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   复合固化 的翻译结果: 查询用时:0.396秒
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复合固化
相关语句
  composite solidified
     Expediting setting adhesives with low cost in room temperature was prepared by bisphend a epoxy resin,polyamide 650 and composite solidified accelerator.
     以双酚 A环氧树脂为基料 ,低分子聚酰胺 6 5 0为固化剂 ,添加复合固化促进剂 ,制得低成本室温快速固化胶粘剂。
短句来源
  complex solidification
     Complex Solidification Technology for Treatment of Waste Drilling Fluid and Its Engineering Application
     废钻井液复合固化处理技术及应用研究
短句来源
  “复合固化”译为未确定词的双语例句
     B/EMI-2,4 curing system was identified as the curing agent, and the optimized curing condition was also decided.
     确定了实验的固化剂为B/EMI-2,4复合固化体系,由DSC结果用外推法确定了固化工艺。
短句来源
     Sodium hydroxide and sodium silicate are used as compound solidified agent in order to prepare the solidified alcohol.
     以硬酯酸钠为固化剂、硅酸钠为胶凝剂,复合固化,制备固体酒精.
短句来源
     The result shows that the apparent activation energy (E_a) is 58 kJ/mol lower and also the cure temperature is 50 ℃ lower in the epoxy/dicy/MMPD than in the epoxy/dicy. The reaction of the epoxy/dicy/MMPD is more smoothly compared to that of the epoxy/dicy.
     结果表明,采用双氰胺+取代脲的复合固化体系能使3221体系的表观活化能Ea比单独使用双氰胺时降低58 kJ/m o l,前者固化温度比后者降低50℃左右,并能使反应缓和。
短句来源
     An Exploit Study of the New Complex Stabilizer
     新型复合固化材料的开发研究
短句来源
     Ethylenediamine was used to cure the mixture of DGEMES and DGEBA, a novel optical resins with a high refractive index and low dispersion were obtained. The studies indicated that DGEMES is a good monomer for copolymerization.
     用乙二胺作为固化剂 ,将 DGEMES与双酚 A型环氧树脂 ( DGEBA)复合固化 ,得到了新型高折射率和低色散的光学树脂 .
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  相似匹配句对
     Differentiation of Compound Mappings
     映射的微分
短句来源
     Compound Modification Asphalt Waterproof Materials
     改性沥青防水材料
短句来源
     Solidified Operating System
     操作系统的固化
短句来源
     UV Solidificationg
     UV固化
短句来源
     On the curing of battery plates in an autoclave
     谈压力固化
短句来源
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  complex solidification
The development and characteristics of subsequent solid-state precipitation were used to guide the interpretation of the often complex solidification reaction sequences in the hyperperitectic alloys.
      
The results show that 8090 Al-Li alloy has a much more complex solidification path than Al-Li binary alloy due to the addition of many alloying elements and the presence of impure elements.
      
It is critical to have accurate thermo-physical properties as input for reliable simulations of the complex solidification and solid phase transformation processes.
      
This approach is promising for modeling complex solidification microstructures.
      


In order to study the influence of organic matter on the physical and mechanical properties of stabilized soil,and the effect of XGL2005 on stabilizing organic soil,artificial organic soil was obtained by adding humic acid into soft soil,and liquid-plastic limit tests were conducted on the artificial organic soil with different content of humic acid.Unconfined compressive strength tests were carried out on cement stabilized soil and cement admixed with XGL2005 stabilized soil respectively.Test results indicated...

In order to study the influence of organic matter on the physical and mechanical properties of stabilized soil,and the effect of XGL2005 on stabilizing organic soil,artificial organic soil was obtained by adding humic acid into soft soil,and liquid-plastic limit tests were conducted on the artificial organic soil with different content of humic acid.Unconfined compressive strength tests were carried out on cement stabilized soil and cement admixed with XGL2005 stabilized soil respectively.Test results indicated that the liquid limit of artificial organic soil increased exponentially,whose plastic limit increased of linearly with the humic acid content;the strength of stabilized soil decreased logarithmetically with increase organic matter content.On the contrary,the strength of stabilized soil increased in the form of power function as stabilization agent content increased.The strength of cement stabilized organic soil was reinforced greatly by adding the stabilizer XGL2005to reduce the adverse effect of organic matter.Based on the law obtained from the test,a prediction model was established by regression analysis.The model considers not only the positive influence of the curing time,the content of the cement and stabilization agent,but also the adverse influence of organic matter on the strength of stabilized soil.

为了探讨有机质对水泥固化土物理力学特性的影响以及固化剂XGL2005的固化效果,在软土中添加腐植酸配制得到了不同有机质含量的人工有机质土,并进行了液塑限试验;另外,对单掺水泥固化与水泥添加固化剂XGL2005复合固化有机质土进行了无侧限抗压强度对比试验.试验结果表明,人工有机质土的液限以指数形式增长,塑限则呈线性形式增加;随着固化土中有机质质量分数的增加,固化土的强度呈对数形式下降;而随着固化剂XGL2005掺量的增加,固化土的强度呈幂函数形式增长;固化剂XGL2005可有效消除有机质的不利影响,显著增强水泥固化有机质土的效果.在分析水泥质量分数、固化剂掺量(质量分数)和龄期对强度影响规律的基础上,通过回归分析建立了既可考虑有机质质量分数对强度削减的影响,又能考虑水泥质量分数、固化剂掺量(质量分数)和龄期对强度增强影响的预测模型.

 
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