gas generating amount 中文意思是什麼

gas generating amount 解釋
生成氣量
  • gas : n （pl gases ）1 氣，氣體，氣態 〈cf fluid; solid〉 2 可燃氣，煤氣，沼氣；【礦物】瓦斯。3 【軍事...
  • generating : 發電；發生；滾銑法；產生的
  • amount : vi. 1. 總計，共計，合計 （to）。2. 相當于，等於。3. 成為 （to）。n. 1. 總和，總額。2. 數值，量，金額。3. 結果，效果；要旨。
  1. Fouriertransformation infro - red microspectroscopy micro - ftir technique was used to investigate the chemical compositions and structures of cutinite, vitrinite and fusinite from jurassic coals in tarim basin at different temperatures. the results show that the chemical structure of cutinite is mainly composed of long aliphatic - side chain with minor amounts of aromatic compounds. vitrinite is mostly composed of aromatic compounds, in addition to large amount of short aliphatic - side chain compounds. whereas fusinite are dominant by aromatic structure. the study indicates that cutinite is one of the best oil source - rocks, with the higher hydrocarbon - generation potential ; vitrinite is one of better gas source - rocks, and has medium hydrocarbon - generating potential ; fusinite has little hydrocarbon - generating potential. in addition, the components of aliphatic structures of cutinite, vitrinite and fusinite decrease, the aromatics are enriched and condensation of aromatic structure increases with increasing the temperature, and along with the rise of temperatures, the intensity of aliphatic structure and heteroatomic compounds decrease obviously, however the aromatic structure changes a little

    應用顯微紅外光譜技術，對塔里木盆地侏羅紀煤中有代表性的3種組分角質體鏡質體絲質體在不同熱模擬溫度下的結構組成變化特徵進行了研究，結果表明：角質體結構組成中含有較豐富的長鏈脂族結構，而芳香結構和含氧官能團的含量則相對較少與此相反，絲質體結構組成中芳香烴占絕對優勢，而脂族結構含量則很少鏡質體結構組成介於角質體和絲質體之間，含有較多的短鏈脂族結構和芳香結構。
  2. On the basis of above experiments, the chemical kinetic model inwhich organic matter of source rock of deep - formation in the north of songliao basin primarily crack into oil or gas is established, which set up a basis for evaluating oil - generating amount, gas - generating amount of source rock of deep formation in different periods ; set up the chemical kinetic model inwhich different qualities of oil and family constituents in oil secondarily cracked into gas, which provide theoretical foundation and practical methods for dynamic evaluation of gas - generating amount and oil - consuming amount in process of oil cracking. the geochemical features of source rocks in deep - formation of basins are systematically evaluated

    在上述實驗基礎上，建立了松遼盆地北部深層源巖有機質初次裂解成油、成氣的化學動力學模型，為評價深層源巖于不同時期的生油量、生氣量奠定了基礎；建立了不同性質原油及原油中各族組分二次裂解成氣的化學動力學模型，為動態評價油裂解過程的成氣量和耗油量提供了理論依據和實用方法；對盆地深層源巖的地化特徵進行了系統評價；考慮到深層源巖的成熟度較高，實測地化指標（殘余有機碳、氫指數等）不能客觀反映源巖有機質的原始豐度和原始生烴潛力。
  3. In study of gas source condition, the quantitative dynamic evaluation of generation of natural gas and gas - generating amount are made on the basis of chemical dynamics

    在氣源條件研究中，以化學動力學理論為主線對天然氣的生成過程和生成量進行了動態、定量評價。
  4. This paper, in accordance with the basis theoretical problems for natural gas exploration in deep - formation in the north of songliao basin, according to the practical features, point out that gas source condition ( gas - generating amount, gas - generating intensity, gsa - generating period ) and reservation condition ( cap rocks, faults, dissipation of natural gas ) are main controlling factors determining accumulation of natural gas, and emphatically studied generation, dissipation and conservation of natural gas in geologic history to acquire objectively and rationally the resource amount of deep - formation natural gas on the basis of investigating the development of natural gas exploration theory and technology from home and abroad

    本文在調研了國內外天然氣勘探理論與技術發展的基礎上，針對松遼盆地深層天然氣勘探所面臨的基本理論問題，從天然氣的特點出發，指出氣源條件（生氣量、生氣強度、生氣期）和保存條件（蓋層、斷層、天然氣擴散）是決定天然氣富集規模的主控因素，並重點對松遼盆地深層天然氣在地質歷史中的生成、擴散和保存進行了深入研究，為客觀合理地獲取深層天然氣資源量奠定基礎。
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