鉛鋅礦床 的英文怎麼說

中文拼音 [qiānxīnkuàngchuáng]
鉛鋅礦床 英文
lead and zinc deposit
  • : 鉛名詞1. (金屬元素) lead (pb) 2. (鉛筆心) lead (in a pencil); black lead
  • : 名詞[化學] (金屬元素) zinc (zn)
  • : 名詞1. (礦床) ore [mineral] deposit 2. (礦石) ore 3. (開采礦物的場所) mine
  • : i 名1 (供人睡覺的傢具) bed; couch 2 (像床的器具、地面) something shaped like a bed Ⅱ量詞(用...
  • 礦床 : [地質學] mineral deposit; ore deposit; deposit; mine
  1. The tianbaoshan and daliangzi pb - zn deposits, strictly controlled by " formations, phases and structures ", are typical mvt pb - zn deposits. they also belong to the epigenetic hydrothermal strata - bound deposit

    天寶山、大樑子嚴格受「層、相、位」的控制,屬後生熱液層控,也是典型的密西西比河谷型鉛鋅礦床
  2. The exhalation - sedimentary system of xitieshan lead - zinc deposit, qinhai province

    錫鐵山鉛鋅礦床的找潛力與找方向
  3. A comparison of the prospecting model of the hf type with the prediction model of the vms type reveals that their thermal dynamic mechanisms are different : the former is related to basic - ultrabasic rock intrusion, while the latter to acidic rock intrusion

    與白銀銅區域地球化學預測模式相比較,富鐵型鉛鋅礦床中除鐵族元素指示基性超基性巖侵入事件外,其他元素均大致相似,兩大類形成的初始熱動力條件不同。
  4. Sedimentation - diagenesis deposits mainly formed during late sinian to cambrian period, such as bingtongshan pbzn deposits and aozigang deposits

    沉積成巖型主要成時代屬晚震旦世~寒武紀,如冰洞山式鉛鋅礦床和凹子崗
  5. Thermal deposits mainly formed during middle - late yanshanian age, related to extension structure, with main mineralization in qingfeng competent deformation zone, western shennongjia fault arch, northern huangling fault arch, xianfeng anticline of enshi platforman fold bundle

    熱液型鉛鋅礦床主要形成燕山中晚期,與滑脫拆離構造密切相關,化主要集中於青峰強變形帶、神農架斷穹西部、黃陵斷穹北部、恩施褶皺束咸豐背斜、長陽褶皺束走馬坪背斜中。
  6. Genesis of lead and zinc deposit of laochang type, guangxi

    廣西老廠式鉛鋅礦床成因研究
  7. Geological characters of keketale lead and zinc deposit and the discussion on its genesis

    可可塔勒鉛鋅礦床地質特徵及其成因初探
  8. Geochemical anomaly model and exploration indicator of the xitieshan lead and zinc deposit

    錫鐵山鉛鋅礦床地球化學異常模式及找指標
  9. Processing mineralogy of argentine in the xitieshan pb - zn deposit

    錫鐵山鉛鋅礦床銀的工藝物學研究
  10. Discussion of geological prospecting in erlihe pb - zn deposit, fengxian

    鳳縣二里河鉛鋅礦床后續地質找探討
  11. Distribution of anthraxolite and metallogeny of the jinding lead - zinc deposit

    金頂鉛鋅礦床中碳瀝青的分佈特徵及成作用
  12. Fluid inclusions and metallogenic environment of the xitieshan lead - zinc deposit

    錫鐵山鉛鋅礦床流體包裹體特徵及成環境研究
  13. Geochemical ore predicting and its effect in deep parts of xitieshan pb - zn ore deposit

    錫鐵山鉛鋅礦床深部地球化學找預測及效果
  14. The ore - hosted strata of xitieshan lead - zinc ore deposit is located in a limb of a anticline and suffered from deformation partition

    摘要錫鐵山大型鉛鋅礦床巖系的構造格架位於背斜的一翼,普遍遭受變形分解作用。
  15. The model holds that the metallogenic environment of the lf type is structural reductive space whereas that of the hf type reflects entirely characteristics of sedimentary minerallization, with no evidence of tectonic minerallization

    模式表明,貧鐵型的成環境為相對封閉還原的構造空間;富鐵型完整地反映了該類型鉛鋅礦床沉積成特點顯著,而斷裂等構造對成的直接影響相對不顯著。
  16. The paper discusses the deep tectonic setting of yinshan lead - zinc deposit and emphaticly studies geological features of two fault belt and relationships between deep structures and mineralization

    本文論述了銀山鉛鋅礦床形成的深部構造背景,著重研究了桐柏?桐城斷裂帶、商城?麻城斷裂帶的地質特徵及其與成作用的關系。
  17. Geological features and prospecting potential for the shaxi ag - pb - zn deposit, batang, sichuan

    四川巴塘砂西銀鉛鋅礦床特徵與找遠景
  18. Tectonic reconstruction of the xitieshan pb - zn deposit after spout sedimentation, qinghai province

    青海錫鐵山鉛鋅礦床噴流沉積后的構造再造過程
  19. Geochemisrry of the hydrothermal sedimentary xitieshan pb - zn deposit, qinghai province

    青海錫鐵山熱水沉積型鉛鋅礦床的地球化學特徵
  20. In this paper, with the metallogenic series theory as the guide and the geochemical data as the basis, all lead - zinc ore deposits in the region were classified into two sub - series, i. e., lf type ( with low content of iron group elements ) and hf type ( with high content of iron group elements ), and a regional geochemical prognostic model was set up by using the logical information method

    摘要以成系列理論為指導,將區域內的按地球化學特徵劃分為貧鐵型和富鐵型2個亞系列,進而用邏輯信息法建立了西秦嶺鉛鋅礦床區域地球化學場預測模式,驗證結果較為理想。
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