paste n. 1.糊,漿糊;面團;軟糖;濃羹,醬。 2.糊狀物;玻璃質混合物〔制人造寶石的原料〕;鉛質玻璃;制陶粘土;軟膏。 a bottle of paste 一瓶漿糊。 bean paste 豆(瓣)醬。 tooth paste 牙膏。 a man of a different paste 氣質不同凡響的人。 adj. 人造的;假的。 vi. 1.用漿糊黏貼 (up on together) 把(紙等)貼在…上。 2.使成面糊狀。 paste in 貼在(書里)。 paste up 貼在…上;封上。 vt. 〔俚語〕狠狠地打;(體育比賽中)把(對方)決定性地擊敗。 n. (用拳頭等)狠狠的一擊。
The relationship between microstrucure and strength of hardened cement paste 水泥漿體的微結構及其與強度的關系
Study on activating hardened cement paste by high energy ball milling 機械力化學效應在無機非金屬材料制備中的應用研究
Influence of ground mineral admixtures on pore structure of hardened cement paste and strength of cement mortar 磨細礦物摻合料對水泥硬化漿體孔結構及砂漿強度的影響
Standard practice for use of apparatus for the determination of length change of hardened cement paste , mortar , and concrete 水凝水泥漿灰泥和混凝土長度變化測量儀器使用的標準實施規程
The study on mechano - electric effect of hardened cement paste provides a new method to make smart concrete structures 因此,力電機敏性可望用于混凝土結構的應力診斷,從而為智能混凝土結構的實現開辟了新的途徑。
The hydration theory and the structure forming of hplc are analyzed through xrd , sem , edxa , and the analysis of pore structure , micro hardness . the model of the interface structure between lightweight aggregate and harden cement paste is divided into 4steps , which are penetrating , hydrating and hardening , diffusing of moisture and ion , forming of optimal interface structure , and the ideal structure model of lightweight aggregate is built 采用xrd 、 sem 、 edxa 、孔結構分析與顯微硬度技術分析了高性能輕集料混凝土的水化硬化機理及結構形成過程,把輕集料與水泥石之間界面結構形成過程分為滲透、水化硬化、水分遷移與離子擴散、界面結構優化四個階段,提出了輕集料與水泥石之間的界面結構模型和高性能輕集料的理想結構模型。
The stress induced electrical current changes with stress changing . the sensitivity of cfrc and plain concrete depends on their component , loading condition and the method of measurement . the study on mechano - electric effect of hardened cement paste provides a new method to make smart concrete structures . according to nonequilibrium thermodynamics , a mathematical model on the relatrionship between strain gradient and electric potential gradient is presented 研究表明,碳纖維混凝土(粗骨料)的電阻隨所受荷載的變化而變化,不同組成混凝土的力電機敏特性不同,力電機敏特性可望用于混凝土結構的應力診斷,從而為智能混凝土結構的實現開辟了新的途徑。
Through systematically analyzing the composition and structure of concrete from three levels of macroscopic , microcosmic and ultra - microcosmic , the author of this paper found that the mechanical properties and durability of concrete depended on mainly its composition and structure . the interface , which is one of three composition of concrete ( hardened cement paste , aggregate and interface ) , is the most weak zone in concrete 作者通過對混凝土材料的組成和結構進行宏觀、微觀和細觀三個層次的系統分析發現,混凝土材料的力學性能和耐久性主要取決于其微觀的組織構成;在組成混凝土材料的三相(硬化水泥漿體、集料和硬化水泥漿體-集料界面過渡區)中,界面過渡區是其中最薄弱的一環。