lamprophyre

lamprophyre

1. Genetic relationship between eclogite, lamprophyre, gold deposit and enriched mantle of Su-Lu active continental

中生代苏-鲁活动大陆边缘榴辉岩、煌斑岩、金矿及富集地幔间的成因联系

2. Keywords the two-dimension earthquake is prospectd;magmatic rock（Lamprophyre）;invasion district;geology situation;

二维地震勘探;岩浆岩（煌斑岩）;侵入区;地质条件;

3. Geological characteristics of lamprophyre and its prospecting significance of the Beiya gold deposit, Yunnan

云南北衙金矿煌斑岩地质特征及找矿意义

4. Keywords Laowangzhai gold orefield;Yunnan Province;lamprophyre;composition of mantle source;mantle metasomatism;

云南老王寨金矿区;煌斑岩;源区成分;地幔交代作用;

5. Keywords Beiya gold district;lamprophyre;prospecting significance;

北衙金矿区;煌斑岩;找矿意义;

6. Geochemistry and origin of Late Mesozoic lamprophyre dykes in Taihang Mountains, North China

华北太行晚中生代煌斑岩地球化学特征及成因探讨

7. Intrusive features and its influence of lamprophyre on coal seams and coal quality in Tongxin mine field

同忻井田煌斑岩侵入特征及对煤层和煤质的影响

8. Himalayan lamprophyre dyke

喜马拉雅期煌斑岩脉

9. In the overlapped fault volcan ic basin there occurred extensive magmatic rock consisting of potassium_rich int ermediate_basic to alkaline volcanic rocks and lamprophyre.

在上叠构造断陷_火山盆地单元内，广泛分布幔源岩浆 岩，包括中基性到碱性的侵入岩、富钾火山岩和煌斑岩；

10. Keywords Tashan coal-field;lamprophyre;coal quality;effect;

塔山井田;煌斑岩;煤质;影响;

11. Geochemistry of the Lamprophyre Dykes in the SW Margin of the Tarim Block and Their Source Region

塔里木板块西南缘钾质煌斑岩地球化学及源区特征

12. RELATIONSHIP BETWEEN MESOZOIC KIMBERLITE AND ASSOCIATED LAMPROPHYRE, SHANDONG PROVINCE

山东金伯利岩与伴生煌斑岩的关系

13. Geochemical Characteristics and Petrogenesis of the Early Paleozoic Alkali Lamprophyre Complex from Langao County

岚皋早古生代碱质煌斑杂岩地球化学特征及成因探讨

14. magmatic rock (Lamprophyre)

岩浆岩（煌斑岩）

15. DISCOVERY AND ITS SIGNIFICANCE OF LAMPROPHYRE IN THE ZAMTANG GOLD MINERALIZATION ZONE, NORTHWEST SICHUAN

川西北壤塘金成矿带中煌斑岩的发现及其意义

16. Rb-Sr ISOTOPIC DATING AND SIGNIFICANCE OF KIMBERLITIC LAMPROPHYRE PIPE FROM LUJING,ANYUAN,JIANGXI PROVINCE

江西安远路迳金伯利质煌斑岩筒的Rb-Sr同位素年龄及其地质意义

17. Hydrogen and Oxygen Isotopic of Pyroxenes from Mantle-Derived Megacryst and Xenolith of the Kimberlitic Lamprophyre Pipe in Lujing,Anyuan,Jiangxi Province

江西安远路迳金伯利质煌斑岩筒辉石巨晶和包体中辉石的氢氧同位素

18. RELATIONSHIP BETWEEN LAMPROPHYRE AND GOLD MINERALIZATION IN THE GEZHEN GOLD-BEARING SHEAR ZONE IN HAINAN PROVINCE

海南岛戈枕含金剪切带煌斑岩与金成矿关系研究

19. RESEARCH ON THE GEOCHEMICAL CHARACTERISTICS OF THE LAMPROPHYRE IN THE XIKUANGSHAN SUPERLARGE STIBNITE ORE DEPOSIT, HUNAN, CHINA

湖南锡矿山超大型锑矿床煌斑岩脉地质地球化学特征

20. Keywords lamprophyre;intrusive;influence;Tongxin mine field;

煌斑岩;侵入特征;影响;同忻井田;

21. Keywords lamprophyre;characteristic;gold ore body;relation;mark of ore - finding;

煌斑岩;特征;金矿体;关系;找矿标志;

22. Keywords lamprophyre;mineralization;the law of element activities;Yunnan Province;

煌斑岩;矿化过程;元素迁移;云南;

23. Keywords lamprophyre;gold deposit;geochemistry;Yunnan Province;

煌斑岩;金矿;地球化学;云南;

24. Keywords lamprophyre;Au mineralization;Anhua;

煌斑岩;金矿化;安化;

25. The lamprophyre and gold deposits are the results of the coupling of tectono-magmatic activity for a long time.

煌斑岩与金矿是长期的区域构造活动、岩浆活动事件耦合作用的产物。

26. Lamprophyre have a rule of"geochemical screen" in the gold mineralization process, and is a relative reducing environment, which cause gold ion precipitating and concentrating to form gold deposit.

