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gel composites
相关语句
  凝胶复合物
     Resitivity-temperature Characteristics of CB/HDPE Gel Composites Formed Under Electron Beam Irradiation
     电子束辐照交联CB/HDPE凝胶复合物的阻温特性
短句来源
     Immobilization of Glucose Oxidase on Gel Composites Based on Hydroxyethyl Cellulose and Tetramethoxy-silicane Precursor
     HEC/SiO_2凝胶复合物包埋固定化葡萄糖氧化酶的研究
短句来源
     The results showed that CB/HDPE gel composites, which were generated through extraction by xylene for crosslinked samples, exhibited much higher PTC intensity and distinctive NTC effect during the first heating cooling cycle.
     结果表明 ,凝胶复合物与未抽提的交联试样和未交联试样相比 ,其 PTC强度显著增大 ,并伴有明显的 NTC现象 .
短句来源
     Hydroxyethyl cellulose/silicon dioxide gel composites(HEC/SiO 2) prepared by a sol gel method through the hydrolysis and polycondensation of tetramethoxy silicane in a hydroxyethyl cellulose aqueous solution. The gel composites are used as carriers for immobilization of glucose oxidase(GOD).
     以羟乙基纤维素 (HEC)和四甲氧基硅烷 (TMOS)为原料 ,利用溶胶 -凝胶技术 ,通过 TMOS的水解和缩聚反应制得了 HEC/ Si O2 凝胶复合物 ,并用此凝胶复合物对葡萄糖氧化酶 (GOD)进行包埋固定化 .
短句来源
  “gel composites”译为未确定词的双语例句
     MECHANICAL PROPERTIES OF C/GEL COMPOSITES
     碳纤维增强明胶(C/Gel)复合材料的力学性能
     The maximum swelling ratio ( W ∞) and swelling rate ( K ∞) for the solution cross linked C L/Gel and C S/Gel composites were improved with the increase of fiber volume fraction, the latter showing lower W ∞ and K ∞ values at an identical fiber level.
     虽然溶液交联 CS/Gel复合材料的溶胀与溶液交联 CL/Gel复合材料遵循同样的规律 ,但 CS/Gel复合材料的平衡溶胀度 W∞ 和溶胀速率 K∞ 均小于相应的 CL/Gel复合材料。
短句来源
     Rapid manufacturing technique is used to primarily test and study the method of making Al silica gel powder composites By analysing rapid manufacturing method,the proportion of aluminum powder and silica gel powder,and the property of a pressed blank,the possibility of making Al silica gel composites is discussed
     简述以快速制造技术制造铝—硅胶粉末复合材料方法的初步试验和研究 ,对快速制造的方法、铝粉与硅胶粉的混合比例、压坯性能的初步分析 ,以探讨快速制造铝—硅胶复合材料的可行性。
短句来源
     Carbon fiber reinforced gelatin (C/Gel) biocomposites were prepared by solution and vapor cross linked modes, respectively. The swelling behavior of the solution cross linked C L/Gel and C S/Gel composites did not follow the Fick's law; instead, it could be described by a second order rate equation.
     分别采用溶液交联和蒸汽交联法制备了 CL/Gel复合材料 ,溶液交联 CL/Gel复合材料的溶胀行为可用二次速率方程描述 ,但不满足 Fick定律 ;
短句来源
     It is concluded that the fiber architecture and fiber content had an obvious effect on the swelling behavior of the C/Gel composites. The mechanisms governing the phenomena have been discussed in the present paper.
     结果表明 ,纤维形式和含量对 C/Gel生物复合材料的溶胀性能有较大的影响 ,笔者对其影响机制进行了初步探讨。
短句来源
更多       
  相似匹配句对
     MECHANICAL PROPERTIES OF C/GEL COMPOSITES
     碳纤维增强明胶(C/Gel)复合材料的力学性能
     COMPOSITES FABRICATION VIA SOL-GEL METHOD
     溶胶-凝胶法在材料复合制备技术中的应用
短句来源
     Textile Composites
     纺织复合材料
短句来源
     Piezoelectric Composites
     压电复合材料
短句来源
     Preparation of dipyridamole gel
     双嘧达莫凝胶剂的研制
短句来源
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  gel composites
The alternate soaking process made it possible to prepare apatite/silica gel composites in a remarkably short period of time, i.e.
      
Sol-gel composites for optical sensing of solvents
      
Sol-Gel Composites for Optical Sensing of Solvents
      
Porous Properties of γ-Alumina/Potassium Aluminosilicate Gel Composites Prepared by Selective Leaching and Precipitation Method
      
Carbon increased the surface area of silica gel and the carbon-silica gel composites were found to be hydrophobic.
      
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Resistivity temperature characteristics of CB/HDPE composites crosslinked by irradiation of electron beam were studied. The results showed that CB/HDPE gel composites, which were generated through extraction by xylene for crosslinked samples, exhibited much higher PTC intensity and distinctive NTC effect during the first heating cooling cycle. But much better stability of resistivity as well as diminished NTC effect were observed when the composites was exposed to heating cooling cycles subsequently....

