When curing temperature below glassy temperature of adhesive coating, bonding strength is reduce with curing extent increase. 固化温度低于胶层的玻璃化温度时,粘接强度随着固化程度的提高而降低。
Effects of curing temperature and filler content on the performance of epoxy adhesive for restoration of cultural relic 固化温度及填料对文物环氧胶粘剂性能的影响
Influence of curing temperature on autogenous shrinkage strain and stress of high strength concrete 养护温度对高强混凝土自收缩应变和应力的影响
That is a common curing temperature. 那是通常的硬化温度。
Forming curing tank after the curing temperature of168~ 180 ℃. 成型后在硫化罐内硫化,温度为168~180℃。
Particularly suited where low curing temperature is required for heat sensitive components. 特别适用于需要低温固化的热敏感元件。
Determination of Curing Temperature and EV Time for Thick walled Rubber Article 橡胶厚制品硫化温度与等效硫化时间的测定
The influence of curing reaction heat on curing temperature field of cubic rubber block and tire was investigated. 探讨长方体胶块和轮胎硫化反应热对硫化温度场的影响。
An automated system can then adjust the power output of the microwave so that a fairly constant curing temperature can be maintained. 根据温度的高低,一个自动化的系统则可以调整微波的功率输出,以便达到相对恒定的固化温度。
This may be done in a reciprocating screw machine where one charge at a time is brought to curing temperature. 这可能是在做往复螺杆机,其中一名主管在一个时间是带来的固化温度。
Effects of graphite content, curing time and curing temperature on the properties of the composite were studied with orthogonal test. 实验结果表明其固化时间均随固化剂用量的增加和固化温度的升高而缩短,且固化产物性能提高。
The finishing conditions are optimized through varying the concentrations of finishing agent, and curing temperature both at laboratory and production trial. 改变整理剂浓度、交联剂浓度和焙烘温度进行单因素试验,优选工艺条件进行实验放样和生产试验。
Influence of polyimide structure and component, coating method and curing temperature of alignment layer, rubbing material and rubbing strength on alignment layer has been analyzed in the article. 文章重点分析了聚酰亚胺结构及组成、取向膜涂布方法及固化温度、取向膜摩擦材质及摩擦强度等对取向膜性能的影响。
Effect of Neural Network Learning Patterns on Forecast of Tyre Curing Temperature 神经网络学习样本对轮胎硫化温度预测的影响
The Effect of PI Curing Temperature and Rubbing Intensity on STN-LCD Cell with TOP Coating Inside PI固化温度及摩擦强度对涂TOP/STN-LCD的影响
Influence of Curing Temperature on Performance of Epoxy Thermosets 固化温度对环氧树脂固化物性能的影响
The effects of type, concentration of chain extender, curing temperature and time of silicone sealants with low modulus and high elongation on their mechanical properties were studied. 制备了不同低模量高延伸率室温硫化有机硅密封材料,并考察了扩链剂类型和用量、固化温度和时间对材料性能和交联度的影响。
Moderate curing pressure and curing temperature were beneficial to composite properties. 适中的固化压力与固化温度有利于材料具有较好的力学性能与导电性能。
The usage of composite nanometer TiO2 as catalyst could markedly decrease the curing temperature of the copolymer resin. 使用复合纳米TiO2作催化剂,能显著降低共聚树脂的固化温度。
The phase and structure changes of hydration products forming at different curing temperature were investigated with XRD and SEM-EDS. 利用XRD和SEM-EDS观察在不同养护温度下水化产物的物相和结构变化。
From DTA analysis of the coating with typical formulation, the reasonable coating curing temperature was defined. 对典型的涂层配方进行DTA分析确定了涂层的合理固化温度。
The influences of curing temperature and alkali contents of cement on expansion of mortar bars are investigated. 研究了养护温度和水泥碱含量(质量分数,下同)与硅质集料砂浆试样膨胀的关系。
When 2,4-EMI concentration and curing temperature increasing, curing reaction rate increased. 随着2,4-EMI用量和固化温度的增加,固化反应速率增加。随着2,4-EMI用量的增大,固化产物玻璃化温度先增大后减小;
Experimental studies were made of the effect of water/ cement ratio and curing temperature on the porocity, pore size distribution and permeability of cement paste. 研究了水灰比(W/C)和养护温度对水泥浆体的孔隙率、孔径分布和渗透性的影响。
The effects of curing temperature and reaction time on the visco elasticity and tensile strength was studied. 研究了固化温度及反应时间对粘弹性和拉伸性能的影响。
The curing conditions of concrete have obvious effects on its strength and early performance. With the same ratio of material and the construction methods, the early performance of concrete depends on curing temperature and curing humidity. 混凝土的养护条件对其强度和早期性能的发展有着显著的影响,在材料配比相同和施工方法一致的前提下,混凝土的早期性能主要取决于养护温度和养护湿度。
This system can realize composite curing temperature field analysis, curing deformation analysis and tool surface compensation. 该系统能够实现复合材料固化温度场分析、固化变形分析和模具型面补偿设计。
The curing temperature control system on the workpiece surface is designed by a fuzzy control method. 采用了模糊控制的方法对工件表面固化温度控制系统进行设计。
The lower water-cement ratio and higher curing temperature, the more rapidly autogenous shrinkage strain and stress developed. 养护温度越高,自收缩应变和应力的发展速度越快,其数值也越大。水灰比越低,养护温度对自收缩应变和应力的影响越大。
And increasing the curing temperature was effective for both strength and concentration of the leaching. 但是养护温度提高后,其土壤固化体也能获得较高的强度和较低的浸出浓度。