thermal basin

Thermal history of Ordos Basin assessed by apatite fission track analysis

利用磷灰石裂变径迹法研究鄂尔多斯盆地地热史

Thermal event, basin and metallogenesis of the Fuping ancient land, Qinling

秦岭佛坪古陆及周边热事件、盆地与成矿

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；

Thermal Structure of Central Basin in South China Sea and Their Geodynamic Implications

南海中央海盆热结构及其地球动力学意义

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。

The apatite track fission-track analysis is a useful method to resume the thermal history of sedimentary basin. On the basis of lots of the analytical data, this method is used to analyze the thermal history and denudational quantity of marine-facies strata of the Chuxiong Basin.

磷灰石裂变径迹分析法是恢复沉积盆地热史的一种有效方法，以大量的磷灰石裂变径迹资料为基础，分析了楚雄盆地海相地层热历史及地层剥蚀量。

The thermal history of sedimentary basin: immitation methods and review

沉积盆地地热史模拟方法及简要述评

This is in accordance with the structural characteristics of lower Cretaceous and the thermal history of Jiuquan basin group.

这与酒西盆地及其周围地区（酒泉盆地群）下白垩统构造特征和盆地群热演化特征一致。

Thermal evolution in Tarim Basin

塔里木盆地热演化

According to the difference of main migration channels the thermal flow of the basin can be divided into three types: the lateral convection type, the vertical convection type and the compound type of lateral-vertical convection.

根据热流体活动的主要输导通道的差异，将莺-琼盆地热流体划分为侧向对流型、垂向对流型和侧向-垂向对流复合型；

Combination of these two methods provides a new approach to study the thermal history of the basin.

两种方法在盆地尺度的结合为研究盆地浅部区域古地温提供了一种新的途径。

Finally, Mckenzie' sstretching model has been used to investigate the thermal history of this basin, Heat flow pattern illustrates that heat flow value at about 6 Ma from now increases abruptly.

最后，运用Mckenzie模型模拟了盆地的热演化史。

In the end, the model is applied to study the thermal history of Liaohe basin in the Cenozoic.

最后，利用该模型模拟研究了辽河盆地新生代的构造热演化历史。

Continental Thermal Covering Effect and Basin Evolution

大陆热覆盖效应和盆地变格

Thermal history of Junggar Basin

准噶尔盆地热历史

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。

On sedimentary geochemistry of siliceous rocks originated from thermal water in NANDAN-HECHI Basin

丹池盆地热水成因硅岩的沉积地球化学特征

Analysis of characteristics of thermal evolution in Hefei basin

合肥盆地热演化特征

Vitrinite reflectance, also abbreviated to R o, in various depth of same sedimentary basin is a reflector of thermal current density changes experienced by the basin.

同一盆地不同深度的镜质体反射率（Ro）是盆地所受热流密度变化的反映。

Study on tectonic and thermal history of basin is a important part in basin analysis and hydrocarbon exploration.

盆地构造&热史研究是盆地分析和油气勘探研究的重要组成部分。

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。

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。

The lithospheric thermal structure beneath Tarim basin, western China

塔里木盆地岩石层热结构特征

Basin analysis consists of development of stratigraphy, tectonics and structure, sedimentary and thermal histories. Basin evaluation focus on source rock.

盆地分析包括地层发育史、构造发展史、沉积演化史和热史，盆地评价的主要内容是烃源岩。

Tianjin is located at north part of northern China plain, where is rich in thermal water in sedimentary basin.

天津位于华北平原的北部，那里的沉积盆地含有丰富的地下热水。

Based on thermal simulation data of gold tube experiment in the closed system and combined with the specfic Kinetics Software, the parameters of hydrocarbon generation kinetics from Mesozoic source rocks in the Kuqa Depression, Tarim Basin were studied.

根据封闭体系黄金管热模拟实验结果，应用Kinetics专用软件，研究了塔里木盆地库车坳陷中生界不同类型烃源岩的生烃特征与动力学参数。

Apatite fission track is a powerful tool to study the thermal history of sedimentary basin.

磷灰石裂变径迹是研究沉积盆地地热史的强有力工具。

Application of apatite fission track to study the thermal history of sedimentary basin

应用磷灰石裂变径迹研究沉积盆地的热史

Studying the thermal history of a basin will provide important constraints on determination of hydrocarbon generation and exploring target.

研究盆地的热历史将为确定生烃过程和探勘目标提供重要制约因素。

The thermal state and thermal history of the basin nowadays are not only the objective exhibition in tectonic evolution, but can provide the significant physical parameter for space-time distribution of oil-producing situation of generating strata, hydrocarbon migration and reservoir.

盆地现今热状态和热历史是盆地构造演化过程的综合反映，可为研究盆地内烃源岩层生烃状态的时空分布、油气运移和储集提供重要物理参数。