Further research in fracture care is needed to optimise fracture care.
为了优化骨折护理，有待进一步的研究。
The water-flow in fracture is not directly proportional to the waterhead.
裂缝水流量与水位不呈正比关系。
Although great advances have been made in fracture care, treatment failures are not uncommon.
尽管骨折的治疗已经取得了伟大的进步，但治疗的失败却并不罕见。
Too high stress in the neck of long nozzle is a major cause that results in fracture in the neck.
长水口颈部应力过大是其颈部开裂的主要原因。
When bearing the axial press stress in fracture site is uniform, so best reduces the stress block.
负重时骨折端均匀的承受轴向压应力，克服了应力遮挡作用。
This article will review the evidence for the use of low-intensity pulsed ultrasound in fracture care.
本文总结了在骨折护理中使用低强度脉冲超声波的根据。
Relative permeability curve in fracture system without simplifying assumption is adopted in the model.
并且该模型对裂缝系统的相对渗透率不作取对角线的假定。
Fluid detection in fracture medium has great significance for the oil gas prospecting and exploitation.
裂隙中的流体检测对油气田勘探和开发有重要意义。
The result shows again the correctness of the nonlocal model for solving problems in fracture mechanics.
进一步阐述了用非局部理论模型求解断裂力学问题的正确性。
Based on artificial neural network theory, using routine logging data in fracture identification is studied.
本文基于人工神经网络理论，开展了常规测井资料识别评价裂缝的研究。
Therefore, regulating valve will produce a strong shock and a harsh noise, resulting in fracture spool quickly.
所以调节阀会产生强烈的震荡并发出刺耳的噪声，因而导致阀芯很快断裂。
It is very important to investigate the forces acting on the rock mass by the seepage flow in fracture network.
裂隙岩体中流体对岩体的作用力，是研究岩体稳定性的重要问题。
Of late years, the geological workers take great interest in fracture-type reservoir, and they achieve great results.
近年来，裂缝性储层引起了地质工作者的浓厚兴趣，也有很多成果出现。
Stress intensity factor (k). A factor used in fracture mechanics to specify the stress intensity at the tip of a crack.
应力强度因子(K)：断裂力学中使用的一个因子，说明裂纹尖端处的应力强度。
The buckling of buried pipeline is one of the reasons that results in fracture because of the uneven stress of pipeline.
埋地管道上浮是导致管道因受力不均而破裂的原因之一。
Nowadays, many kinds of growth factors in fracture healing have been discovered and the great achievements have been got.
如今发现了很多种类的骨生长因子，并且取得了重大的研究成果。
This could help to better understand the mechanical loading of biological structures e. g. the processes in fracture healing.
这有助于更好地理解诸如骨折愈合过程等情况的生物力学特性。
Theoretically, segmental fixation provides for additional fixation points that may in fracture reduction and kyphosis correction.
理论上来说，节段性固定提供了附加的固定点，有利于骨折还原及驼背矫正。
By using this method, the technique of laser cut - ring LCD glass substrates is studied both in fracture mechanism and experiment.
采用该技术，从断裂基理和实验验证两方面对激光切割液晶显示玻璃基片进行了一定的研究。
This paper presents a theoretical basis for solving the problems of V-notch both in fracture design by crack-technique and safe design.
本文的结果，为解决安全设计和裂纹技术的断裂设计中有关V型切口的问题提供了理论依据。
Rock gold deposits occurred in altered rocks and quartz veins in fracture zones belong to the most important gold deposit type in China.
破碎带石英脉蚀变岩型金矿是我国最主要的岩金矿床类型。
The researchers observed that a specific type of boundary called a coherent twin boundary (CTB) has a double role in fracture mechanism.
研究人员发现一类被称作共格孪晶界（CTB）的特殊的晶界。
It demonstrates that the fractal principle is of good effect in fracture recognition and helps solve the difficulty for fracture recognition.
证明分形原理识别裂缝效果较好，从而有助于解决裂缝识别的困难。
There were no significant differences in fracture alignment, hip screw position, tip-apex distance, union rate, time to healing or complication rate.
在骨折对线，螺钉位置，尖顶距，愈合率，愈合时间和并发症发生率方面无显著差异。
Objective: to provide anatomical basis for the exploration and operation in fracture of posterior pelvic ring with or without the injuries of nerves nearby.
目的：为单纯或合并临近神经损伤的骨盆后环骨折手术提供解剖学基础。
Budart Group of Sudert district in Hailaer Basin is a reservoir that has very low porosity, very low permeability, double pore system and it is rich in fracture.
海拉尔盆地苏德尔特地区布达特群是特低孔特低渗双孔隙介质储层，裂缝发育。
Much of seepage paths is fracture network in rock mass surrounding dam. It is difficult to solve this seepage problem in fracture network by using continuum model.
大坝周围岩体的渗流通道大多为裂隙网络，用连续介质渗流模型难以解决这一问题。
By maximum tension theory and maximum strain energy density theory in fracture mechanics, created and propagation direction of new artificial fracture are analysized.
分别应用断裂力学中的最大拉应力理论和应变能密度因子理论分析了重复压裂中水力裂缝的初始扩展和延伸方向。
In fracture operation, fracture fluid would cause damage to the reservoirs and fracture conductivity, which directly influences the effect of fracture reconstruction.
压裂施工中压裂液对油层和裂缝导流能力会造成伤害，直接影响压裂改造的效果。
The equation of the process is raised and calculated. The results show that the flow rate of chemical grout in fracture system is much less than that in porous system.
对这一过程建立方程描述并求解，结果显示了化学浆液在孔隙系统中的吸渗速度远小于在裂隙系统中的流动速度。
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