1)  low-strain reflected wave method
低应变发射波法
1.
For the application of low-strain reflected wave method in pile foundation dynamic inspection,an introduction is made on the basic principal,examination methods and evaluation standards.
论述了桩基动力检测中的低应变发射波法的基本原理、检测方法以及评定标准。
2)  low stress
低应力
1.
Application and analysis of the new low stress pre-treatment technology on oil drilling and production equipment;
低应力预处理技术在钻采设备上的应用与分析
2.
Suitable com- pound Ni electroplating or electroless Ni plating solution were chosen to make low stress Ni layer.
采用合适的电解镍液或化学镀镍液的配方来制取低应力镍层;采用液体喷丸方法提高零件表面强度及抗应力腐蚀能力。
3.
By the experimental study about the effect of a circulate loading on the deformation and the Young's model of Sanjome andesite at the distinct strain rate in a low stress state, the viscoelasticity of Sanjome andesite in a low stress state is researched by means of the effect of the circulate loading on the deformation of rocks.
通过低应力水平下不同应变速率时循环加载次数对三城目安山岩的变形及其杨氏模量影响的实验研究 ,从循环加载次数对岩石变形特性影响这一角度探讨了低应力水平下三城目安山岩的粘弹性特性。
3)  low-strain
低应变
1.
Application of low-strain examination technology in pile foundation inspection;
低应变检测技术在桩基检测中的应用
2.
The key notices are analyzed and generalized in detecting a pile's perfection by low-strain reflected wave method.
 对桩身的各种缺陷所引起的波的变化特征进行了分析,比较了理论曲线与实测曲线的差异,并对基桩低应变完整性检测中要注意的事项进行分析和总结。
3.
Using seismic image method and low-strain reflected wave method, the paper evaluates the quality of pile daises.
该文介绍了用地震映象和低应变反射综合检测桩承台 ,评价桩承台质量的方法。
4)  lower strain area
低应变区
1.
This paper has studied the development of setting & model of the overthrust , which is distributed over the plane & section ,and its belting character in the northern margin region of Chaidamu basin , and described the character of the main overthrust sheet belt and lower strain area in great details.
研究了柴北缘地区逆冲推覆构造的发育背景、发育模式 ,平面、剖面展布特征及其分带性 ,并对主干逆冲断裂带及其间的推覆体带、逆冲席带和低应变区的特征进行了详细描述 ,同时通过野外观察和室内构造反演来研究推覆构造的发展演变模式及其形成机理 ,指出其逆冲叠瓦扇带和隐伏逆冲前缘带是最有利的油气勘探目标 图 6,参
5)  reduction of internal stress
低应力化
6)  Low level responsible
低应答
参考词条
补充资料:火焰光度法(见原子发射光谱法)


火焰光度法(见原子发射光谱法)


  火焰光度法见原子发射光讼法.
  
说明:补充资料仅用于学习参考,请勿用于其它任何用途。