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温度模拟
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  “温度模拟”译为未确定词的双语例句
    ③The maturity and temperature section of line 450—612.5 at 27 Ma reveales that the depth of oil generative threshold was about 2000 meters deep,with its temperature of about 93°C ,higher than the present day′s.
    ③在距今27Ma时,二维测线L450—612.5的成熟度和温度模拟剖面显示,油气开始生成时的门限深度为2000m,门限温度为93°C,大于现今的门限深度和门限温度。
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    Reliable information of the radiogenic heat production for the use in thermal modelling now can be derived quickly using only standard GR (API) readings.
    因此,利用标准的自然伽玛测井,可以为温度模拟提供放射性热产量的可靠信息。
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    It has fast simulation rate and satisfactory accuracy,supplying an effective method for process optimization.
    具有较快的模拟速度 (模拟时间不到 1min ,奔腾 13 3主机 )和满意的模拟精度 (主分馏塔温度模拟误差小于 6% ) ,为过程优化和决策提供了一条可行的有效途径
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  temperature simulation
Physical transport parameters are calibrated by temperature simulation, and them are used to simulate the profiles of NO3, PO4 and dissolved oxygen.
      
Interfaces produced with one constant temperature simulation method are rough, with several layers of atoms forming >amp;lt;110>amp;gt; chains and (111) facets.
      
As expected, the higher temperature simulation leads to larger excursions in the positions of the energy eigenvalues.
      
Figure 6 corresponds to a low-temperature simulation, and Figure 7 to a high-temperature simulation.
      
High-temperature simulation segments facilitate the crossing of the energy barriers.
      
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Viscous oil recovery with steam injection is the most widely used and more profitable recovery technique at present. But the working life of casing under high temperature is a critical problem . This paper studies the cases of 194 damaged wells , analyzed the damage cause of viscous oil wells, carries on the simulation test on casing sample under well temperature , and at last presents suggestions of preventing casing from damage comprehensively.

注蒸汽开采稠油是当前应用最广泛、效益较高的稠油开采技术,但高温下套管的寿命是至关紧要的问题。文中收集了辽河油田194口损坏井的情况,分析了稠油热采井损坏的原因;并用套管试样,进行了井内温度的模拟试验研究,最后提出了综合防治套管损坏的建议。

Usually the radiogenic heat production is determined from the potassium(K), uranium(U) and thorium(Th) content and the rock density. In boreholes, the K, U and Th contents can be taken from the NGS measurements and the rock density from the LDT measurements. A simple method is proposed in this paper for determining heat production from normal Gamma ray logs which are readily available from a vast number of boreholes. This method is based on a linear relationship between the Gamma ray GR and the heat production...

Usually the radiogenic heat production is determined from the potassium(K), uranium(U) and thorium(Th) content and the rock density. In boreholes, the K, U and Th contents can be taken from the NGS measurements and the rock density from the LDT measurements. A simple method is proposed in this paper for determining heat production from normal Gamma ray logs which are readily available from a vast number of boreholes. This method is based on a linear relationship between the Gamma ray GR and the heat production A . For a wide variety of lithologies from granite through gneiss, carbonate and amphibolite to basaltic rocks, it is shown that this relation is valid in the range 0~350 API and 0.03~7μW/m 3 respectively with an error lower than 10%. Reliable information of the radiogenic heat production for the use in thermal modelling now can be derived quickly using only standard GR (API) readings.

通常,放射性热产量由K、U、Th的含量和岩石密度来确定。在井孔中,K、U、Th的含量可用自然γ能谱仪测量得到,岩石密度由岩性密度仪测量得到。介绍了一种从常规γ测井确定热产量的简单方法,其中测井数据可以从大量的钻孔中获得。这种方法以伽玛射线(GR)与热产量A之间的线性关系为基础。从片麻岩、碳酸盐岩、角闪岩、花岗岩到玄武岩,在这样宽的岩性变化范围内,显示出这种线性关系在0~350API和0.03~7μW/m3范围是有效的,其误差均小于10%。因此,利用标准的自然伽玛测井,可以为温度模拟提供放射性热产量的可靠信息。

A new method establishing models of FCC main fractionator was proposed.A fast simulation system for FCC main fractionator was developed by using the distillation data of oil product,experiential charts and correlations in petroleum refining industry.It has fast simulation rate and satisfactory accuracy,supplying an effective method for process optimization.

提出一种新的催化裂化主分馏塔建模方法。基于油品的蒸馏数据 ,利用炼油工业中已积累的一整套经验图表和经验关联式 ,开发了一个快捷的催化裂化主分馏塔模拟系统。具有较快的模拟速度 (模拟时间不到 1min ,奔腾 13 3主机 )和满意的模拟精度 (主分馏塔温度模拟误差小于 6% ) ,为过程优化和决策提供了一条可行的有效途径

 
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