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transport materials
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  传输材料
     1-(4-Methylphenyl)-2-(4-aminophenyl)ethylene is one of the important intermediates for preparing hole transport materials of styryl triarylamines.
     1 (4 甲苯基) 2 (4 氨基苯基)乙烯是合成苯乙烯基三芳胺类空穴传输材料的一种重要中间体。
短句来源
     Indium-tin-oxide (ITO) coated glass has been widely used as a hole injection electrode for organic light-emitting devices (OLEDs), but the work function of ITO film usually mismatches the highest occupied molecular orbital (HOMO) of the hole transport materials.
     覆盖有Indium tin oxide(ITO)膜的透明导电玻璃广泛地用作有机发光器件 (OLEDs)的空穴注入电极 ,但是ITO膜的功函数通常与空穴传输材料的最高被占据分子轨道 (HOMO)不匹配。
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     The organic photoconductive device of functional separation type was prepared with S-100 and TPD as charge transport materials, and with Y-TiOPc as charge genenation material.
     以S-100和m-TPD作为空穴传输材料,以酞菁氧钛为电荷产生材料制备功能分离型有机光导器件。
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     1. The development and synthesis methods of the OXD electron transport materials were reviewed in detail.
     1.综述了噁二唑类电子传输材料的研究进展,并介绍了噁二唑类电子传输材料的合成方法。
短句来源
     Study on the Synthetic Conditions of Some Hydrazone Compounds as Carrier Transport Materials
     几种载流子传输材料的合成条件研究
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  运料
     Application of Light Steel Net Rack Combination Structure in Transport Materials Belt Passage-way
     轻钢网架组合结构在运料皮带走廊中的应用
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  “transport materials”译为未确定词的双语例句
     Preparation of N, N, N′N′- Tetraphenylbiphenyldiamines for Organic Electroluminescent Device as Hole Transport Materials
     有机电致发光材料用N,N,N′,N′-四苯基联苯二胺类化合物的制备
短句来源
     Synthesis of Methyl-substituted Triphenylamines as Charge Transport Materials
     甲基取代三苯胺类化合物的合成
短句来源
     As a new transport mode for grocery and bulk cargos, container transport has been the main mode to transport materials between nation and nation, area and area.
     集装箱运输作为件杂货的一种先进运输方式,已经成为当今世界国与国、地区与地区之间物资贸易与运输的主流。
短句来源
     Nowadays researchers in this field throw themselves into exploiting high electroluminescence efficiency, stable luminescence materials and carrier transport materials, improving device architecture and otherwise.
     当今研究主要集中在大量开发高EL效率、物理性质稳定的有机发光材料和载流子输运材料,改进器件结构等方面。
短句来源
     In addition, the IP value of poly(3,9-carbazole) was similar to that of polyfluorene and thus the poly(3,9-carbazole) can be used as hole transport materials in multilayer electroluminescent devices.
     结果表明,3,9位聚合的咔唑整体共轭程度降低,光谱蓝移,其IP值和聚芴相近,可以作为空穴接受材料应用于多层电子荧光器件的空穴传输层.
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  transport materials
The kinesin family of motor proteins are involved in a variety of cellular processes that transport materials and generate force.
      
Results: There was a significant improvement in defect repair quality in the transport materials, which were cultured with chondrocytes prior to implantation (P>amp;lt;0.0005).
      
Pellets from large copepods and euphausiids, however, have the capability to transport materials to great depths, and probably do not substantially recycle materials near the surface.
      
Two types of molecular and polymer devices employing (2-(4'-biphenyl)-5-(4″-tert-butylphenyl)-l,3,4-oxadiazole) (PBD) and poly(N-vinylcarbazole)(PVK) as electron transport and hole transport materials, respectively, have been fabricated.
      
A storm can transport materials more effectively to the Bay and affect adjacent tributaries more severely.
      
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The two layer structure organic thin film EL device containing hole trans-port layer and light-emitting layer has been made.The hole transport material is diamine bnbvvbm 1and the light-emitting material is Alq_3 in the device.The brightness of the device is higher than that of single layer device.By changing DCM doped layer at different position in light-emitting film,the mechanism of electroluminescence of the device has been investigated.It

制备了由有机空穴传输层和有机发光层组成的双层有机薄膜电致发光器件,器件的发光亮度相对于单层器件有了很大的提高。并用不同深度区域的掺杂方法,对其电致发光机理作了探讨。对单、双层器件的不同的亮度电流关系、不同的发光区域进行了分析和讨论.

The process of molten aluminium infiltration in porous medium under low-pressure was investigated through organic transport material simulation based on the principle of similarity. Experiments indicate that the plane surface of infiltrating liquid advances perpendicularly and conforms to the law of fourth root. At a certain time t, the Reynold's number Re(t), the resistance coefficient λ(t) and the pressure lose can be calculated by corresponding formulas. It is found that for infiltration method the...

The process of molten aluminium infiltration in porous medium under low-pressure was investigated through organic transport material simulation based on the principle of similarity. Experiments indicate that the plane surface of infiltrating liquid advances perpendicularly and conforms to the law of fourth root. At a certain time t, the Reynold's number Re(t), the resistance coefficient λ(t) and the pressure lose can be calculated by corresponding formulas. It is found that for infiltration method the optimum pressure applied to the molten metal is 0. 40at. The filling time in the simulater was compared with that for prototype, both being in good agreement.

本文根据相似原理对铝液在多孔介质中的低压向上渗流过程进行了模拟试验研究。试验表明,渗流液面以平面沿铅垂方向推进,并满足四次方根规律;某一时刻l的雷诺数、阻力系数和沿程损失可用相应的公式计算;外加渗流气压的最佳值为0.40at。实验还将模拟充填时间与原型充填时间进行了对比,两者得到了良好的一致性。

The process of molten aluminium infiltration with different viscosity in porous medium under low-pressure was investigated through organic transport material simulation based on the principle of similarity. Experiments indicate that the plane surface of infiltrating liquid advances perpendicularly and conforms to the law of fourth root.At a certain time t,the Reynold's number Re(t),the resistance coefficient λ(t) and the pressure lose can be calculated by corresponding formulas. It is found that the temperature...

The process of molten aluminium infiltration with different viscosity in porous medium under low-pressure was investigated through organic transport material simulation based on the principle of similarity. Experiments indicate that the plane surface of infiltrating liquid advances perpendicularly and conforms to the law of fourth root.At a certain time t,the Reynold's number Re(t),the resistance coefficient λ(t) and the pressure lose can be calculated by corresponding formulas. It is found that the temperature t(or viscosity)changes of molten aluminium in a certain range exert a little influence on the infiltration velosity. The filling time in the simulater was compared with that for prototype, both being in good agreement.

本文根据相似原理对粘度不同的液态铝在多孔介质中的低压向上渗流过程进行了模拟试验研究。试验表明,渗流液面以平面沿铅垂方向推进,并满足次方根规律;某一时刻t的雷诺数、阻力系数和沿程损失可用相应的公式计算;液态铝的温度(即粘度)在一定范围的变化对渗流速度的影响不大。实验还将模拟充填时间与原型充填时间进行了对比,两者得到了良好的一致性。

 
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