热压烧结,hot pressing
1)hot pressing热压烧结
1.TiB2 cermet containing 7wt% Fe and 3wt% Mo was fabricated byhot pressing.实验结果表明,随着热压烧结温度升 高,材料抗弯强度、洛氏硬度出现峰值,热压烧结时间延长,抗弯强度有所下降。
2.The effects of different doses of the raw materials in ZrO_2-B_4C-C towards the calcined and sintered products were investigated byhot pressing.采用固相反应和热压烧结方法研究了ZrO2B4CC体系反应原料的不同掺量对产物相组成的影响规律,并对烧结体进行了物相分析、粒度分析、显微结构分析、相对密度和化学分析。
3.SiC/SiC composites were prepared byhot pressing using nano-SiC and sub-micrometer SiC powders for matrix formation.采用纳米SiC和亚微米SiC粉料作为基体形成原料,通过热压烧结技术制备了SiC/SiC 复合材料。
英文短句/例句
1.Microstructure and Mechanical Properties of Hot-pressed TiB_2-VB Composites热压烧结TiB_2-VB复合陶瓷的结构与性能
2.Study on the Hot Press Sintering of Nanocomposite WC-Co Powder;纳米复合WC-Co粉末的热压烧结
3.STUDY ON NANO-SIZED AlN CERAMICS BY HOT PRESSED SINTERING真空热压烧结纳米氮化铝陶瓷的研究
4.DYNAMIC DISTRIBUTION SIMULATION OF TEMPERATURE FIELD IN CERAMIC HOT-PRESS SINTERING FURNACE陶瓷热压烧结炉温度场动态分布模拟
5.SiC/B_4C Composites Prepared by Hot Pressing热压烧结工艺制备SiC/B_4C复合材料
6.HOT-PRESSED SINTERING OF FINE-GRAINED ALUMINA CERAMICS热压烧结细晶粒氧化铝陶瓷(英文)
7.Study on VC/Cu Composite Fabricated by Hot Pressing Sintering真空热压烧结VC/Cu基复合材料的研究
8.Influence of sintering additive on the performance of B_4C based composites sintered by reaction hot-pressing烧结助剂对反应热压烧结B_4C基复合材料性能的影响
9.Preparation of SiC_p/Cu Nanostructure Composite by Ball Milling and Hot Pressed Sintering;球磨—热压烧结法制备SiC_p/Cu纳米复合材料
10.Investigation of Preparation of TiAl-Based Alloys by Mechanical Alloying and Hot Pressing Sintering;机械合金化与热压烧结制备TiAl基合金的研究
11.Research of Hot-Press Sintered Al_2O_3/Si_3N Nanocomposites Ceramics;热压烧结氧化铝/氮化硅纳米复合陶瓷的研究
12.Mechanical and Physical Properties of Hot-Pressed BN Matrix Composite Ceramics热压烧结BN基复合陶瓷的力学与物理性能
13.Hot-pressing Sintering of Laves Phase Mg(Cu_(1-x)Al_x)_2 and Investigation of Its PropertiesLaves相Mg(Cu_(1-x)Al_x)_2的热压烧结及其性能研究
14.Preparation of Equalatomic TiNi Alloy by Hot Pressing Sintering at Lower Temperature低温条件下热压烧结法制备等原子比TiNi合金
15.Microstructure and Mechanical Properties of ZrC-SiC-C_g Ceramic Prepared by Hot Pressing热压烧结ZrC-SiC-C_g复相陶瓷的组织与力学性能
16.2Si-B-3C-N Ceramics Prepared by Mechanical Alloying and Hot-Pressing Consolidation机械合金化与热压烧结法制备2Si-B-3C-N陶瓷
17.Processing and Properties of SiC/CCTO Ceramic Capacitors by Hot-Pressing Sintering热压烧结SiC/CCTO陶瓷电容器的工艺和性能
18.La-Doped Nanocomposite Ag-SnO_2 Contacts Prepared by Hot Pressing and Sintering Technique热压烧结制备La混杂纳米复合AgSnO_2电接触合金
