裂變徑跡 的英文怎麼說

中文拼音 [lièbiànjìng]
裂變徑跡 英文
fission track
  • : 裂動詞[方言] (東西的兩部分向兩旁分開) open
  • : Ⅰ名詞1 (狹窄的道路; 小路) footpath; path; track 2 (達到目的的方法) way; means 3 (直徑的簡稱...
  • : 名詞1 (留下的印子; 痕跡) mark; trace 2 (前人遺留的建築或器物等) remains; ruins; vestige 3 (...
  • 裂變 : [核物理] atomic fission; fission; nuclear fission
  1. Apatite fission - track records of mesozoic and cenozoicepisodic reactivation of the tianshan and west kunlun mountains

    新生代幕式活動的磷灰石裂變徑跡記錄
  2. Ft evidence of northern altyn uplift in late - cenozoic

    阿爾金山北段晚新生代山體抬升的裂變徑跡證據
  3. Fission track geochronology of xiaonanchuan pluton and the morphotectonic evolution of eastern kunlun since late miocene

    東昆侖山小南川巖體裂變徑跡年代與中新世晚期以來的構造地貌演化
  4. It could be divided into six paleogeotemperature evolution stages from early cretaceous to recent based on the result of apatite fission - tracks analysis ; subsidence - buried history analysis shows that chagan experienced fault depression stage during early cretaceous bayingebi - suhongtu period, transional stage from fault depression to sag in yingen period, and sag stage since wulansuhai stage

    磷灰石裂變徑跡模擬分析結果認為早白堊世至今大致可分為6個古地溫演化階段;沉降?埋藏史模擬揭示查干凹陷經歷了早白堊世巴音戈壁?蘇紅圖期的斷陷期、銀根期的斷?坳陷轉化期和晚白堊世烏蘭蘇海期以來的坳陷期。
  5. The present thrust nappe structure formed in late jurassic according to comprehensive analysis of sedimentary, structure and fission track tesing result

    據沉積、構造和裂變徑跡測試結果綜合分析認為,現今所見的賀蘭山逆沖推覆構造形成於晚侏羅世。
  6. Based on extensively gathering and sysmatically analyzing much geophysics, sedimentary, structure and petrological materials in research field and taking two field geological explorations from south to north in western odors basin margin, the paper studied large numbers of seismic sections and newly - finished profiles in former seismic blanked area of western margin as well as up - to - date gravity and magmatic fruits, put views on the regional geotectonic background and basin - mountain coupling and made through research on the structure features and attribute together with the result of fission track testing

    筆者廣泛收集和系統分析了研究區大量的地球物理、沉積、構造和巖石學等資料,對盆地西緣自南而北進行了兩次野外地質實際調查,在此基礎上,重點研究了大量地震剖面和在西緣地震勘探空白區新完成的地震剖面及新近重磁電研究成果,結合裂變徑跡等測試分析資料,從區域地球動力學背景和盆山耦合的思路入手,對鄂爾多斯盆地西緣的構造特徵及其屬性進行了詳細解剖。
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