在休息和调理一段时间之后，系统的拉伸练习也是一种很好的治疗。
A system of stretching exercises is also good treatment for ITBS, after a period of rest to recuperate from the injury.
节段性流动增加最多的一个因素1000年在单轴拉伸蠕变。
Segmental mobility increases by up to a factor of 1000 during uniaxial tensile creep.
合金拉伸蠕变曲线具有典型的三阶段特征，即较短的减速蠕变阶段和较长的第三蠕变阶段。
The tensile creep curve was composed of the typical primary creep stage, steady-state creep stage and the accelerated creep stage.
测试值在低速率被拉伸时，由于链段中的弛豫时间的减少的拉伸速率的增加而增加。
When being stretched at low rate, the testing value increases with the increasing of stretching rate due to the reduction of relaxation time in chain segments.
石围墙段，可任意拉伸到所需的长度。将多个防护网段首尾相连。
Stone fence section, stretch to desired length. Place multiple fence sections end-to-end.
此外，高倍拉伸会提高上述二类多嵌段共聚物中软链段结晶的熔点和结晶速率。
In addition, high draw ratio will increase the melting point and crystallization rate of the soft segments for both types of segmented copolymers.
硬段含量提高，胶膜硬度增加，拉伸强度增加，胶膜耐水性降低。
An increase of the content of hard segmer will increase film hardness and elongation strength, and lower water resistance.
在三种拉伸方式的对比中结果均表明：两段合一式拉伸方式的原丝具有更加优越的结构性能。
The results of the comparison with three stretching modes showed that two-one-type precursor had more superior structure performances.
结果表明，硬段含量及密度对PUEF压缩应力-应变性能的影响较大，而交联度对压缩应力松弛及拉伸性能的影响较大。
Influences of the hard segment content, crosslinking degree and density on the compressive stress-strain property, compressive stress relaxation and tensile property of PUEF were studied.
当拉伸倍率大于80 %时，NH基团也发生取向，即在外力作用下，软链段较易取向，而硬链段的取向较难。
NH groups Orient too when draw ratio is beyond 80%, which indicates that it is easy for soft segments but difficult for hard segments to Orient under the effect of outside force.
底线是：如果你跑或坐了一段时间之后不要马上站起来就做腰肌拉伸，有可能会使你的身体失去重心，也是无效的。
The bottom line is this – if you've been running or sitting for a while, don't get up and go straight for psoas stretching – it might be destabilizing and ineffective.
目前使用的圆管带式输送机，过渡段的胶带存在拉伸不均。外缘受力过大等问题，极大地影响了胶带的使用寿命。
At present, the transition belt of the pipe belt conveyor extends unevenly, and its edge bears excessive force, which greatly affects the employment lifespan of the belt.
研究表明：硬链段含量、软链段链长的提高和离子基团的增加均有利于拉伸强度的提高。
The results showed that increase hard segment content, soft segment sequence length and ionic group to be favourable for rising tensile strength.
研究表明：硬链段含量、软链段链长的提高和离子基团的增加均有利于拉伸强度的提高。
The results showed that increase hard segment content, soft segment sequence length and ionic group to be favourable for rising tensile strength.
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