1) generation of hydrocarbons by immature source rocks
未熟生烃
1.
Some specialists hold that the generation of hydrocarbons by immature source rocks is a prevalent geochemical phenomenon in many Cenozoic basins of China.
有关专家认为,“未熟生烃”是我国新生代盆地广泛存在的地球化学现象。
2) immature source rock
未熟烃源岩
1.
The evaluation of pressure effects is obtained by performing the hydrolysis of methyl octadecanonate as a model reaction catalyzed by seven different samples of immature source rock that had first been extracted with organic solvents.
选择十八烷酸甲酯为模型化合物,以 7种抽提有机质的未熟烃源岩为载体考察了压力对未熟烃源岩矿物催化脂肪酸酯水解反应的影响。
2.
Based on relationships between the apparent activation energy (AAE) and hydrocarben generating rate,the frequency factor and AAE,which were derived from pyrolysis analysis of immature source rocks in the study area,a model of chemical reaction kinetics (MCRK) was established.
根据研究区未熟烃源岩样品热解实验求出的表观活化能与生烃率以及指前因子与表观活化能之间的关系建立了生烃化学反应动力学模型 ,该模型可计算任意埋深处的生烃率及任意埋深段的生烃强度 ,进而计算生烃量。
3.
Then active oxygen was oxidized with organic matters in immature source rocks at low temperature, and the organic matters in the immature source rocks could be removed.
采用射频低温氧化法对我国 7个盆地未熟烃源岩进行了有机质去除的实验 ,结果表明 ,在最佳条件下用 2 0～ 4 0h可把未熟烃源岩中的有机质去除 ,我国 7个盆地未熟烃源岩中有机质的质量含量为 1。
3) immature oil source rock
未熟烃源岩
1.
Kinetics study on hydrocarbon generation of fatty acid ester catalyzed by immature oil source rocks at low temperature;
未熟烃源岩低温催化脂肪酸酯生烃动力学研究
2.
Taking stearic acid as reactant, the methane contents from fatty acid hydrogenation catalyzed by the modified mollimonterite and the immature oil source rocks at various pressure and temperature respectively were detected.
将十八烷酸作为模型反应物 ,以改性蒙脱石、苏北和江汉油田未熟烃源岩岩样为催化剂 ,考察了在不同压力、温度下 ,脂肪酸低温催化加氢生成甲烷的能力。
4) immature-low mature hydrocarbon source rocks and oil
未熟-低熟烃源岩及原油
5) immature source rock
未熟生油岩
1.
Liaohe and Jianghan immature source rocks are taken as the samples.
选择十八烷酸为模型化合物 ,以辽河、江汉两种未熟生油岩为样品 ,在模拟地质条件 (10MPa、16 0℃ )下考察了浓度为 10 %的NaCl,KCl,MgCl2 ,Na2 SO4 等 4种盐水及不同 pH值的NaCl盐水对未熟生油岩中脂肪酸矿物催化脱羧生烃的影响。
6) immature germ cell
未成熟生殖细胞
1.
Objective: To discuss the clinical significance of determining immature germ cells (IGC) in human semen.
目的 :探讨检测人精液中未成熟生殖细胞含量的临床意义。
补充资料：未来往生
【未来往生】
（术语）死后往生极乐净土也。
（术语）死后往生极乐净土也。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条