interreaction

interreaction的基本解释

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互相反应, 互相作用, 相互作用

与interreaction相关的网络例句 [注：此内容来源于网络，仅供参考]

Membership card making binding is a device, process complex multiplication, materials and the machining process changes; the device context, there are dozens of models, the form has more than 100 species of interreaction production line, nearly 10, and each line has a different model and in various types of work between the little diferrences plant.

会员卡制作后装订是一个设备繁乱、工艺复杂、材料品种多、变化大的加工工序；就设备情况看有几十种，型号、形式有100多个，联动生产线种类有近10条，且每一条线都有不同的型号和形式，工种之间的单机设备几乎没有共性。

We have successfully synthesized hydrocarbonbearing inclusions in carbonate at the temperature and pressure of 150 ℃ and 40 MPa, which are near the condition of natural reservoir underground 4 kmAll synthetic hydrocarbonbearing inclusions have been analyzed by microscope and microfluorescence and fourier transform infrared spectroscopyThe results show that the synthesized hydrocarbonbearing inclusions are very similar to those in real reservoirsOur experiments give us four important insights, including:(1) immiscibility of oil and water is the main reason for hydrocarbonbearing inclusions and aqueous inclusions distributed in different fractures;(2) rapid accumulation of oil and gas can be recorded by fluid inclusions;(3) the study of synthetic hydrocarbonbearing inclusions at the temperature and pressure of real reservoir will offer references and standards for the analysis of fluid inclusions in reservoirs;(4) experiment of synthetic hydrocarbonbearing inclusions is a good method for understanding the mechanism of oilwaterrocks interreaction in reservoirs.

文中报道在实际储层温压条件下(150 ℃，40 MPa，大约4 km深度)成功合成了碳酸盐岩烃类包裹体。通过对合成烃类包裹体的显微观察、荧光分析和傅里叶变换红外光谱分析，证实合成了烃类包裹体，且与真实储层中的包裹体具有相似特征，探讨了油水不混溶条件下的流体包裹体捕获机制。实验研究给出4点重要启示：(1)油水不混溶是造成烃类包裹体和水溶液包裹体分带的主要原因；(2)油气快速成藏过程可以被流体包裹体记录；(3)实际储层温压条件下，合成烃类包裹体实验研究有望为储层包裹体分析提供依据和标准；(4)人工合成烃类包裹体为研究含油气条件下储层水岩作用机理提供了一种有效手段。

Originally studying will carry on comparatively overall analysis to javelin throw technology from the kinematics respect, Have proposed influencing the trends to surmount the relevant index of the apparatus , and has carried on the ration or qualitative analysis to the main factor and interreaction among them .

本研究从运动学方面对掷标枪交叉步、最后用力阶段技术进行了较为全面的分析，提出了影响超越器械的相关指标，并对其中的主要因素及其相互关系进行了定量或定性分析。

与interreaction相关的网络解释 [注：此内容来源于网络，仅供参考]

interregnum：空白期间

interreaction 互相反应 | interregnum 空白期间 | interregnum 空位期间

nucleon：核子=>核子

nucleo-cytoplasmic interreaction 核质互作 | nucleon 核子=>核子 | nucleon number 核子数

interreflection：相互反射

interreaction | 相互作用 | interreflection | 相互反射 | interrelationship | 相互关系