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- nanometer composite powder 纳米复合粉
- Nanometer W-Ni-Fe composite powder was produced by the method of two step reduction of W-Ni-Fe composite oxide powder, in which the procedure parameters were controlled. 利用两阶段还原法对W Ni Fe复合氧化物粉末进行还原,控制还原工艺的参数制得纳米级W Ni Fe复合粉末。
- The main types of the nanometer materials applied in biomedicine at present are nanometer carbon material,nanometer polymers and nanometer composite material. 目前应用于生物医学中的纳米材料的主要类型有纳米碳材料、纳米高分子材料、纳米复合材料等。
- The spark plasma sintering(SPS) was carried out by using C/Cu composite powder prepared by mechanical alloying method. 将用机械合金化法制备的碳/铜复合材料粉末进行放电等离子烧结。
- The spark plasma sintering (SPS) was carried out by using C/Cu composite powder prepared by mechanical alloying method. 摘要将用机械合金化法制备的碳/铜复合材料粉末进行放电等离子烧结。
- Self-adherent composite powder for thermal spraying is designed by optimum design method. 采用正交优化设计的方法进行热喷涂自粘结复合粉末的设计。
- The wearability of the coating improved, the nanometer composite electroless coating was better than the Ni-P electroless coating and the micrometer composite electroless coating from the curve of the loss weight for abration. 镀层的耐磨性能也有显著的提高,从磨损失重曲线上看,纳米复合镀层明显优于Ni-P合金镀层和微米碳化硅复合镀层。
- NING Yang.Synthesis and formation of nanophase WC-Co composite powder by ball milling[J].Rare Metal and Cemented Carbides, 2003, 31(1) : 53 - 56. [6]宁阳.;球磨WC-Co纳米复合粉末的合成和成型[J]
- The combustion characteristics of potassium perchlorate composite powder were studied by DSC,electron microscope scan and burning test in closed-bomb. 用DSC、电镜扫描和爆发器燃烧试验研究了高氯酸钾复合火药的燃烧特性。
- It was found that with increased milling time, powders became equiaxed , the size of composite powders gradually became to magnitude of nanometer and the distribution of particle size became narrow. 结果表明:随着球磨过程的进行,Ti-48at%25Al颗粒逐渐等轴化,粒度变小并逐渐细化至纳米尺寸,粒度分布变窄。
- Ana- tase is the main phase of the titania in the composite powder, which is in agreement with the characteristic diffraction peaks of anatase presented in the JCPDS card. 纳米复合粉体中的氧化钛为单一类型的锐钛矿相,其XRD衍射峰和JCPDS的锐钛矿特征衍射峰一致。
- The applications of nanosized zirconia and composite powder become more and more significant with the development in the electronic and new material industries. 随着电子和新材料工业的发展,纳米氧化锆及其复合粉体的应用越来越广泛。
- nanometer composite heteropoly acid 纳米复合杂多酸
- nanometer composite solid superacid 纳米复合固体超强酸
- electroless nanometer composite coating 纳米复合材料镀层
- Nanometer composite plating film 复合镀层
- During the sintering process of the Al_2O_3-TiC-Co composite powder, the sintering temperature, sintering atmosphere and holding time during heating process were obvious effect factors to the properties of the ATC composite ceramic. 在Al_2O_3-TiC-Co复合粉体的烧结过程中,烧结温度、烧结气氛以及分级保温时间对ATC复合陶瓷力学性能的影响较明显。
- The conventional techniques to prepare nanosized metal composite powder include mechanical alloying (MA), inert-gas condensation (IGC), plasma atomization and sonochemical synthesis etc. 摘要纳米金属复合粉末的制备方法主要包括机械合金化法(MA)、惰性气体冷凝法(IGC)、等离子雾化法、超声化学合成法等。
- CHAI Feng, XU Ling, LIAO Yun-mao, et al. Study of charac- teristics of zirconia toughened glass infiltrated nanometer-ceramic composite powder(Al2O3/nZrO2)[J].J Pract Stomatol, 2002, 18(6): 518-521. [3] 柴枫; 徐凌; 廖运茂; 等.;氧化锆增韧的纳米复合渗透陶瓷粉体 性能的研究[J]
- We has investigated the degradation of to CT, PCE and 4-CDP by composite powder, and effect of the temperature, initial concentration and amount of powder on the degradation reaction were studied. 研究了复合铁粉对四氯化碳(CT),四氯乙烯(PCE),4-氯代联苯(4-CDP)的降解效果,考察了温度,起始浓度,粉体的用量以及催化剂的添加对降解效率的影响。