1) network strength
路网强度
2) path intensity
路径强度
3) roadbed strength
路基强度
1.
This paper introduces the conditions and methods for guaranteeing the roadbed strength,and puts forward several suggestions on increasing the roadbed strength of the high-level highway,including the advanced design and construction methods,strict quality detection and construction supervision,and the treatment of the bad geohydrologic sectors,etc.
介绍了确保路基强度的条件和手段,提出了提高高等级公路路基强度的几点建议,包括先进的设计和施工方法,严格的质量检测和施工监理,因地制宜地处理水文地质不良地段等。
4) Short-circuit strength
短路强度
1.
Calculation and Analysis on the Windings Short-Circuit Strength in Large Power Transformers;
大型电力变压器绕组短路强度计算与分析
2.
After summarizing relevant literatures, transient eddy current fields in large transformers and winding short-circuit strength are studied deeply.
本文结合“大型变压器三维瞬态涡流场和线圈短路强度的研究”课题和“变压器运行及事故工况仿真技术研究”课题,在总结有关文献的基础上,对大型变压器的瞬态涡流场和绕组短路强度问题进行了深入的研究,取得了一些具有理论意义与工程实际价值的成果,开发了工程实用的计算软件,为提高变压器绕组的抗短路能力提供了参考依据。
5) pavement strength
路面强度
1.
It presents the performance of slurry seal as the preventive maintenance required by the pavement strength, stability and flatness, and provides some measures to improve the seal coat quality.
叙述了作为预防性养护的稀浆封层对路面强度、稳定度和平整度的要求,并介绍了提高稀浆封层质量应采取的几个措施。
2.
From the three stages:designing,constructing and using,the authors presented the factors which influenced the performance of adphalt pavement and investigated the varying laws of pavement strength.
本文通过的对京广线４７２＋０００—４８４＋０００长１２公里的沥青路面，从路面设计、施工、使用三个阶段，利用６年的时间，总结了影响沥青路面使用寿命的因素，探索了路面强度的变化规律。
6) intensity path
强度路径
1.
It is proposed to calculate unloading problems base on unloading test s intensity path .
从理论及试验两方面研究了卸荷土体抗剪强度的问题 ,分析了土体卸荷与加荷两种受力状态下的不同强度特征 ,建议以加卸荷强度路径试验曲线为依据进行卸荷计算 。
补充资料：表光合强度(见光合强度)
表光合强度(见光合强度)
forecast of sowing or transplanting time
b iaoguanghe qiangdu表光合强度见光合强度
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条