土镍矿处理工艺研究现状·················（5.96）

磁黄铁矿选矿研究进展与发展趋势·······（5.103）

川东南地区页岩储层开采条件对比分析································································（5.109）

矿产资源禀赋条件与开发利用异质性：基于河北

铁矿资源聚集区的研究······················（5.120）

矿区土壤重金属污染化学修复及强化方法研究进展··············································（6.104）

熔盐电解法制备镧合金的研究进展·······（6.110）

含硫铁物料脱硫工艺技术现状·············（6.116）

昌宁含铁低品位高泥锡石矿重-磁选工艺研究························································（1.136）

硫酸铵焙烧法提钛渣碱浸提硅反应动力学····························································（1.142）

川北铝土岩型钒矿钒的赋存状态与可选性实验研究··············································（1.146）

B2O3对高铝低镁渣稳定性影响研究······（1.152）

基于密度泛函理论的水对黄铁矿和煤表面润湿性机理研究········································（1.157）

提升贵州水银洞金矿浮选工艺指标生产实践·························································（1.164）

金川硫化铜镍矿选矿工艺改造实践·······（1.168）

高铁三水铝石型矿的酸浸性能·············（1.173）

某6000 t/d铜多金属选矿厂Ⅰ段磨矿分级系统改进与实践········································（1.179）

碱洗—氧化钙煅烧两段法改性粉煤灰脱除废水中Cr（VI）的性能研究·····················（1.184）

基于微波处理的烧结烟气NO脱除影响因素·············（1.190）

西藏某细粒嵌布难选硫化铜矿选矿实验研究··························································（2.45）

福建某低品位金铜混合矿石综合回收利用工艺研究···············································（2.51）

王集Ph1层胶磷矿单一反浮选实验研究及工业化应用············································（2.57）

甲玛复杂铜多金属矿石合理配矿的实验研究与生产实践············································（2.61）

不同矿浆温度下滑石表面甲基纤维素脱附行为研究···············································（2.66）

新疆某菱镁矿浮选工艺实验研究···········（2.69）

可溶性淀粉在长石与石英浮选分离中的作用··························································（2.74）

基于硫酸调浆的铜铅锌多金属矿浮选分离工艺研究···············································（2.79）

新型捕收剂TZ-1浮选微细粒钛铁矿实验研究·························································（2.86）

豫西某石英型萤石矿浮选工艺研究········（2.92）

聚丙烯酸钠对蛇纹石浮选的影响及其机理····························································（2.100）

云南某高碳酸盐型含银氧化铜矿中铜银同步浮选实验··············································（2.105）

某片麻岩鳞片石墨矿浮选实验研究·······（2.111）

吡啶类离子液体在褐煤反浮选中的应用································································（2.116）

酸化水玻璃对重晶石与白云石浮选分离行为的影响··············································（2.121）

关于某硫化铜镍矿中矿选别流程的应用探讨·························································（2.127）

浮-重选联合流程选别金尾矿实验研究···（2.131）

黔西北地区沉积型稀土资源回收稀土研究现状及选矿实验探讨··································（2.135）

高灰难选煤泥分级浮选降灰实验研究····（2.142）

高泥尾砂浮选萤石实验研究················（2.150）

小鳞片膨胀石墨的制备及电化学性能····（2.154）

新疆某金矿选冶联合工艺研究·············（3.121）

攀西某钒钛磁铁精矿浮选脱硫实验·······（3.126）

老挝某难浸金矿石环保浸金实验研究····（3.132）

热改性粉煤灰对水中铜的动态吸附研究································································（3.137）

生物氧化在内蒙某低品位原生金矿浸出研究中的应用··············································（3.143）

KR脱硫渣中鳞片石墨的回收··············（3.148）

胶泥对三种高熔点煤灰熔融特性的影响因素·························································（3.154）

动力煤煤泥高剪切调浆浮选提质研究····（3.158）

氯化钠改善微晶石墨浮选指标的选矿实验····························································（3.163）

陕西某石英砂工艺矿物学及可选性实验································································（3.167）

内蒙古某复杂多金属铅铜锌硫化矿选矿工艺研究·····················································（3.172）

响应曲面法优化铅转炉灰的砷浸出过程································································（3.181）

菱镁矿浮选体系中Fe3+对白云石的选择性活化及机理分析········································（5.126）

某铁矿石悬浮磁化焙烧—磁选实验研究································································（5.131）

硫酸氧钛水解法制备重晶石/二氧化钛复合粉·························································（5.136）

某难选钒矿提取钒实验研究················（5.141）

河南某泥质高氧化型金矿选冶联合回收工艺·························································（5.148）

西北某低铅高锌多金属硫化矿浮选实验································································（5.153）

