Fluid inclusion evidences for the orders of thermal fluid activities in the Ordovician of Tahe oil field.;
塔河油田奥陶系热流体活动期次的流体包裹体证据
On the basis of analyzing the structure of the earth and rock sphere and the generation and transmission of geothermal heat flow, the authors of this paper firstly probe the condition of thermal fluid sustainable movement.
通过对地球和岩石圈结构以及大地热流的产生和传导等的分析,探讨了热流体持续活动的条件;从镜质体反射率、流体包裹体、自生矿物的演化、孢子颜色、磷灰石裂变径迹等方面分析了热流体活动的主要示踪标志;从有机质演化、储层物性和油气运移等方面分析了热流体活动对油气成藏的影响。
The cause of forming many oil and gas pools from the terrestrial facies stratum of Mesozoic Era in the western Sichuan sag is closely related with the following three aspects the important tectonic (inversion) from continuous tectonic sinking to vibrant upwraping in the western Sichuan sag, many times fracture activities in process of tectonic upwraping, and heat fluid movement.
9Ma)五个主要期次;在渐趋开放的体系中,沿各期次构造裂缝运移的热流体以继承性发展演化的载烃油田水为主,但在 期和 期晚时混入有深部高盐度地层水;构造裂缝为油气运移、聚集和成藏作用提供了重要通道条件;相关的成藏过程为 期石油窗阶段, 期原始油气藏阶段, 期原生油气藏破坏和早期次生油气藏阶段, 期次生油气藏主要成藏阶段, 期"浅层远源次生"天然气藏阶段, 期和 期为最重要的2个关键成藏期。
The transfer of heat from heat fluid to its adjacent rocks is approximatly regarded as a stable process of thermal transmission in which heat is mainly transmitted in the way of thermal conductivity.
热流体对围岩的传热可以近似地认为是一种以热传导为主要传热方式的稳定传热过程。
Qinan fault step belt has undergone multiple thermal events with higher paleo-temperature gradient and hydrothermal fluid flow.
研究结果表明,歧南断阶带经历过多期复杂的热事件,古地温梯度明显高于现今地温梯度,热流体活动强烈。
The responses of sandstone to hot fluid flow and their identified markers—A case study from the western part of the Pearl River Mouth Basin;
砂岩对热流体作用的响应及识别标记——以珠江口盆地西部为例
Research on the interaction between hot fluid flow and rocks has aroused great enthusiasm of geoscientists.
热流体与岩石的相互作用已经成为了当今地学界研究和关注的热点。
The activities of hot fluid flow exert a great influence on the tempo-pressure field in a basin and encourage the evolution of organic matter and generation of petroleum.
热流体活动可以改变盆地的温压场,对有机质演化和油气生成具有重要的强化作用。
Its high geotemperature and heat flow fields are mainly located in the mud-fluid diapir structure areas in the center of the basin.
因此 ,底辟发育演化与热流体上侵活动 ,尤其是上新世晚期的热流体活动控制了天然气及CO2 的运聚与成藏特征 。
Based on the particularity of essential factors of geothermal fluid mineralization,factors controlling the ore forming process,and ore control characteristics,the present paper has systematically analysed the relationship between metallogenesis and crustal evolution process.
依据地热流体成矿作用基本要素的特殊性、成矿控制因素及其控矿特点，对地壳演化运动的成矿控制及其规律性等方面进行了较系统的分析。
Heat exchanger: Any of several devices that transfer heat from a hot to a cold fluid.
热交换器: 亦称换热器。一种将热从热流体传递到冷流体的一些装置。
Heat-transport capability of pulsating heat pipe enhanced by functional thermal fluids
功能热流体强化脉动热管的热输送特性
thermodynamics of compressible fluid flo
可压缩流体流动热力学
convective thermal control
流体对流循环热控制
Microfluidic Flow and Heat Transfer in Microchannel Heat Sinks;
微管道换热器内微流体的流动与换热
Simulation of Flow and Heat Transfer with Thermal Lattice-Boltzmann
流体流动传热性能的热格子Boltzmann模拟
magnetohydrodynamic shear heating
磁流体动力剪切加热
hot carriers in semiconductors
半导体中的热载流子
Study on the Characteristic of Far-infrared Radiation Heating Using Hot Fluid;
流体载热远红外辐射加热特性的研究
PHOTO-THERMAL PROPERTIES OF NANOFLUID-BASED SOLAR COLLECTOR
纳米流体太阳集热器的光热性能研究
Thermal performance enhancement of inclined screen heat pipe using nanofluid
纳米流体强化倾斜丝网热管换热特性
Development of assembled hot-film probe thermal gas flow-meters
组合热膜探头热式气体流量计的研制
Heat Transfer Properties of CuO-water Nanofluids in Laminar Flow
层流区CuO-水纳米流体流动与对流换热特性(英文)
Study on the Dynamical Thermal Stresses for the Semi-Infinite Body Under the Step Heating Flux Boundary
阶跃热流冲击加热半无限体动态热应力分析
Study on Critical Heat Flux of Liquid Jet Impingement Boiling on a Heated Flat Surface;
受热平板上液体喷流沸腾临界热流密度的研究
Flow Resistance and Heat Transfer Characteristics of Staggered Micro Pin Fin Heat Sinks;
流体横掠叉排微针肋热沉流动和传热特性研究
Investigation on Flow and Heat Transfer Characteristics in a Micro-Channel Heat Sink;
微通道热沉内流体流动与传热特性研究
Investigation on Flow Characteristics and Heat Transfer in a Manifold Micro-Channel Heat Sink;
歧管式微通道热沉内流体流动与传热特性研究
