1、

Analysis of characteristics of thermal evolution in Hefei basin

合肥盆地热演化特征

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2、

Thermal evolution in Tarim Basin

塔里木盆地热演化

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3、

The lower present day heat flow and the higher palaeo heat flow corresponding to structural subsidence stage as well as the typical rift subsidence style in the Eastern Depression provided with some insight to the tectono thermal evolution of the basin.

盆地现今较低的大地热流和较高的古热流及典型的裂谷型构造沉降样式为东部凹陷的构造&热演化提供了重要认识。

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4、

The temperature distribution, thermal evolution and thermal structure of a basin and the heat condition in the deep lithosphere are various for different types of sedimentary basin.

不同类型的沉积盆地其地热分布、盆地热演化、热结构和深部岩石圈热状况都有明显的差异。

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5、

Thermal Evolution in Tiandong Depression, Baise Basin

百色盆地田东坳陷热演化研究

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6、

Thermal history and tectono thermal evolution of Eastern depression, the Liaohe Basin

辽河盆地东部凹陷热历史及构造&热演化特征

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7、

Contribution of CO2 produced by thermal evolution of organic material;

有机质热演化产生的CO2对孔隙形成具有一定的贡献;

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8、

Comparison of thermal evolution history in sedimentary basins, north China

中国北方沉积盆地热演化史的对比

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9、

Gas in the reservoir is humic type with rather high thermal evolution.

其天然气为腐殖型,热演化程度较高。

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10、

Application of thermal evolution of organic matters to study very low grade metamorphism

有机质热演化与极低级变质作用

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11、

The Characteristics and Thermal Evolution History of Source Rocks in Hefei Basin

合肥盆地烃源岩特征及其热演化史研究

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12、

Thermal evolution history study of coal in Southwest Shandong Carboniferous-Permian coal field

鲁西南地区石炭二叠纪煤的热演化史研究

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13、

Detailed research suggests the following tectonic evolution model: Thermal metamorphism was related to intra island arc tension, while regional faulting metamorphism was caused by A type subduction in the process of collisional orogeny. Phenomenon

这一研究反映了哈尔里克泥盆纪火山岛弧经过了由拉伸作用到碰撞挤压造山引发的A型俯冲作用演变过程,并产生了上述相应的变质现象

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14、

Evolution Residual In-Plane Stress During Curing Process and Thermal Treatment of COB Packages

板上芯片固化及热处理过程中表面残余应力的演变

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15、

Massif-type anorthosite is the most common type of anorthosite and with distinct characteristics. Most massif-type anorthosite bodies are Proterozoic ranging from 2.1 Gato 0.9 Ga in formation ages, representing an important tectono-thermal event in the earth evolution.

其中,岩体型斜长岩仅赋存于前寒武纪变质地体中,形成时代主要为元古宙(2.1~0.9Ga),代表地球演化史上很重要的构造-热事件。

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16、
17、

The thermal history type of basin is controlled by its dynamic background of the earth and structural evolution.

盆地热历史类型受其地球动力学背景及构造演化史控制。

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18、

Continental Thermal Covering Effect and Basin Evolution

大陆热覆盖效应和盆地变格

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19、

The Tectonic and Thermal History of Superimpose Basin Multi-cycle structural evolution is the essential characteristics of its superimpose.

叠合盆地构造&热演化研究多旋回构造演化史是叠合盆地本质特征;

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20、

By use of geophysical method, the subsidence, tectonic evolution and thermal system of the basin were studied in accordance with the basin tensional index, ancient and present thermal flow values, etc.

采用地球物理方法,据盆地拉张指数、古今热流值等指标研究了盆地的沉降、构造演化以及热体制。

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