煌斑岩在金矿成矿作用过程中起"地球化学屏障"作用,煌斑岩在成矿作用过程中为相对还原的环境.使金沉淀富集而成矿。

27. The last remain fluid of lamprophyre magma is similar to metallogenetic fluid in composition and precipitating sequence, showing their genetic relationship.

煌斑岩岩浆晚期残余气液与成矿流体组成相近、沉淀次序相同，表明它们可能有成因联系。

28. Keywords Lamprophyre vein;ductile shear zone;hydrothermal gold deposit;

煌斑岩脉;韧性剪切带;热液型金矿;

29. LOCATION OF LAMPROPHYRE VEINS: THE EASTERN BOUNDARY OF THE XIKUANGSHAN ORE FIELD?

煌斑岩脉真是锡矿山锑矿田的东界吗?

30. lamprophyre (dyke)

煌斑岩（脉岩）

31. Keywords pyrite quartz vein;lamprophyre dyke;mantle magma;mantle fluid;Linglong gold field;

玲珑金矿田;黄铁石英脉;煌斑岩脉;地幔岩浆;地幔流体;

32. Space-time and origin of the gold veins in the ore field were closely related with some lamprophyre dykes.

玲珑金矿田发育的金矿脉以黄铁石英脉为主。

33. Chronology and geochemistry of lamprophyre dykes from Beishan area, Gansu province and implications for the crust-mantle interaction

甘肃北山地区煌斑岩的年代学和地球化学及其壳幔作用过程讨论

34. Fenitization is well developed around the carbonatite complex which is composed of various size s of carbonatite, alkali basic pegmatite, lamprophyre, granite porphyry, and dia base dikes.

矿区内碳酸岩、碱性基性伟晶岩、花岗斑岩、煌斑岩以及辉绿岩岩墙(脉)构成了与矿化有关的碳酸岩杂岩。

35. Lamprophyre is widely distributed in the Qinling area.Most of the lamprophyre alteration-type gold deposits are discovered in both sides of the Huixian-Chenxian basin.

秦岭地区煌斑岩广泛分布,大部分蚀变煌斑岩型金矿发现于徽成盆地南侧。

36. Discovery and Gold Preconcentration Study of the Lamprophyre Alteration-type Gold Deposits in the Qinling Area

秦岭地区蚀变煌斑岩型金矿的发现及金的预富集研究

37. According to the contrast study on the relations between lamprophyre and gold mineralization, it indicates that there are simularities between the lamprophyres.

经不同成矿区煌斑岩与金矿成矿关系的对比研究，认为其具有相似性，并与金成矿关系密切。

38. Keywords Luoshan Gold Deposit;lamprophyre;mineralization epoch;

罗山金矿;煌斑岩;成矿期;

39. Discussion on relationship between lamprophyre veins and mineralization in the Linglong gold field, eastern Shandong

胶东玲珑金矿田煌斑岩脉与成矿关系的讨论

40. Discussion The Characteristics of Lamprophyre and Its Prospecting Ore Significiance on Baishi Gold Mine, Shandong Province

论山东白石金矿煌斑岩特征及其找矿意义

41. Keywords diabase;lamprophyre;gold deposit;mineralizer;

辉绿岩;煌斑岩;金矿;矿化剂;

42. SHRIMP U-Pb zircon dating for lamprophyre from Liaodong Peninsula: Constraints on the initial time of Mesozoic lithosphere thinning beneath eastern China.

辽东半岛煌斑岩SHRIMP锆石U-Pb年龄及其对中国东部岩石圈减薄开始时间的制约。

43. Recently, progresses have been made in lamprophyre study about its classification, genesis and relationship with gold deposits.

近些年来，煌斑岩研究倍受地质学家重视，在诸如煌斑岩分类、成因及其与金矿关系等问题的研究上取得了很大的进展。

44. It led to his famous discussion of the "lamprophyre concept"

这导致了他的关于“煌斑岩概念”的著名讨论。

45. kimberlitic lamprophyre

金伯利质煌斑岩

46. Keywords Diamond;kimberlete;potash magnesia lamprophyre;Reconnaissance survey method;

金刚石;金伯利岩;钾镁煌斑岩;普查方法;

47. Keywords gold deposit;lamprophyre;significance of prospecting;Yunnan;

金矿;煌斑岩;找矿意义;云南;

48. Keywords gold ore;lamprophyre;prospecting criteria;prospecting direction;Qinling;

金矿;煌斑岩;找矿标志;找矿方向;秦岭;

49. Keywords gold deposit;lamprophyre;genetic relation;eastern Shandong;

金矿床;煌斑岩;成因关系;胶东;

50. potassic lamprophyre

钾质煌斑岩

51. Keywords potassic lamprophyre;petrography;physical processes of magma;magmatic density;volatile.;

钾质煌斑岩;岩相;岩浆物理过程;岩浆密度;挥发分。;

52. K - Mg Lamprophyre

钾镁煌斑岩

53. the fractures in biotite potassic feldspar gneiss were less developed while altered lamprophyre and biotie hornblendite granulite could not serve as reservoir rocks.

黑云母钾长片麻岩次之，裂缝较发育；蚀变煌斑岩、黑云母角闪变粒岩均为非储集岩。