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   structure of glass 的翻译结果: 查询用时:0.196秒
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structure of glass
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  玻璃结构
     The influences of addition of fluoride on the structure of glass,optical performance and thermal stability were discussed.
     探讨了氟化物的引入对碲酸盐玻璃结构的改变的影响,并分析了其对玻璃的热学性质和光学性质的影响。
短句来源
     with the increasing of Al~(3+) and Sm~(3+) content,the structure of glass tends to more stability,and the water resistance performance is more excellent;
     Al3+含量越高,玻璃结构越稳定,玻璃的耐水性和耐酸性也越好;
短句来源
     3.Because the structure of glass is changed by entropy,thus the ratio between the order anddisorder is also changeable.
     (3)因为玻璃结构是由熵的变化来决定,因此其有序、无序度的比率也是可变的。
短句来源
     By comparing the structure of high temperature glass melts and the structure of glass in room temperature of Nioboborate and Borate, we found out that the B~Ⅲ-O-B~Ⅳ bond of borate glass isalarge σ bond(poor of electron) and is very unsteady.
     根据硼酸盐与铌硼酸盐玻璃高温熔体与常温玻璃结构的对比实验得出了在硼玻璃中,B~Ⅲ-O-B~Ⅳ为缺电子离域大σ键结合,并且,极不稳定。
短句来源
     Directed at structure chorda, the paper offers an analysis of the realization of pulling force in the North cold area and discusses how to ensure that the whole structure of glass is not influenced under the higher temperature difference.
     针对其中的索的结构形式及受力特点,分析了在北方寒冷地区预张拉力的实现,保证在高温差下不影响整体玻璃结构
短句来源
  结构为玻璃
     The device structure of glass substrate/indiumtin oxide(130 nm)/mTBPBz (40 nm)/tris(8hydroxyquinolinolato) aluminum (III) (Alq, 60 nm) /LiF (0.5 nm)/Al (100 nm) was fabricated.
     制作了结构为玻璃基板/ITO阳极(130nm)/m TBPBz(40nm)/Alq(60nm)/LiF(0.5nm)/Al阴极(100nm)的器件. 结果显示:该有机电致发光器件的绿色发光来源于Alq层.
短句来源
     To characterize the effect of NPB surface morphology, the devices with the structure of Glass/ITO/NPB/Alq3/Al were fabricated using NPB films deposited at different substrate temperature and their performances were compared.
     为研究NPB表面形貌对OLED器件性能的影响,设计了结构为玻璃/ITO/NPB/Alq3/Al器件,比较了不同基板温度沉积的NPB薄膜对器件性能的影响。
短句来源
     Organic electroluminescent devices using hydrazine compounds as the electron transport layer were fabricated. 2, 6-diacetylpyridine bis (2-pyridylhydrazine) (Pybispy) and 2, 6-diacetylpyridine bis (2-quinoldylhydrazine) (Pybisqu) were found to be electron-transporting, and devices with a structure of glass substrate/ITO/α-NPD/Alq/Pybispy, Pybisqu/LiF/Al exhibited green electroluminescence from the Alq layer.
     以合成的Pybispy和Pybisqu作为电子传输材料,制作了结构为玻璃基板/ITO阳极/空穴传输层/发光层/电子传输层/电子注入层/铝电极的有机电致发光器件,探讨了它们在有机电致发光器件中的性能,Pybispy和Pybisqu作为电子传输材料器件的最大发光亮度分别达到了218和5980cd/m2。
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  “structure of glass”译为未确定词的双语例句
     Thermal Stability and Structure of Glass Systems of TeO_2-ZnO
     TeO_2-ZnO玻璃的结构与热稳定性
短句来源
     Inversion in alkali resistance and structure of glass 40SiO2. 30TiO2.30RO (BaO,SrO,CaO) has been studied.
     本文研究了耐碱40SiO2·30TiO2·30RO(BaO,SrO,CaO)玻璃在耐碱性和结构两方面的逆性现象。
短句来源
     The displacement of the XPS spectrum of Ge, Ga, Cd, S was due to both the chemical shifts and the structure of glass.
     Ge,Ga,Cd,S元素的XPS谱线的位移归因于化学位移和玻璃的结构的共同作用;
短句来源
     Method for Design of Structure of Glass Curtain Wall
     玻璃幕墙的结构设计
短句来源
     It is shown that the surface structure of glass, loosened by virtue of quenching gives rise to the increase of the rate of ion exchange.
     玻璃表面结构对离子交换增强速率有很大影响,通过淬冷方法在玻璃表面产生疏松结构,可提高离子交换的速率。
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  structure of glass
The composition and structure of glass (silicate) film formed during secondary recrystallization annealing of grain- oriented 3% Si steel using aluminum nitride as an inhibitor was investigated.
      
