1) failure Paradigm
干湿循环显著影响区
2) index of moisture effect
(干湿循环)湿度影响指数
3) significant environmental impacts
显著环境影响
1.
The paper presented the concepts and methods of identifying significant environmental impacts and critical control points, the screening of assessment indicators based on significance and technology criteria, and the system of critical assessment indicators for APEIA.
提出了水产养殖规划显著环境影响识别的必要性和方法,引入了关键控制点的概念和识别方法,提出了建立关键指标体系的方法。
4) significant interactions
显著影响
1.
This article is an empirical research on this issue, and the statistical analysis shows that significant interactions exist between L2 self-repairs behavior and L2 proficiency leve
统计分析显示 ,英语水平差异对自我修正行为存在显著影响 ,英语水平不同的学生在自我修正的频率、类型以及结构上存在显著差
5) dry-wet cycle
干湿循环
1.
An experimental study on the performance of concrete inside fly ash in sulfate environment was carried out by dry-wet cycle in water or sodium sulfate solution and measurement of dynamic lnodulus of elasticity.
以内掺粉煤灰制成的混凝土作为研究对象,在水中和不同浓度硫酸钠溶液中分别进行干湿循环后,通过对相对动弹性模量损失率的测量,说明掺加粉煤灰的高性能混凝土对硫酸盐侵蚀有较好的抵抗性能。
2.
They experienced dry-wet cycle in sodium sulfate solution.
以内掺粉煤灰制成的高性能混凝土和普通硅酸盐水泥以及抗硫酸盐水泥制成的高性能混凝土作为研究对象,在硫酸钠溶液中进行干湿循环后,通过对相对动弹性模量,重量损失率的测量,说明掺加粉煤灰的高性能混凝土对硫酸盐侵蚀有较好的抵抗性能。
3.
The profiles of chloride ion in concrete were obtained from the results of experiments that were under typical conditions such as dry-wet cycle and immersion condition.
基于典型服役环境条件,采用干湿循环和浸泡试验方法,通过测试不同条件下混凝土内部不同位置氯离子含量,研究外部氯离子在混凝土中的沉积特性。
6) drying and wetting cycle
干湿循环
1.
To improve the ability of concrete against seawater corrosion,a kind of anticorrosion admixture for the concrete is investigated by experimental method of chlorine ion permeability,sulfate corrosion,drying and wetting cycles in the corrosion envionment,and the mechanism of the admixture is analytically studied.
为提高混凝土耐海水腐蚀的性能,采用氯离子渗透、硫酸盐腐蚀、腐蚀干湿循环等试验方法来研究耐腐蚀外加剂的性能,并且对混凝土耐腐蚀外加剂的机理进行分析。
2.
Unconfined compression tests are conducted on expansive soil under different drying and wetting cycles.
通过膨胀率及膨胀力试验,分析了燕山水库溢洪道尾水渠膨胀土不同含水率对土体膨胀性的影响,并模拟了土体在自然条件下的干湿循环过程,通过无侧限抗压强度试验测试了不同干湿循环次数后土体的强度,揭示了干湿循环效应对膨胀土强度的影响。
补充资料：阿斯曼通风干湿表(见通风干湿表)
阿斯曼通风干湿表(见通风干湿表)
AS iman tongfeng ganshibiao阿斯曼通风干湿表见通风干湿表。
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