curing core
英 [ˈkjʊərɪŋ kɔː(r)]
美 [ˈkjʊrɪŋ kɔːr]
熟化心轴
双语例句
- Gas heating or use of triethylamine inflatable curing a variety of methods, such as core system.
加热及数显温控装置，可选用电加热、煤气加热或采用三乙胺吹气固化等多种工艺方法制芯。 - The achieved M-DDM was encapsulated to be a novel microcapsule-type latent curing agent by an interfacial polymerization process from the synthesized M-DDM as core material and tolylene diisocyanate ( TDI) as wall monomer.
以所合成的M-DDM粉体为囊芯、以2,4-甲苯二异氰酸酯（TDI）为壁材单体，采用界面聚合技术，首次成功制备了一种新型聚脲M-DDM微胶囊固化剂。 - When making diamond grinding wheels using photosensitive resin as bond instead of thermal curing resin, the bonding strength between diamond layer and resin core is a dominating factor for the comprehensive performances of the wheel.
对以光敏树脂代替热固化树脂作为结合剂的砂轮而言，砂轮中的金刚石磨粒与树脂基体结合的紧密程度是影响砂轮综合性能的重要因素。 - The chemical stability of modified and unmodified phenolic resins in the media of water, acid, alkali, salt and diesel oil were compared. The effects of curing temperature and curing time on the resistance of consolidated core to medium were studied.
对比了改性与未改性酚醛树脂在清水、酸、碱、盐和柴油介质中的化学稳定性，以及固化温度、固化时间对固结岩芯耐介质性能的影响。 - With the research and development of the detection technology, a variety of concrete strength detection methods appeared, such as the same curing condition of specimen, Rebound method, Ultrasonic-Rebound combined method, Drilled core method, Pull-out post-insert method and so on.
随着检测技术的研究与发展，出现了多种混凝土结构强度的检测方法，例如，同条件养护试件法、回弹法、超声法、超声-回弹综合法、钻芯法、后装拔出法等。 - Construction quality study refers to end of 7d curing the roughness of the end of the base, cracks, and core samples were analyzed.
铺筑质量研究是指对7d养生结束后基层的平整度、裂缝以及芯样进行分析研究。 - The three-step method is used to control the reaction rate. The effect of the conditions of emulsification, amount of emulsifier, the pH of curing reaction and mass ratio of cyst wall to core materials on the performance of the pressure-sensitive color-developing microcapsules are studied.
采取三步调酸法控制壁材固化反应速率，考察了乳化条件、乳化剂用量、固化反应pH值和壁材/芯材的质量比等对微胶囊性能的影响。 - Through single factor experiment, we investigate the dose of cementing agent, curing agent, coupling agent, and sand particle size which influence the compressive strength and permeability of the consolidation core.
利用树脂固砂液及石英砂制备出供实验使用的固结岩心，通过单因素实验研究了胶结剂用量、固化剂用量、偶联剂用量以及砂粒粒径对固结岩心抗压强度及渗透率的影响。