相关短句/例句
hot-pressing sintering热压烧结
1.Pressureless andhot-pressing sintering of Ce-TZP/Al_2O_3 composite ceramics;无压及热压烧结法制备Ce-TZP/Al_2O_3复相陶瓷材料
2.Preparation of oriented plate-like WC grains in cemented carbides by high-energy ball milling and specialhot-pressing sintering;高能球磨热压烧结制备定向排布板状WC硬质合金
3.In-situ reactionhot-pressing sintering process of SiC/MoSi_2 compositesSiC/MoSi_2复合材料的原位反应热压烧结工艺
3)hot-press sintering热压烧结
1.Research onhot-press sintering process of N type thermoelectric materials ZnO;N型热电材料ZnO热压烧结工艺研究
2.Si_3N_4 ceramics were prepared by aligning theα-Si_3N_4 whisker in the substrate via tape casting andhot-press sintering.利用流延成型使α-Si_3N_4晶须在基体中定向排列,并采用热压烧结技术制备了Si_3N_4陶瓷。
3.Ti_3Al/TiC+ZrO_2 composites were prepared by mechanical alloying andhot-press sintering.采用机械合金化和热压烧结制备了Ti3Al/TiC+ZrO2复合材料。
4)hot-pressing热压烧结
1.Results show that the NASICON ceramics sintered byhot-pressing process have higher relative densities and better crystallization behavior than those sampl.结果表明,相对于常压烧结试样,热压烧结试样具有较高的致密度和较好的结晶性能;热压烧结试样NASI-CON(x=2。
2.The 50Ti/HA biocomposite was fabricated byhot-pressing technique.通过热压烧结的方法制备出５０Ｔｉ/ＨＡ生物复合材料，对其组织结构及其在模拟体液中的生物活性进行了研究。
3.The processing of synthesizing nano Y-TZP materials byhot-pressing was investigated.本文研究了热压烧结制备纳米Ｙ－ＴＺＰ材料的过程。
5)hot pressing sintering热压烧结
1.Beside the raw materials and formulation,the quality of diamond segments depend on thehot pressing sintering techniques and the quality of graphite mould.人造金刚石锯片的刀头是采用粉末冶金工艺来制作的,其刀头的质量性能除了取决于原材料的选择与配比,还取决于热压烧结工艺以及石墨模具的性能。
2.Silicon carbide particles/copper (SiCr/Cu) composites were prepared byhot pressing sintering with electric resistance heating.用电阻热压烧结法制备了碳化硅颗粒/铜(SiC_p/Cu)复合材料。
3.LaB_(6)ZrB_(2) composite powders with different content of ZrB_(2) were synthesized by carbon thermo-reduction method and the corresponding polycrystalline composites were fabricated byhot pressing sintering method.通过热压烧结法制备了相应的复合材料,其性能测试结果表明:随着ZrB2含量的增加,LaB6ZrB2复合材料的硬度和弯曲强度均随之增大,而断裂韧性则先增后减,在ZrB2质量分数为21%时,其断裂韧性达最大值。
6)hot-pressed sintering热压烧结
延伸阅读
热压烧结分子式：CAS号：性质：对较难烧结的粉料或生坯在模具内加压加热烧结的方法。加热方式有电阻直接加热，电阻间接加热，感应间接加热，感应直接加热等四种。热压烧结用模具材料主要有石墨，氧化铝和碳化硅等。石墨模具可承受70MPa压力、1500～2500℃的温度。氧化铝模具可承受200MPa压力、约1200℃的温度。加压操作方式有：（1）恒压法，整个升温过程中都施加预定的压力；（2）高温加压法：高温阶段才加压；（3）分段加压法，低温时加低压、高温时加到预定的压力。此外还可分为真空热压烧结、气氛热压烧结、连续加压烧结、超高压烧结和超高温超高压烧结等。采用热压烧结可以制造高强度、高密度、高透明度的陶瓷制品。
