Nanophase materials

Research progress of synthesis and preparation of nanophase materials

纳米材料的合成与制备进展研究

Present situation of application of nanophase materials and technology used in coating industry and its developing trend

纳米材料技术在涂料产业中的应用现状与发展趋势

Nanophase Materials & New Materials Initiation Next Industrial Revolution

纳米材料&引发下一次产业革命的新材料

Research Progress in Microwave Synthesis of Inorganic Nanophase Materials

微波合成无机纳米材料的研究进展

These new results will pave the way for further study of DSSC and nanophase materials .

获得的这些新结果，为进一步从事染料敏化太阳能电池以及纳米材料的研究奠定了基础。

In this paper , we summarized the present situation and the latest research progress in the application technology of nanophase materials .

本文对纳米材料应用技术的现状和最新的研究进展情况进行了综述。

The Influence of Blending the Nanophase Materials Bi_2O_3 to the Function of ZnO Ceramics

掺杂纳米级Bi2O3对ZnO压敏陶瓷性能的影响

In-situ Repair of Injection Pump Plunger by Applying Cu Auto-reconditioning Nanophase Materials

应用铜型纳米自修复材料原位修复喷油泵柱塞偶件的研究

Some important application of microwave in synthesis of powders , semiconductor , membrane and supports nanophase materials were introduced .

阐述了微波在合成粉体，半导体，分子膜和载体等纳米材料的一些重要应用。

Synthesis and Influencing Factors of Sphere-like and Branch-like ZnO Nanophase Materials

球状和树枝状纳米氧化锌的制备及形貌影响因素分析

Because of its big specific surface area , nanophase materials can minish electrode polarization , improve battery capacity .

纳米级电极材料由于比表面积大，可减小电极极化，提高电池容量；

Study Immunosensors Based on Anti-body Immobilized on Nanophase Materials ; A Data Security Immune Architecture for Wireless Sensor Networks

基于纳米材料为载体的免疫传感器的研究一种无线传感器网络数据安全免疫体系结构

As a newly development of nanophase materials , mesoporous materials attract high attention in the section of science & technology of the world .

介孔材料作为纳米材料的一个重要发展，已成为国际科技界普遍关注的新的研究热点。

The recent research progress of the synthesis and preparation methods of nanophase materials , including gas route , Liquid route and solid route , is elaborated systematically .

从纳米材料合成和制备的角度出发，较系统的阐述了纳米材料合成与制备的最新研究进展，包括气相法，液相法及固相法合成与制备纳米材料；

Nanometer-emulsion RL-2 was a new drilling fluid additive prepared by physical and chemical methods . It had the characteristic of nanophase materials .

纳米乳液RL-2是通过物理和化学方法制备的一种新型的钻井液处理剂，具有纳米材料的特性。

Based on the unique properties and characteristics of nanophase materials , it is pointed out that nanophase materials have the potential to place us at the beginning of another materials revolution .

基于纳米材料所呈现的独特性能，分析指出纳米材料可能会引起一场材料革命。

In recent years , with the rapid development of nano-science , nano-technology and nanophase materials are integrating with professional technology in many areas and appearing tremendous superiority compared with common technology and materials .

近年来随着纳米科学的飞速发展，纳米技术与专业技术不断交叉结合，在诸多领域都体现出巨大的优越性能。

In recent years , SPS has been successfully applied to fabricating metal-ceramic composite materials . The particular superiority of SPS applied to fabricating metal-ceramic composite materials lies in fabricating refractory compounds , nanophase materials , functionally gradient materials and new materials .

近年来，放电等离子烧结技术已成功用于制备金属陶瓷复合材料，且在制备难熔化合物、纳米材料、梯度功能材料和开发新金属陶瓷复合材料方面有其独特的优越性。

Development and research of nanophase active materials for battery

纳米级电池活性材料的研究进展

Application of Low Heating Solid State Reaction in Synthesis of Nanophase Electrode Materials

低温固相反应法在纳米电极材料合成中的应用

Studies on the Preparation of Nanophase Electrode Materials and Its Electrochemical Properties (ⅲ) & Performance of nm γ MnO 2 Obtained by Microemulsion Method

纳米电极材料的制备及其电化学性质研究（Ⅲ）&微乳液中通氧气制备MnO2及其性能

The Application of Dl Nanophase Modified Polyurethane Waterproof Materials

浅谈DL纳米改性聚氨酯防水材料在工程中的应用

Nanophase technology and the creation of nanophase materials are reviewed in this paper briefly .

本文介绍了材料研究的前沿领域&纳米技术及纳米材料的制备与现状。

In this paper , the main performances of the nanophase ma - terial have been described in emphasis , the main physical methods and chemical methods for preparing nanophase materials have been summarized , and the application fields and the re - search and development prospects have been stated .

本文着重介绍了纳米材料的主要性能，归纳了制备纳米材料的主要几种物理方法和化学方法，并阐述了纳米材料的应用领域及研究发展前景。