cured resin
英 [kjʊəd ˈrezɪn]
美 [kjʊrd ˈrezn]
凝固树脂；硬树脂
双语例句
- The effect of molecular structure of polyurethane on tensile strength and percentage elongation were evaluated by measuring the mechanical properties of the cured resin films.
测试了固化后的聚氨酯胶粘剂胶片的性能，讨论了分子结构对拉伸强度和伸长率的影响。 - Modification of Vinyl Ester Cured Resin by Pre-in Situ Polymerization
前原位聚合法改性乙烯基酯树脂的研究 - Birefringence of the cured resin was measured with a senarmont compensator.
用塞拿蒙补偿器测定固化树脂的双折射率。 - Study on the High Reactive UV Cured Resin
高活性UV固化树脂的研究 - Study on the Curing Reaction and Thermal Property of TiO 2/ BMI Cured Resin
TiO2/BMI树脂固化反应及热性能研究 - And furthermore, the performances of the cured resin are measured.
最后测定了固化树脂的物理性能。 - In Vitro Study of Teeth Fracture Resistance of Different Cured Resin Inlays
树脂嵌体不同固化处理对牙体抗力影响的实验研究 - Compared with the peroxide curing, the mechanical properties and anticorrosion performance of the cured resin by visible light curing are equal and even better.
从固化物的物理性能和耐腐蚀性能比较可以看出，可见光固化比常见的过氧化物固化，性能相当甚至更佳。 - Mechanical, electrical and thermal properties of the cured resin were studied along with its adhesion at low and high temperature.
对体系固化物的机电热性能及其胶粘剂的高低温粘接性能也进行了研究。 - Diethylenetriamine ( DETA), diethylaminopropylamine ( DEPA) and their mixtures were selected as curing agents to study the processing characters of low viscosity bisphenol-F epoxy resin for RTM and mechanical properties of the cured resin systematically.
本文选用二乙烯三胺和二乙氨基丙胺作固化剂，系统地研究了用于RTM工艺的低粘度双酚F型环氧常温固化体系的工艺特性及力学性能。 - Property of cured resin could be improved by adding phenol formaldehyde amine ( PFA) into low molecular polyamide ( LMPA) epoxy resin system.
在低分子聚酰胺树脂固化环氧树脂的体系中，通过添加一定量的酚醛胺固化剂，直接影响该体系的表干性和固化物力学性能。 - Cured resin has excellent properties in tensile strength and fracture resistance.
浇注体具有较高的拉伸强度，优异的抗断裂韧性。 - A new denture base curing technique via pour heat pressure curing color stability of the cured resin
义齿塑料基托热压灌注成型新工艺&颜色稳定性的比较研究 - The DMA characterization indicated that its Tg was 322 oC. The thermal properties and thermal mechanical properties of cured resin were higher than commercial blended BMI systems.
用DMA对其热机械性能进行了评价，4-APM树脂固化物的玻璃化转变温度为322℃，远远高于其它类型的BMI树脂。 - The mechanical property of cured resin was measured by MTS Nano Indenter XP system, the value reveals that the surface hardness and Young ′ s modulus were improved using the modified coloring agent.
使用MTSNanoIndenterXP型纳米硬度计对固化树脂进行力学性能检测，结果显示混入改性着色剂的固化树脂的表面可承受的压力和弹性模量有显著提高。 - Objective: The clinical effect of light cured resin in treating front interdental spaces was studied.
目的：观察光敏树脂修复前牙列稀疏的临床效果。 - The curing behaviour of RPF resins studied by DSC and IR analysis showed that the low temperature reaction exotherm was mainly affected by paraformaldehyde. There are many dimethylene ether linkages existing in the cured resin.
通过DSC和IR分析固化行为表明，低温下的放热量主要受多聚甲醛的影响，固化后的树脂中存在着大量的亚甲基醚键。 - Objective To compare the shear bond strength of light cured and chemically cured resin adhesive.
目的对光固化和化学固化树脂粘接剂的剪切强度进行对比研究。 - The effects of acting time on the light-cured resin reinforced glass ionomer
酸蚀时间对树脂加强型玻璃离子粘结性能的影响 - The glass temperature of TiO 2/ BMI cured resin was 302 ℃, thermal decomposition temperature was 420 ℃.
TiO2／BMI固化树脂玻璃化温度高达302℃，热分解温度达420℃； - The results indicated that TCPP changed the thermal degrading process of cured resin and showed two functioning characteristics of inhibiting the degradation ( below 300 ℃) and catalysing carbonization ( above 300 ℃) in various temperature ranges.
结果表明TCPP改变了环氧树脂-酸酐固化物热氧降解的反应历程，且在不同的温区表现出阻滞降解（300℃以下）和加速碳化（300℃以上）两种作用特征。 - The cured resin can get a higher glass transition temperature ( Tg) by using the aromatic amine curing agents, which is suitable for the heat-resisting requirement.
使用芳香胺类固化剂固化双酚A型环氧树脂，其固化产物有较高的玻璃化温度，可以满足覆铜板耐高温的要求。 - The structure of CA curing agent is analyzed by IR. The dring time and adhesion of the CA curing agent and the mechanical properties and plasticize effect of the cured resin are determined.
用IR光谱表征了自制CA型环氧树脂固化剂的结构特点，测定了CA型固化剂的固化特性、固化树脂的性能和增塑效果。 - The reactions, performance of cured resin and fiber-reinforced composites of the two systems have been studied.
对两个改性体系的反应性、固化树脂性能、纤维增强复合材料性能进行了研究。