1) max-carbonization depth
最大碳化深度
1.
Taking into account more influencing factors in this paper, the theoretical of max-carbonization depth is proposed.
在考虑多种碳化影响因素条件下，本文提出最大碳化深度的概念，尝试将其运用到实际工程结构的碳化预测中。
2) the maximum thawing depth
最大融化深度
1.
Based on the overall temperature monitoring for frozen soil embankment with riprap slope protection and without riprap slope protection in Qingshuihe test section of Qinghai-Tibet Railway,the ground temperature,accumulated temperature and the maximum thawing depth variation in temperature field of these two kinds of embankments were analyzed.
通过对青藏铁路清水河试验段片石护坡、无片石护坡的冻土路堤和地基的温度进行的全面监测,对比分析了路堤体内及基底的地温、积温及温度场中最大融化深度的变化情况,结果表明,采用片石护坡措施的试验路堤,与对比段(普通路堤)相比,降温效果明显。
3) maximum liquefaction depth
最大液化深度
1.
According to the analytic solution of pore water pressure in saturated seabed under the action of linear waves and the criterion of seabed liquefaction,an equation for calculating maximum liquefaction depth in homogeneous seabed due to waves is derived.
根据线性波浪作用下饱和海床内孔隙水压力分布的解析解和波浪作用下海床液化的判别准则,推导了均匀海床最大液化深度的计算公式,并根据该公式提出了防止海床液化措施的建议。
4) maximum depth
最大深度
1.
The maximum depth and morphology for the convex in estuaries and along coasts;
河口海岸凸体冲刷坑最大深度及形态
2.
With this algorithm,the granularity in different areas of the block tree of a web page established by the improved VIPS(visual based page segment) algorithm is controlled by defining the permitted degree of coherence and the maximum depth of the block tree.
该算法根据改进的VIPS(基于视觉信息的页面分割算法)生成页面的块结构树,通过定义内聚度阈值和块结构树的最大深度,实现了块结构树中不同区域内不同分块粒度的要求;根据W eb页面提供的结构信息和内容信息提取块结构树叶子节点中的"主题"块和"主题相关"块;最后,对主题块和主题相关块的内容进行合并,提取页面的主要内容。
5) carbonization depth
碳化深度
1.
The predicted model of concrete carbonization depth in RC structure;
简述RC结构混凝土碳化深度的预测模型
2.
A model for forecasting carbonization depth of concrete;
混凝土碳化深度的预测模型
3.
Tests are made to determine the concrete strength,carbonization depth and steel bars protection depth of a certain building in Shenyang.
通过现场试验,对某建筑物的混凝土强度、碳化深度及钢筋保护层厚度进行了测定。
6) carbonation depth
碳化深度
1.
Forecast of concrete carbonation depth based on BP network;
基于BP网络的混凝土碳化深度预测
2.
Study on prediction of concrete carbonation depth of Weishui inverted siphon project;
韦水倒虹工程混凝土碳化深度预测研究
3.
CaCO3 content and carbonation depth become higher with increasing number of frost cycles.
为研究冻融对混凝土碳化的影响,对4种不同配合比混凝土先后进行冻融循环和加速碳化,测定其CaCO3含量,并采用Boltzmann函数拟合碳化深度值。
补充资料：结构安全碳化深度测试样品
结构安全碳化深度测试样品
结构安全碳化深度测试样品
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