云南某高硫铅锌矿浮选分离工艺研究····（5.159）

充气搅拌预处理对黄铜矿和磁黄铁矿浮选分离的影响··············································（5.165）

四川某铁精矿回收超纯铁精矿的选矿实验研究·······················································（5.169）

青海某低品位钼矿浮选工艺················（5.175）

磷矿反浮选几种胺离子捕收剂脱硅性能对比·························································（6.124）

攀枝花某细粒嵌布铁矿石分选工艺·······（6.131）

新型环保钨捕收剂的工业化应用研究····（6.138）

油酸钠与含苯环类羟肟酸盐对金红石可浮性的影

响及协同作用机理研究······················（6.142）

四川某铁矿铁精矿制备超级铁精矿实验································································（6.150）

内蒙古某多金属矿尾矿回收萤石实验研究····························································（6.155）

基于EDEM—FLUENT耦合矿物颗粒分离效果的模拟研究·····································（6.159）

铜火法精炼炉高砷铜烟尘低温真空碳热还原脱砷研究··············································（6.167）

加药方式对铜萃余液中和处理的影响····（6.174）

粗锌中锌的真空蒸馏蒸发动力学研究····（6.179）

西太平洋深海底泥中稀土元素赋存状态································································（1.195）

废弃锂电池电极材料中有价金属的赋存状态·························································（1.200）

矿物解离分析系统在磷石膏工艺矿物学研究中的应用··············································（1.205）

贵州省丹寨县老冬寨铅锌矿工艺矿物学研究·························································（2.194）

青海某铜阳极泥的工艺矿物学·············（2.200）

云南某钛铁矿的工艺矿物学研究··········（2.206）

高纯石英砂原料矿中流体包裹体研究····（3.188）

吉林某高铁钾长石工艺矿物学·············（3.193）

安徽省金寨县迎风崖铅锌铜多金属矿床物质组分及赋存状态研究·······························（3.198）

四川某低品位难选磷矿石工艺矿物学研究····························································（3.202）

碱熔-电感耦合等离子体原子发射光谱法测定钒

铁炉渣中钒铁锰磷····························（3.207）

鞍千磁铁矿工艺矿物学研究················（4.193）

内蒙某铁矿石的工艺矿物学研究··········（4.200）

铁矿粉铁含量的高光谱分析和定量反演研究·························································（4.205）

三水铝土矿活性硅含量测定影响因素····（5.181）

川西九龙打枪沟锂铍矿石特征及其铷元素赋存状

态和分布规律研究····························（5.186）

某难选金矿物工艺矿物学研究·············（5.194）

某含钛矿石中钛的赋存状态研究··········（5.200）

云南某钨矿石工艺矿物学研究·············（5.206）

山东某低品位金矿工艺矿物学·············（6.184）

某铜镍多金属硫化矿工艺矿物学··········（6.189）

高品位稀土精矿中稀土、铁、磷、钙元素赋存状态研究···········································（6.193）

西藏丁青象牙玉的玉石学及矿物学特征································································（6.201）

碳中和目标下的锂矿产业创新及颠覆性技术····························································（2.1）

碳中和背景下矿区生态修复减排增汇实现对策··························································（2.9）

“双碳目标”下表面改性与新型药剂在低阶煤浮选中的应用······································（2.15）

烧结烟气CO减排研究动态··················（2.22）

“双碳目标”下陶瓷球替换钢球的应用研究····························································（2.26）

“双碳”目标下镍资源的综合利用发展趋势····························································（2.31）

双碳背景下提钒弃渣制备集热涂层及其性能··························································（2.40）

矿区煤矸石堆对土壤重金属污染时空特征研究·······················································（2.181）

四川省马边老河坝磷矿重金属污染分析································································（2.187）

钛铝合金及其金属间化合物制备工艺研究进展··························································（3.1）

硫铁矿尾矿矿渣改良混凝土力学性质与耐久性··························································（3.6）

铅锌尾矿免蒸免烧砖的制备及性能········（3.12）

氢氧化镁制备活性MgO及MOC的工艺研究·························································（3.17）

硅藻土对水泥铜尾矿粉胶凝材料性能的影响··························································（3.27）

黄铁矿尾矿泡沫混凝土力学性能和水化特征··························································（3.32）

膨胀珍珠岩/脱硫石膏复合材料的制备与性能··························································（3.37）

改性矿渣处理活性艳蓝KN-R染料废水的能力························································（3.42）

铁尾矿制备微晶玻璃的研究·················（3.47）

LiFePO4的制备及改性工艺的研究进展···（3.51）

酸浸钒渣制备高强陶粒工艺·················（3.58）

粉煤灰中铵离子含量对混凝土减水剂掺量及吸附特性影响·········································（3.64）

复合耐磨材料在甲玛选矿厂的应用与实践·····························································（3.70）

Fe-6.5%Si高硅钢片的制备工艺研究进展·································································（3.75）

