下井仪器沿井深对泥浆流速、温度、压力进行数字化测量，并将测量数据存储在下井仪器内部的存储器中。
The well-logging probe digitally measures flow velocity, temperature and pressure of mud and memorizes those data in the memory of the probe.
实验进一步发现，将该原料在适当温度下干燥处理，可进一步改善泥浆流动性。
It will further improve the fluidity of slurry when the clay is heated at proper temperature.
方法采用常规三轴岩石强度试验装置，进行井下温度压力条件下的泥浆侵入过程模拟试验。
Method Mud invasion process is simulated with conventional three axis rock strength test device under same downhole pressure and temperature.
这个词特指那些经过停滞状态的井底泥浆样本，包括温度、压力和这个深度的其它情况。
The term refers particularly to a mud sample that has experienced stagnant conditions at the bottom of the hole, including the temperature, pressure and other conditions at that depth.
泥浆液面随温度的变化而升降。
The level of mud liquid goes up or down as its temperature changes.
当室外温度升高时，降温磁砖内腔中的泥浆料中的水分开始蒸发，从而使室温也随之下降。
When the outdoor temperature rises, the water content in the mud material in the inner cavity of the cooling ceramic tile evaporates so as to lower the room temperature.
旋流泥浆生物反应器由主体反应器、通气系统、旋流推进系统、温度加热与控制系统组成。
The swirl slurry bioreactor consists of a main reactor, a ventilation system, a swirl propelling system, a temperature heating and control system.
但是，在第一趟测井中或者泥浆循环后测量的井底温度不是最高的，此时最高温度在井底上面的一段距离中测量出来。
However, on the first logging run or runs after circulation, the mud may be hottest some distance above the bottom of the hole.
介绍了改性木质素磺酸盐PQ的合成工艺，评价了PQ对水泥浆稠化时间的影响及在高密度体系中的应用，同时考察了PQ对温度的敏感性。
The compounding technique of PQ was described and its influences to cement thickening time and application in high density cement system were evaluated, as well as its temperature sensitivity.
深度越大，为完成注水泥作业所需的时间越长，而且由于升高的温度对水泥浆凝固过程的影响，因而对水泥浆缓凝的需求也越高。
The need for cement retardation increases with depth due to the greater time required to complete the cementing operation and the effect of increased temperature on the cement-setting process.
根据试验结果，聚羧酸外加剂在拌制水泥浆尤其是混凝土的性能表现，受所用水泥品质和使用时水泥的温度影响。
The results show that The performances of polycarboxylic admixtures for producing pastes , especially for concretes, depend on cement varieties and their temperature statuses.
分析了温度、盐浓度对水泥浆水化程度和水泥石强度的影响。
Similarly, it is described that the temperature, salinity and some other factors affect the hydration degree and hardened cement strength.
在深部井段，影响油包水乳化泥浆流变性的主要因素是温度而不是压力。
The major factor influencing the rheological properties of oil-based drilling fluids is temperature instead of pressure in the deep sections of oil Wells.
在深部井段，影响油包水乳化泥浆流变性的主要因素是温度而不是压力。
The major factor influencing the rheological properties of oil-based drilling fluids is temperature instead of pressure in the deep sections of oil Wells.
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