材料

December 2006 – Fujitsu has developed a bioplastic based on Arkema's Rilsan polyamide material that can withstand repeated bending.

著名信息通讯设备制造商富士通集团最近成功研发了一种聚酰胺材料，该材料以阿克马公司生产的尼龙材料Rilsan PA-11为改进基础，具有更好的柔性，可以经受反复弯曲的考验。

These materials can be made into a universal with hologram packing material, because of the bolographic membrane is transparent, can be combined in various packaging material, anti-false, and packaging the whole so as to enhance the security of commercial decoration.

这些材料可制成带有全息图像的通用包装材料，由于这种全息膜是透明的，可以复合在现有的多种包装材料上，将防伪和包装合为一体，从而增强了商品的装潢和防伪效果。

It discusses the electrics performance, the magnetics performance, the calorifics performance, nano-function materials, biological materials, optic functional materials and other kinds of functional materials.

着重研究功能材料的物理化学性能及其微观组织结构之间的转变规律，掌握材料的力学性能与这些规律改进功能材料的性能，发展材料科学的基础应用型课程。

Along with the development of modern science and technology, researching and developing new functional materials, which have special character in acoustics, optics, electrics, magnetics, elasticity and calorifics, have become the main direction of material research and development.

功能材料是一大类具有特殊电、磁、光、声、热、力、化学以及生物功能的新型材料，是信息技术、生物技术、能源技术等高技术领域和国防建设的重要基础材料，同时也对改造某些传统产业，如农业、化工、建材等，起着重要作用。

A new method to determination of trace water content in battery material by means of differential scanning calorimetry was introduced.

介绍了利用差示扫描量热法测定电池材料中微量水分的新方法，它是基于在适当条件下，测定蒸馏水及材料中水分的蒸发热，从而间接测定材料的含水量。

The three-dimensional model of control group was divided into compact bone and cancellated bone based on the gray value, while the experimental group was divided into the following kinds of 10, 20, 50, 100, 200, 400. All models were assigned with material attributes to be tested in Ansys.

对照组在Mimics10.0中根据灰度值将三维模型材料属性分为2种；试验组材料属性等分为10，20，50，100，200，400种后赋予材料属性，在Ansys中进行力学分析并采集三维模型全部单元力学测量数值；对分析数据进行统计学处理。

With the rapid growth in supramolecular chemistry in recent years, a great deal of effort has been devoted to the design and assembly of supramolecular compounds, for these compounds have potential applications in catalyses , molecular recognition, molecular electronics, photonic materials and so on.

近年来，超分子配合物因在催化化学、主客体-超分子化学和分子磁性材料、超导材料、非线形光学材料等方面的潜在应用价值而成为最活跃的研究领域之一。

At present, the investigation about this aspect is concentrate on the pure inorganic cathodal electrochromic materials like WO3 and organic electrochromic materials like Prussian blue and Polyaniline.

关于这方面的研究却主要集中在以WO_3为代表的一元无机阴极电致变色材料和普鲁士兰、聚苯胺为代表的有机电致变色材料上，对多元的电致变色材料的研究较少。

The invention is characterized in that the molecule of the polymer adsorption material has a structure in formula I: in the formula, R is selected from the natural polysaccharides with amino groups and hydroxyls and the derivatives thereof or the chemosynthetic polymers, the molecular weight of which is from 6 KD to 500 KD; X is selected from a C0 to C6 paraffinic chain with O atoms, N atoms or OH groups; R1, R2 and R3 are selected from a C1 to C4 alkyl group.

生物医学材料领域中的水溶性阳离子多聚物吸附材料及其应用，包括采用带有氨基或羟基的天然多糖及其衍生物或者化学合成多聚物季铵化反应合成，其特征在于该多聚物吸附材料分子具有式的结构：式中，R选自粘均分子量范围为6KD～500KD的带有氨基或羟基的天然多糖及其衍生物或者化学合成多聚物；X选自含有O原子、N原子或者OH基团的C 0 ～C 6 烷链；R 1 、R 2 、R 3 选自C 1 ～C 4 的烷基。

By investigating a series of homologous cholesteric liquid crystal materials,it is found that the cholesteric liquid crystal phase transition temperatures reduce along with change length of the molecules.

首次报告利用液晶分子的机械旋转模型研究胆甾相液晶材料相变与分子构造相关性的研究结果。通过对不同质量的系列胆甾相液晶材料的研究，发现材料的相变温度随着分子的变长而降低。

She gently rebuff ed him, but agreed that they could be friends

她婉言拒绝了，但同意作为朋友相处。

If in the penal farm, you were sure to be criticized.

要是在劳改农场，你等着挨绳子吧！