Hsu & Sabatini (2019) — 5,886 geological ore samples
5886 samples found (page 117/118)
| Sample No. | Specimen | Site (English) | Admin Province | Metal Province | Metal Type | ²⁰⁶Pb/²⁰⁴Pb | ²⁰⁷Pb/²⁰⁴Pb | ²⁰⁸Pb/²⁰⁴Pb | Quality | Reference |
|---|---|---|---|---|---|---|---|---|---|---|
| BMS-04 | pyrite | Baimangshan | Anhui | Lower Yangtze | Cu-Au | 18.5180 | 15.5770 | 38.4930 | Good | 陆三明.2007.安徽铜陵狮子山铜金矿田岩浆作用与流体成矿.合肥工業大學博士論文 |
| BMS-8 | pyrrhotite | Baimangshan | Anhui | Lower Yangtze | Cu-Au | 19.1600 | 15.5530 | 38.4490 | Good | 储国正.2003.铜陵狮子山铜金矿田成矿系统及其找矿意义.中國地質大學博士論文 |
| BMS-9 | pyrrhotite | Baimangshan | Anhui | Lower Yangtze | Cu-Au | 18.4000 | 15.5430 | 38.1890 | Good | 储国正.2003.铜陵狮子山铜金矿田成矿系统及其找矿意义.中國地質大學博士論文 |
| ZK540-573-2/11 | pyrite | Dongguashan | Anhui | Lower Yangtze | Cu-Au | 18.2980 | 15.5100 | 38.1230 | Good | 陆三明.2007.安徽铜陵狮子山铜金矿田岩浆作用与流体成矿.合肥工業大學博士論文 |
| ZK630-443-3/3 | pyrite | Dongguashan | Anhui | Lower Yangtze | Cu-Au | 18.0060 | 15.5050 | 38.0860 | Good | 陆三明.2007.安徽铜陵狮子山铜金矿田岩浆作用与流体成矿.合肥工業大學博士論文 |
| ZK7112-482-3/4 | pyrite | Dongguashan | Anhui | Lower Yangtze | Cu-Au | 21.2090 | 15.6980 | 38.3570 | Good | 陆三明.2007.安徽铜陵狮子山铜金矿田岩浆作用与流体成矿.合肥工業大學博士論文 |
| ZK5415-230-31/35 | pyrite | Dongguashan | Anhui | Lower Yangtze | Cu-Au | 18.3690 | 15.5250 | 38.5060 | Good | 陆三明.2007.安徽铜陵狮子山铜金矿田岩浆作用与流体成矿.合肥工業大學博士論文 |
| ZK587-444-10/16 | pyrite | Dongguashan | Anhui | Lower Yangtze | Cu-Au | 18.3510 | 15.5690 | 38.4270 | Good | 陆三明.2007.安徽铜陵狮子山铜金矿田岩浆作用与流体成矿.合肥工業大學博士論文 |
| 790-54-06 | pyrrhotite | Dongguashan | Anhui | Lower Yangtze | Cu-Au | 18.0540 | 15.5790 | 38.3590 | Good | 陆三明.2007.安徽铜陵狮子山铜金矿田岩浆作用与流体成矿.合肥工業大學博士論文 |
| 790-56-11 | pyrite | Dongguashan | Anhui | Lower Yangtze | Cu-Au | 18.2210 | 15.5040 | 38.0990 | Good | 陆三明.2007.安徽铜陵狮子山铜金矿田岩浆作用与流体成矿.合肥工業大學博士論文 |
| X-1 | pyrite | Xinqiao | Anhui | Lower Yangtze | Polymetallic | 18.3730 | 15.5420 | 38.1460 | Good | 臧文拴.2007.浅析安徽省新桥S-Fe矿田的成因.矿床地质26(4): 464-474 |
| X-2 | pyrite | Xinqiao | Anhui | Lower Yangtze | Polymetallic | 18.4300 | 15.5460 | 38.2610 | Good | 臧文拴.2007.浅析安徽省新桥S-Fe矿田的成因.矿床地质26(4): 464-474 |
