碳化深度的英文

• carbonation depth
• depth of carbonation

• "碳化"英文翻译    carbonize; acieration
• "深度"英文翻译    degree of depth; depth
• "碳化深度酚酞试验" 英文翻译 :    carbonation depth by phenolphthalein test
• "氮化深度" 英文翻译 :    aufstickungstiefe
• "风化深度" 英文翻译 :    depth of weathering
• "裂化深度" 英文翻译 :    cracking level; depth of cracking
• "融化深度" 英文翻译 :    thaw depth
• "熔化深度" 英文翻译 :    depth of fusion
• "炭化深度" 英文翻译 :    char depth
• "硬化深度" 英文翻译 :    case depth; depth of hardening; hardening penetration; hardness penetration
• "转化深度" 英文翻译 :    conversion level; depth of conversion
• "表面硬化深度" 英文翻译 :    einsatzhrtetiefe case depth
• "侧面熔化深度" 英文翻译 :    side fusion
• "恒定转化深度" 英文翻译 :    constant-level conversion
• "有效硬化深度" 英文翻译 :    effective case depth
• "中等程度裂化深度" 英文翻译 :    moderate cracking severity
• "钢表层硬化深度测定法" 英文翻译 :    measuring case depth for steel
• "钢的表层硬化深度测定法" 英文翻译 :    measuring case depth for steel
• "碳化" 英文翻译 :    carbonize; acieration◇碳化钙 calcium carbide; 碳化作用 carbonization; carbonizing
• "硫化深蓝" 英文翻译 :    disperse navy blue exsf; sulphur dark-blue
• "硬化深层" 英文翻译 :    depth of hardening
• "深度" 英文翻译 :    1.(深浅程度) degree of depth; depth 河水的深度 the depth of the river; 通过疏浚保持河道的深度。 the depth of the river is maintained by dredging.2.(触及事物本质的程度) profundity; depth 一篇表现出思想深度的文章 an article that shows depth of thought; 她最近的那首诗极有深度。 her latest poem has remarkable depth.; 深度计 depthometer; 深度记录器 depth recorder; 深度指示器 depth indicator
• "浸碳硬化深层" 英文翻译 :    carburized case depth
• "碳化；碳化物；碳化钙" 英文翻译 :    carbide
• "半碳化" 英文翻译 :    partial carbonization

• Testing for a unit root in time series with tarch - skew - t errors
  混凝土碳化深度随机时间序列预报模型
• Analysis of filter carbonization depth of type concrete beam with wind pressure acceleration
  型混凝土梁渗透碳化深度分析
• The concrete strength of some beam , slab and column , carbonization depth and deformation of elements are mainly checked - up
  其次，现场抽样详细检测了部分梁、板、柱的混凝土强度、混凝土碳化深度、构件变形等。
• The law of subside and incline is got . the rust degree of the reinforcing steel bar and the intensity and the depth of carbonization of the concrete are examined
  如确定南熏楼的沉降和倾斜规律，检测钢筋的锈蚀性，检测混凝土强度以及碳化深度等等。
• The mechanism and influencing factors of concrete carbonation are analyzed , and various predictive models of concrete carbonation depth are discussed
  摘要分析混凝土碳化机理和影响因素，总结混凝土碳化深度的多种预测模型，并根据工程实例对碳化模型进行比对和分析。
• For the inland common industry buildings under the general weather condition , the predictive model of concrete carbonation depth based on the concrete compressive strength is preferable to predict con crete carbonation depth , which is tested by the practical engineering
  经工程实例验证，得出在一般气候条件下，内陆地区的普通工业建筑采用基于混凝土抗压强度的混凝土碳化深度预测模型，进行预测其碳化深度较为适合。
• Then , the half - carbonated zone ( transition zone ) phenomenon is mentioned and verified by way of using xrd & tg , thus giving contradictor of the existence between the half - carbonated zone and the premise of phenolphthalein test method - no existing obvious transition zone between carbonated area and non - carbonated area
  试验结果证明：在混凝土碳化区和未碳化区之间存在着部分碳化区，而这一中间过渡区域的存在可能使得目前普遍采用的酚酞( phenolphthalein )试剂测定碳化深度的方法易产生误差。
• As we know , concrete structures in reality are always under various stresses or with microcracks of different width . so in this paper , compressive stress tensile stress and microcracks are introduced into water permeability and carbonation experiment , with the object to study the relationship between those factors and durability indexes . sem xrd and mip methods were also used to study the relevant mechanisms
  由于实际工程中的混凝土结构均承受不同类型的荷载和带有不同宽度的微裂缝，故本文考虑选取外荷载引起的压应力对普通混凝土渗透性的影响，弯曲应力对砂浆、净浆碳化深度的的影响以及在带有裂缝状态下水泥基材料的渗透和自愈现象开展了部分实验研究，同时通过对混凝土、砂浆及净浆系列水泥基试件的碳化和渗透实验比较，从微观角度对碳化和渗透、自愈现象的一些机理也做了初步研究。
• Finally , the paper presents the grey connection theory , gm ( 1 , n ) grey modelling theory , gm ( 1 , 1 ) prediction model theory which respectively resolve such aspects : theory of correlative degree related to the influence of the carbonization depth , establishing the model of carbonization depths , modelling theory of estimating carbonization depths . and they achieve a better result with high precision
  最后，本研究采用灰色系统理论的关联度分析、 gm ( 1 ， n )建模理论、 gm ( 1 ， 1 )预测模型理论三种方法，分别对碳化影响因素与碳化深度的关联度、碳化深度间模型、碳化深度预测加以分析，分析结果与实际情况较为接近。