2) reinforce
[英][,ri:ɪn'fɔ:s] [美]['riɪn'fɔrs]
补强
1.
Finite element analysis of the glass fiber reinforced plastic of the outer corrosive pipeline;
外腐蚀管道玻璃钢补强有限元分析
2.
Design and construction of pressure-groutedreinforcement for drilled pile;
钻孔桩压力灌浆补强的设计与施工
3.
The optimum reinforcement in silicon rubber is ~obtained when added with 35~40 g untreated silica nanoparticle per 100 g rubber.
气相法制备的纳米二氧化硅是补强高温硫化硅橡胶的最好填料。
3) reinforcing
[英][,ri:in'fɔ:s] [美][,riɪn'fɔrs]
补强
1.
Study on reinforcing NBR by oligomer ester 12-Ⅱ;
齐聚酯12-Ⅱ补强丁腈橡胶的研究
2.
Application of structural reinforcing member for steel panel in automotive industry;
薄板补强胶片在汽车工业中的应用
3.
Correcting,Reinforcing and Preventing Measure for Inclining of the Prestressed Concrete Pipe Foundation;
砼预应力管桩基础倾斜纠偏、补强及预防
4) reinforcement
[英][,ri:ɪn'fɔ:smənt] [美]['riɪn'fɔrsmənt]
补强
1.
Evaluation on the reinforcement designing method of the pipe connected flatly and neatly with the big opening of spherical shell;
球壳大开孔平齐接管补强设计方法评价
2.
The feasibility study of adopting complex material reinforcement on instersection gas pipeline and expressway;
输气管线与高速公路交叉段采用复合材料补强的可行性研究
3.
Discussion on large opening reinforcement in absorber;
吸入塔塔体大开孔补强设计探讨
5) strengthening
[英]['streŋθən] [美]['strɛŋθən]
补强
1.
Application of high pressure jet grouting technique in pile foundation strengthening of bridge;
高压旋喷注浆在桥梁桩基补强中的应用
2.
Comment on the application of SFC in strengthening the bridge deck;
浅谈钢纤维混凝土在桥面补强中应用
3.
Design and construction of earth dam overflow face concrete strengthening in cold area;
严寒地区溢流面混凝土补强设计与施工
6) strengthen
[英]['streŋθn] [美]['strɛŋθən]
补强
1.
Being high in strength, light in weight, long in life, and easy to be used in construction, carbon fibre materials are often used for strengthening various structures.
碳纤维材料用于补强加固,具有强度高、重量轻、寿命长、施工性好等特点。
2.
This thesis introduces one method for foundation strengthen-jet grouting technology for double pipes and double mixing liquid in designing and construction.
文中介绍了在高层建筑施工过程中发现地基承载力不均匀时的一种地基补强方法———双管双液注浆技术的设计及施工。
3.
The technology condition of concrete bridge s maintenance and reinforcement, many faults of concrete bridge,technology approaches and ways for strengthening and reinforing the concrete bridge which cannot meet the bearing capacity demand,and principles for choosing the strengthening and reinforcing ways are discussed and explicated.
分析了多种混凝土桥梁常见的缺陷 ,详细介绍了不能满足交通承载能力要求的混凝土桥梁的补强加固技术、方法和选用补强加固方法的原则 ,对桥梁加固方法的选用具有参考价
补充资料:白炭黑补强
分子式:
CAS号:
性质:白炭黑在橡胶工业中主要用作优良的白色补强剂,能改善胶料的黏着力,赋予胶料较高的拉伸强度、伸长率、弹性、硬度、耐热性以及撕裂强度。其补强性能与它的粒径大小、表面性质、结构和在胶料中的分散性有关。它对橡胶的补强作用主要由两个方面的因素决定:(1)白炭黑微粒无定型状,结晶混乱,表面与橡胶大分子接触产生物理吸附;(2)白炭黑表面存在硅氧基、隔离羟基、氢链连接,尤其是白炭黑结构中心的—Si—O—键具有极性,能产生很强的结合能力,使白炭黑颗粒表面活性大,能与橡胶分子链形成牢固的化学键,达到补强效果。白炭黑与炭黑相比,比表面积更大,粒子更小,“结构性”更高,因而硫化胶拉伸强度、撕裂强度、耐磨性也高,但弹性下降,混炼胶的黏度增大。白炭黑常用于天然橡胶、丁苯橡胶、丁腈橡胶、氯丁橡胶、乙丙橡胶或它们的并用胶中作为补强填料。
CAS号:
性质:白炭黑在橡胶工业中主要用作优良的白色补强剂,能改善胶料的黏着力,赋予胶料较高的拉伸强度、伸长率、弹性、硬度、耐热性以及撕裂强度。其补强性能与它的粒径大小、表面性质、结构和在胶料中的分散性有关。它对橡胶的补强作用主要由两个方面的因素决定:(1)白炭黑微粒无定型状,结晶混乱,表面与橡胶大分子接触产生物理吸附;(2)白炭黑表面存在硅氧基、隔离羟基、氢链连接,尤其是白炭黑结构中心的—Si—O—键具有极性,能产生很强的结合能力,使白炭黑颗粒表面活性大,能与橡胶分子链形成牢固的化学键,达到补强效果。白炭黑与炭黑相比,比表面积更大,粒子更小,“结构性”更高,因而硫化胶拉伸强度、撕裂强度、耐磨性也高,但弹性下降,混炼胶的黏度增大。白炭黑常用于天然橡胶、丁苯橡胶、丁腈橡胶、氯丁橡胶、乙丙橡胶或它们的并用胶中作为补强填料。
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