| X-3 | pyrite | Xinqiao | Anhui | Lower Yangtze | Polymetallic | 18.3730 | 15.5310 | 38.3000 | Good | 臧文拴.2007.浅析安徽省新桥S-Fe矿田的成因.矿床地质26(4): 464-474 |
| M-1 | pyrite | Xinqiao | Anhui | Lower Yangtze | Polymetallic | 18.3370 | 15.5220 | 38.2910 | Good | 臧文拴.2007.浅析安徽省新桥S-Fe矿田的成因.矿床地质26(4): 464-474 |
| M-2 | pyrite | Xinqiao | Anhui | Lower Yangtze | Polymetallic | 18.2650 | 15.5170 | 38.2100 | Good | 臧文拴.2007.浅析安徽省新桥S-Fe矿田的成因.矿床地质26(4): 464-474 |
| M-3 | pyrite | Xinqiao | Anhui | Lower Yangtze | Polymetallic | 18.3400 | 15.5370 | 38.3040 | Good | 臧文拴.2007.浅析安徽省新桥S-Fe矿田的成因.矿床地质26(4): 464-474 |
| C-1 | pyrite | Xinqiao | Anhui | Lower Yangtze | Polymetallic | 18.1860 | 15.5060 | 38.1900 | Good | 臧文拴.2007.浅析安徽省新桥S-Fe矿田的成因.矿床地质26(4): 464-474 |
| C-2 | pyrite | Xinqiao | Anhui | Lower Yangtze | Polymetallic | 18.2910 | 15.5350 | 38.2770 | Good | 臧文拴.2007.浅析安徽省新桥S-Fe矿田的成因.矿床地质26(4): 464-474 |
| C-3 | pyrite | Xinqiao | Anhui | Lower Yangtze | Polymetallic | 18.2520 | 15.5250 | 38.2440 | Good | 臧文拴.2007.浅析安徽省新桥S-Fe矿田的成因.矿床地质26(4): 464-474 |
| SZLP- 3 - 1 | pyrite | Shuizhuling | Anhui | Lower Yangtze | Polymetallic | 17.9933 | 15.4824 | 38.0539 | Good | 李红阳.2010.安徽水竹岭铜-铁-金-硫矿床同位素地球化学特征.地质与勘探46(1): 70-75 |
| SZLP—3 — 2 | pyrite | Shuizhuling | Anhui | Lower Yangtze | Polymetallic | 18.1967 | 15.5549 | 38.3035 | Good | 李红阳.2010.安徽水竹岭铜-铁-金-硫矿床同位素地球化学特征.地质与勘探46(1): 70-75 |
| SZL II-18 — 1 | pyrite | Shuizhuling | Anhui | Lower Yangtze | Polymetallic | 18.0425 | 15.4842 | 38.0582 | Good | 李红阳.2010.安徽水竹岭铜-铁-金-硫矿床同位素地球化学特征.地质与勘探46(1): 70-75 |
| SZL II 18 — 2 | pyrite | Shuizhuling | Anhui | Lower Yangtze | Polymetallic | 18.0442 | 15.4867 | 38.0772 | Good | 李红阳.2010.安徽水竹岭铜-铁-金-硫矿床同位素地球化学特征.地质与勘探46(1): 70-75 |
| SZL II—4 | pyrite | Shuizhuling | Anhui | Lower Yangtze | Polymetallic | 18.2336 | 15.5296 | 38.2040 | Good | 李红阳.2010.安徽水竹岭铜-铁-金-硫矿床同位素地球化学特征.地质与勘探46(1): 70-75 |
| SZL II— 9 | pyrite | Shuizhuling | Anhui | Lower Yangtze | Polymetallic | 18.1617 | 15.5136 | 38.2041 | Good | 李红阳.2010.安徽水竹岭铜-铁-金-硫矿床同位素地球化学特征.地质与勘探46(1): 70-75 |