拜耳法赤泥熔融态深度还原烧结协同提取铝、铁实验研究···········································（4.1）

铅锌尾矿氧化过程中重金属释放迁移动态································································（4.6）

青海铁矿伴生金银铜的综合回收···········（4.12）

肃北某金矿浮选尾矿尼尔森重选实验·····（4.17）

从攀枝花钒钛磁铁矿中回收钪研究进展··（4.21）

赞比亚某高铁锰矿工艺矿物学特性········（4.27）

浸提法去除铁尾矿中重金属Pb、Zn、Cu、Cr和Ni的研究·········································（4.33）

柿竹园磁铁矿粗精矿提质选矿实验········（4.41）

基于响应曲面法的微波干燥沉铁渣实验优化··························································（4.48）

低价钒溶液中铁(II)和钒(IV)、铬(III)的分离及莫尔盐的制备···································（4.53）

微纳米臭氧对硫酸锌生产工艺中Fe2+、Mn2+去除······················································（4.59）

不同碱浸工艺处理氧化锌矿的对比研究··（4.65）

复杂锌精矿沸腾焙烧的行为研究···········（4.71）

重庆接龙铁矿悬浮磁化焙烧温度对焙烧产品性能的影响············································（4.75）

基于工艺矿物学分析的含碲金矿石碱浸预处理效果研究············································（4.82）

四川拉拉铜矿构造变形与成矿的关系·····（4.87）

西秦岭格尔托金矿工艺矿物学与选冶实验·····························································（4.94）

细粒富钛料制粒工艺技术研究现状·······（4.100）

拜尔法赤泥利用现状及高效资源化利用新技术·······················································（4.106）

矿物掺合料再生骨料混凝土的力学及耐高温性质研究··············································（4.143）

赣南某未开发离子型稀土矿区土壤环境质量评价·····················································（4.152）

制备13X分子筛的优化实验研究·········（4.157）

粉煤灰中提取非晶态硅及硅产物的高值化利用·······················································（4.162）

磷渣改性沥青混合料的综合利用研究····（4.169）

钾长石-磷石膏-活性炭提钾工艺的影响因素研究·····················································（4.175）

南方某高岭土除铁增白实验················（4.183）

湿式粉磨提高某磷矿粉释磷特性研究····（4.188）

含锌冶炼渣综合利用现状及发展趋势·······（5.1）

萃取冶金挥发性有机废气处理技术发展和应用实践·················································（5.9）

聚合氯化铝工业废渣生产硅肥实验研究··（5.15）

钒钛铁精矿钛白废酸浸出提钒实验········（5.20）

赤泥矿粉沥青混合料的抗水损坏研究·····（5.25）

高炉瓦斯泥自还原铁锌分离BBD法优化·································································（5.31）

硫酸和硫酸铝对钡渣的无害化影响········（5.37）

采用CCF浮选柱回收某尾矿中铜的实验研究·························································（5.42）

以含碳固废为还原剂的铜渣颗粒直接还原正交实验···············································（5.46）

某尾矿库重金属迁移规律及水资源优化配置研究······················································（5.51）

油泥热解渣对铅渣中As、Zn、Pb和Cd的同步稳定化············································（5.58）

含铬固废的资源化处理及循环利用研究进展··························································（5.65）

某金矿氰渣除氰固砷实验研究··············（5.72）

我国高岭土开发现状及综合利用进展·······（6.1）

我国煤系高岭土应用现状研究与展望·····（6.11）

高纯石英（SiO2）评述（一）：微量、微细粒铝硅酸盐矿物的活化与分离····················（6.17）

高纯石英（SiO2）评述（二）：晶格杂质的活化与分离技术······································（6.21）

高纯石英（SiO2）评述（三）：流体包裹体的分析、活化与分离································（6.26）

TiO2-蒙脱土复合载体在平板式脱硝催化剂中的应用···············································（6.30）

粉磨细度对磷石膏物相转变速率和力学强度的影响研究············································（6.36）

温度对铜渣和磷矿协同联产制备磷铁影响的实验研究···············································（6.42）

偏高岭土混凝土的耐久性与水化特性分析·····························································（6.49）

基于正交实验的废石-磷尾砂充填材料配比优化研究···············································（6.55）

铅锌尾矿砂对混凝土单轴压缩声发射特征的影响研究···············································（6.61）

铁尾矿粉沥青混凝土胶浆-集料粘附性和TGDSC实验研究 ···································（6.66）

基于正交实验金尾矿砂再生混凝土实验研究··························································（6.73）

夏家店金矿含氰尾矿无害化处理实验·····（6.79）

攀西地区某典型铜矿尾矿资源化技术研究·····························································（6.84）

某电解锰渣烧结砖吸水率和饱和系数研究·····························································（6.89）

先锋植物修复介导的根际微域对铅锌冶炼废渣中重金属的形态分异特性影响·················（6.94）

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