Conference on the theory of the structure of glass
      
The dense silica with a porosity of 15-16% possesses high resistance in the structure of glass melting furnaces.
      
The device structure of glass substrate/indium-tin oxide/poly(N-vinylcarbazole) (PVK)/1,1,4,4-tetraphenyl-1,3-butadiene/8-(quinolinolate)-aluminum (Alq) doped with 5,6,11,12-tetraphenylnaphthacene/Alq/Mg/Al was employed.
      
We have studied how the structure of glass-plastics wound with twisted threads is affected by tension on the fibrous filler.
      
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According to the thermodynamics, the degree of order or disorder of a given state varieswith entropy i.e., S=KlnΩ, while the entropy of a glass melt varies with temperature, i.e.,S=f(T)_(n·p·V). Therefore, glasses with same composition may have different structures. Thisconcept has been verified by our high temperature X-ray diffraction and other experimentaldata. We arrive at the following conclusions: 1.Up to this date the various hypotheses on glass structure can only express the glass stateas determined...

According to the thermodynamics, the degree of order or disorder of a given state varieswith entropy i.e., S=KlnΩ, while the entropy of a glass melt varies with temperature, i.e.,S=f(T)_(n·p·V). Therefore, glasses with same composition may have different structures. Thisconcept has been verified by our high temperature X-ray diffraction and other experimentaldata. We arrive at the following conclusions: 1.Up to this date the various hypotheses on glass structure can only express the glass stateas determined by an entropy under specified conditions. 2.The change either in temperature or composition invariably leads to change of entropy,and thus change of glass structure. 3.Because the structure of glass is changed by entropy,thus the ratio between the order anddisorder is also changeable.

根据热力学的观点,有序与无序程度是随熵而变,即S=KlnΩ。在一种玻璃熔体中熵只随温度变化,S=f(T)_(n·P·V),因此同一玻璃可以有各种不同的结构。这种看法得到我们使用的X射线衍射热谱法及其他试验数据所证实。本文得出的结论是: (1)目前各种玻璃结构学说只能表示特定条件下熵所决定的状态; (2)温度和成分的改变使熵改变,并使玻璃结构改变; (3)因为玻璃结构是由熵的变化来决定,因此其有序、无序度的比率也是可变的。

The densities and supersonic velocities were measured and the adiabatic compressibilities were calculated for several series of glasses in Li_2O-(LiCl)2-B2O_3-Al2O_3 system. The changes of structures of glass networks with compositions were analyzed according to their acoustic properties. These provided a method and basis of analysis for our study of the ionic conduction of glasses.

本工作测量了Li_2O-(LiCl)_2-B_2O_3-Al_2O_3系统玻璃的密度、超声速,计算了玻璃的绝热压缩系数,从声学性质分析了玻璃骨架结构随组成的变化,为研究玻璃的离子导电性提供了方法和分析的依据。

The glass composition and manufacturing technology of chemically strengthened glass suitable for industrial production were reported. The influence of glass composition, manufacturing technology and additives for salt bath on glass melting behavior and mechanical strength has been systematically studied.The glass melting temperature was lower than 1530℃ and the period of ion exchange process was only 1.5 hours. The average bending strength has increased to 90 kg/mm2 and the abrasive strength no less than 36...

The glass composition and manufacturing technology of chemically strengthened glass suitable for industrial production were reported. The influence of glass composition, manufacturing technology and additives for salt bath on glass melting behavior and mechanical strength has been systematically studied.The glass melting temperature was lower than 1530℃ and the period of ion exchange process was only 1.5 hours. The average bending strength has increased to 90 kg/mm2 and the abrasive strength no less than 36 kg/mm2.The distribution of the K+ was examined by electron probe method. The diffusion coefficent D of different layers in the sample during ionic exchange has been calculated. The mixed alkali effect in K+Na+ ion exchange process has been confirmed.The surface structure of glass was investigated with the aid of infrared spectroscopy. The cause of decreasing abrasive susceptibility of glass surface was preliminarily explained.

本文报道了适合于工业生产的化学增强玻璃成分和工艺。系统研究了玻璃成分、工艺和盐浴中添加剂对玻璃的熔制和强度的影响。玻璃的熔制温度不高于1530℃,处理时问仅为1.5小时。玻璃的平均抗折强度可达90公斤/毫米~2,磨伤强度不低于36公斤/毫米~2。 本文还应用电子探针测定了K~+离子浓度分布,并计算了不同交换层厚度的D,确定了K~+=Na~+交换有明显的双碱效应。应用红外光谱探讨了玻璃表面结构,并初步解释了该玻璃表面磨伤敏感程度下降的原因。

 
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