| SZL II—13 | pyrite | Shuizhuling | Anhui | Lower Yangtze | Polymetallic | 18.2135 | 15.5112 | 38.2331 | Good | 李红阳.2010.安徽水竹岭铜-铁-金-硫矿床同位素地球化学特征.地质与勘探46(1): 70-75 |
| SZL II—16 | pyrite | Shuizhuling | Anhui | Lower Yangtze | Polymetallic | 18.2877 | 15.5436 | 38.2743 | Good | 李红阳.2010.安徽水竹岭铜-铁-金-硫矿床同位素地球化学特征.地质与勘探46(1): 70-75 |
| YCL-1 | pyrite | Yangchongli | Anhui | Lower Yangtze | Au | 18.1880 | 15.5570 | 38.2840 | Good | 段留安.2016.安徽南部地区典型金矿床地质及成矿地球化学研究.中國科學技術大學博士論文 |
| YCL-2 | pyrite | Yangchongli | Anhui | Lower Yangtze | Au | 18.1990 | 15.5820 | 38.3730 | Good | 段留安.2016.安徽南部地区典型金矿床地质及成矿地球化学研究.中國科學技術大學博士論文 |
| YCL-3 | pyrite | Yangchongli | Anhui | Lower Yangtze | Au | 18.2690 | 15.5250 | 38.3730 | Good | 段留安.2016.安徽南部地区典型金矿床地质及成矿地球化学研究.中國科學技術大學博士論文 |
| YCL-4 | pyrite | Yangchongli | Anhui | Lower Yangtze | Au | 18.2000 | 15.5080 | 38.1610 | Good | 段留安.2016.安徽南部地区典型金矿床地质及成矿地球化学研究.中國科學技術大學博士論文 |
| YCL-5 | pyrite | Yangchongli | Anhui | Lower Yangtze | Au | 18.2830 | 15.5280 | 38.2460 | Good | 段留安.2016.安徽南部地区典型金矿床地质及成矿地球化学研究.中國科學技術大學博士論文 |
| YCL-6 | pyrite | Yangchongli | Anhui | Lower Yangtze | Au | 18.2850 | 15.5600 | 38.3450 | Good | 段留安.2016.安徽南部地区典型金矿床地质及成矿地球化学研究.中國科學技術大學博士論文 |
| YCL-7 | pyrite | Yangchongli | Anhui | Lower Yangtze | Au | 18.2710 | 15.5840 | 38.3980 | Good | 段留安.2016.安徽南部地区典型金矿床地质及成矿地球化学研究.中國科學技術大學博士論文 |
| YCL-8 | pyrite | Yangchongli | Anhui | Lower Yangtze | Au | 18.3060 | 15.5410 | 38.2910 | Good | 段留安.2016.安徽南部地区典型金矿床地质及成矿地球化学研究.中國科學技術大學博士論文 |
| YK-2 | pyrite | Yaojialing | Anhui | Lower Yangtze | Polymetallic | 18.4930 | 15.6300 | 38.6230 | Good | 劉紹鋒.2012.安徽铜陵姚家岭锌金多金属矿床成矿作用研究.中國地質大學博士論文 |
| Sk-1 | pyrite | Yaojialing | Anhui | Lower Yangtze | Polymetallic | 18.4290 | 15.5900 | 38.4740 | Good | 劉紹鋒.2012.安徽铜陵姚家岭锌金多金属矿床成矿作用研究.中國地質大學博士論文 |
| Sk-2 | pyrite | Yaojialing | Anhui | Lower Yangtze | Polymetallic | 18.4410 | 15.5950 | 38.4930 | Good | 劉紹鋒.2012.安徽铜陵姚家岭锌金多金属矿床成矿作用研究.中國地質大學博士論文 |
| YK-9 | pyrite | Yaojialing | Anhui | Lower Yangtze | Polymetallic | 18.4930 | 15.6300 | 38.6230 | Good | 劉紹鋒.2012.安徽铜陵姚家岭锌金多金属矿床成矿作用研究.中國地質大學博士論文 |