Resistivity temperature characteristics of CB/HDPE composites crosslinked by irradiation of electron beam were studied. The results showed that CB/HDPE gel composites, which were generated through extraction by xylene for crosslinked samples, exhibited much higher PTC intensity and distinctive NTC effect during the first heating cooling cycle. But much better stability of resistivity as well as diminished NTC effect were observed when the composites was exposed to heating cooling cycles subsequently. The phenomena observed above were related to the structure stability of the gel, suggesting that crosslinking of the polymeric matrix is an effective method to stabilize conductivity and alleviate NTC effect for polymer composites filled with conductive particles.

对电子束辐照交联并经溶剂抽提得到的炭黑 /高密度聚乙烯 (CB/ HDPE)凝胶复合物的阻温特性进行了研究 .结果表明 ,凝胶复合物与未抽提的交联试样和未交联试样相比 ,其 PTC强度显著增大 ,并伴有明显的 NTC现象 .经热冷循环后 ,表现出很好的阻温特性稳定性 ,并且 NTC现象消失 .表明阻温特性的稳定性及 NTC现象的消除强烈依赖于 CB/ HDPE导电复合材料凝聚态结构的稳定性

To investigate the relatlonship between the structure and the photophysics property of PPV/TiO2, gel composite, a series of PPV/TiO2 gel composites were prepared by employing a sol-gel process. The structure and the photophysics property of the composite were studied by FTlR, UV-VIS, FL spectra and TEM. When the TiO2 gel content increased, the TiO2 network structure formed and the effective conjugation length in the PPV/TiO2 gel composite shortened, correspondingly the luminescence emission...

To investigate the relatlonship between the structure and the photophysics property of PPV/TiO2, gel composite, a series of PPV/TiO2 gel composites were prepared by employing a sol-gel process. The structure and the photophysics property of the composite were studied by FTlR, UV-VIS, FL spectra and TEM. When the TiO2 gel content increased, the TiO2 network structure formed and the effective conjugation length in the PPV/TiO2 gel composite shortened, correspondingly the luminescence emission shifted to shorter wavelength and the luminescence intensity enhanced in the composite. TiO2 gel structure and effective conjugated length of the PPV/TiO2, gel composite can control the photophysics property of the composite.

研究PPV/TiO2凝胶复合材料的光物理性质与结构的关系.采用溶胶-凝胶方法制备PPV/TiO2凝胶复合材料,利用FTIR光谱仪、UV-VIS光谱仪、荧光光谱仪及透射电镜对复合材料的结构和光物理性质进行表征.在复合材料中,随着TiO2凝胶的质量分数增加,TiO2凝胶网络结构形成,PPV的有效共轭链长变短,复合材料的光吸收、荧光发射蓝移,荧光强度增强.TiO2凝胶结构及PPV有效共轭链长控制着PPV/TiO2凝胶复合材料的光物理性质.

Carbon fiber reinforced gelatin (C/Gel) biocomposites were prepared by solution and vapor cross linked modes, respectively. The swelling behavior of the solution cross linked C L/Gel and C S/Gel composites did not follow the Fick's law; instead, it could be described by a second order rate equation. Neither the Fick's law nor the second order rate equation could be used to describe the swelling kinetics of the vapor cross linked C L/Gel composite that exhibited a lower swelling...

Carbon fiber reinforced gelatin (C/Gel) biocomposites were prepared by solution and vapor cross linked modes, respectively. The swelling behavior of the solution cross linked C L/Gel and C S/Gel composites did not follow the Fick's law; instead, it could be described by a second order rate equation. Neither the Fick's law nor the second order rate equation could be used to describe the swelling kinetics of the vapor cross linked C L/Gel composite that exhibited a lower swelling ratio in comparison to the solution cross linked counterpart. The maximum swelling ratio ( W ∞) and swelling rate ( K ∞) for the solution cross linked C L/Gel and C S/Gel composites were improved with the increase of fiber volume fraction, the latter showing lower W ∞ and K ∞ values at an identical fiber level. It is concluded that the fiber architecture and fiber content had an obvious effect on the swelling behavior of the C/Gel composites. The mechanisms governing the phenomena have been discussed in the present paper.

分别采用溶液交联和蒸汽交联法制备了 CL/Gel复合材料 ,溶液交联 CL/Gel复合材料的溶胀行为可用二次速率方程描述 ,但不满足 Fick定律 ;蒸汽交联 CL/Gel复合材料的溶胀既不能用二次速率方程表达 ,也不满足Fick定律 ,其溶胀度低于前者。虽然溶液交联 CS/Gel复合材料的溶胀与溶液交联 CL/Gel复合材料遵循同样的规律 ,但 CS/Gel复合材料的平衡溶胀度 W∞ 和溶胀速率 K∞ 均小于相应的 CL/Gel复合材料。结果表明 ,纤维形式和含量对 C/Gel生物复合材料的溶胀性能有较大的影响 ,笔者对其影响机制进行了初步探讨。

 
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