In this paper, the plasma treatment was used to modify the surface of PET fibres and increase the wettability and adhesivity of the fibres.
本文采用等离子体处理,对涤纶纤维表面进行改性,以提高纤维的浸润性和粘结性。
Study on quick pretreatment of coal heating effects on caking property;
快速加热预处理对煤粘结性影响研究评述
The results showed that blending of a little modified pitch could improve the caking property and increase the cold and heat strength of coke and decrease the ash yield of coke as well.
在配煤中加配改质沥青进行小型试验、大型试验和试生产的基础上,分别测定了配煤和焦炭的灰分、挥发分、硫分、G值、抗碎强度,耐磨强度等值,认为配加少许改质沥青,可增加配合煤粘结性,提高焦炭的冷、热强度,同时可降低焦炭的灰分。
Effects of the caking property of coal for briquetting on the cold briquetting process and the briquette carbonization process were analyzed.
分析了成型用煤粘结性对冷压成型和型煤炭化工艺的作用 ,讨论了主体煤粘结性和配粘结用煤对型煤和型焦的强度及热性质的影响。
Experimental research on bond behaviors between steel bars and concrete after freezing and thawing cycles;
冻融循环作用后钢筋与混凝土粘结性能试验研究
Experimental study on bond behavior between FRP-concrete interface;
FRP与混凝土界面粘结性能的试验研究
Confining effects of carbon fiber composite sheets on bond behavior between corroded steel bars and concrete
碳纤维布约束对锈蚀钢筋与混凝土间粘结性能的影响
Investigation on the adhesion between nonwoven fabric and cork paper;
非织造布/软木纸复合粘结性能研究
The effects of material ratio and curing temperature on the reactivity,adhesion and the heatresistance of cocured resins were investigated for each epoxyimide glue system.
研究了不同比例的这种环氧-亚胺树脂的共固化反应性、粘结性和固化树脂的耐热性。
With 32 references, this review summarized some views on the adhesion of PE included the role of ‘weak boundary layers’, surface energy and wettability and interaction, the correlation between the degree of oxidation and adhesion; and some progresses in improving PE's adhesion.
综述了关于聚乙烯粘结性能的各种理论和观点 ,介绍了研究聚乙烯粘结界面的新方法以及提高聚乙烯粘结性能的方法进展。
Experimental research on the bond performance between CFRP bars and reactive powder concrete;
碳纤维筋与活性粉末混凝土粘结性能试验研究
Experimental study of bond performance between deformed bar and steel-carbon hybrid fiber reinforced concrete;
钢筋与钢-碳纤维混杂纤维增韧混凝土粘结性能试验
The technology of planting steel bars by chemical adhesives,on its particular superior-ity,is prominent in the strengthening of buildings;hower,the influences of high temperatures(fires) on the bond performance of the bars are difficult to quantify.
化学植筋技术以其特有的优势在建筑物加固改造中占据着重要的地位,但高温(火灾)对植筋粘结性能的影响难以定量确定。
Experimental Study of Bonding Characteristics of Self-etching Adhesives;
自酸蚀粘结系统粘结性能的基础研究
Analysis of Bonding Behavior of Adhesively Jointing Structures with Cohesive Zone Model;
粘结构件粘结性能的内聚力模型分析
The Syntheses and Property Studies of Dental Wet Adhesive (UB-1);
口腔用湿性粘结剂(UB-1)的研制及粘结性能检测
Bonding Curing Systems and Bonding Performance of Polymer-modified Mortars
聚合物乳液砂浆的粘结养护特性及其粘结性能
Underwater Adhering Performance of α-Cyanoacrylate Adhesive Modified with Nano-Silica
α-氰基丙烯酸酯胶粘剂改性后的水下粘结性能
No crystallization could be seen.
其可塑性、粘结性及乾燥强度较好。
Non-linear Simulation Analysis of Interface Bonding Properties of Asphalt Pavement
路面层间粘结性能的非线性仿真分析
Experimental Study of the Effect of Different Tooth Surface Condition on Bonding Strength of Self-etching Adhesive;
牙齿表面状态对自酸蚀粘结系统粘结性能影响的实验研究
Tending toward, concerning, or characteristic of agglutination.
粘结的;粘性的倾向于粘结的,关于粘结的或具有粘结特性的
dross coal
渣煤, 不粘(结性)煤
spastic colon
结肠过敏,粘液性结肠炎
Experimental Investigation of the Bonded Rebar Anchorage Properties of Cement Based Inorganic Anchoring Material;
水泥基无机粘结材料植筋粘结锚固性能研究
Study on polyurethane adhesive and the hygroscopic capacity bonding material
聚氨酯粘结剂的合成与粘结体吸湿性研究
Viscoelastic Property of Viscose Blend Solution and the Structure and Property of Fiber Prepared from It
共混粘胶的粘弹性及其纤维的成形结构和性能
The freezing point of the modified bone glue produced by this technics is very low and the adhesive strength is very high.
所得到的改性骨胶粘合剂凝固点低 ,粘结强度高
The numerical analysis of visco-elastic-plastic Biot′s consolidation for soft clay foundation
软粘土地基粘弹塑性比奥固结的数值分析
Research on High Viscosity Asphalt Waterproof and Adhesive Layer of the Concrete Bridge
桥面高粘沥青粘结防水材料性能与应用研究
Degradation of Soil Structure and Anisotropic Plasticity Evolution of Natural Clay;
软粘土结构性、塑性各向异性及其演化
CopyRight © 2020-2024 优校网[www.youxiaow.com]版权所有 All Rights Reserved. ICP备案号:浙ICP备2024058711号