| YK-19 | pyrite | Yaojialing | Anhui | Lower Yangtze | Polymetallic | 18.5190 | 15.6520 | 38.7000 | Good | 劉紹鋒.2012.安徽铜陵姚家岭锌金多金属矿床成矿作用研究.中國地質大學博士論文 |
| 104-472 | pyrite | Guishan | Anhui | Lower Yangtze | Cu-Pb-Zn | 18.5270 | 15.6730 | 38.7750 | Good | 殷延端等.2018.安徽省铜陵桂山铜铅锌矿C⁃H⁃O⁃S⁃Pb 同位素地球化学特征及其意义.地质科学53(4): 1466-1478 |
| 104-993 | pyrite | Guishan | Anhui | Lower Yangtze | Cu-Pb-Zn | 18.4660 | 15.6010 | 38.5260 | Good | 殷延端等.2018.安徽省铜陵桂山铜铅锌矿C⁃H⁃O⁃S⁃Pb 同位素地球化学特征及其意义.地质科学53(4): 1466-1478 |
| 104-1260 | pyrite | Guishan | Anhui | Lower Yangtze | Cu-Pb-Zn | 18.4090 | 15.6330 | 38.5960 | Good | 殷延端等.2018.安徽省铜陵桂山铜铅锌矿C⁃H⁃O⁃S⁃Pb 同位素地球化学特征及其意义.地质科学53(4): 1466-1478 |
| 104-789 | chalcopyrite | Guishan | Anhui | Lower Yangtze | Cu-Pb-Zn | 18.5340 | 15.6600 | 38.7240 | Good | 殷延端等.2018.安徽省铜陵桂山铜铅锌矿C⁃H⁃O⁃S⁃Pb 同位素地球化学特征及其意义.地质科学53(4): 1466-1478 |
| 104-824 | chalcopyrite | Guishan | Anhui | Lower Yangtze | Cu-Pb-Zn | 18.5850 | 15.7030 | 38.8430 | Good | 殷延端等.2018.安徽省铜陵桂山铜铅锌矿C⁃H⁃O⁃S⁃Pb 同位素地球化学特征及其意义.地质科学53(4): 1466-1478 |
| 104-911 | sphalerite | Guishan | Anhui | Lower Yangtze | Cu-Pb-Zn | 18.4930 | 15.6390 | 38.6500 | Good | 殷延端等.2018.安徽省铜陵桂山铜铅锌矿C⁃H⁃O⁃S⁃Pb 同位素地球化学特征及其意义.地质科学53(4): 1466-1478 |
| 104-993 | sphalerite | Guishan | Anhui | Lower Yangtze | Cu-Pb-Zn | 18.5010 | 15.6350 | 38.6380 | Good | 殷延端等.2018.安徽省铜陵桂山铜铅锌矿C⁃H⁃O⁃S⁃Pb 同位素地球化学特征及其意义.地质科学53(4): 1466-1478 |
| 104-992 | sphalerite | Guishan | Anhui | Lower Yangtze | Cu-Pb-Zn | 18.4670 | 15.5880 | 38.4830 | Good | 殷延端等.2018.安徽省铜陵桂山铜铅锌矿C⁃H⁃O⁃S⁃Pb 同位素地球化学特征及其意义.地质科学53(4): 1466-1478 |
| DGS20 | pyrite | Dongguashan | Anhui | Lower Yangtze | Cu-Au | 18.5280 | 15.6130 | 38.3510 | Good | Liu et al. 2019.Genesis of the Dongguashan skarn Cu-(Au) deposit in Tongling, Eastern China. Ore Geology Reviews104: 462-476.Hindawi Geofluids |
| DGS20-1 | pyrite | Dongguashan | Anhui | Lower Yangtze | Cu-Au | 18.5330 | 15.6100 | 38.3460 | Good | Liu et al. 2019.Genesis of the Dongguashan skarn Cu-(Au) deposit in Tongling, Eastern China. Ore Geology Reviews104: 462-476 |