1) hot pressing
热压烧结
1.
TiB2 cermet containing 7wt% Fe and 3wt% Mo was fabricated by hot 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 by hot 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 by hot 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。
2) hot-pressing sintering
热压烧结
1.
Pressureless and hot-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 special hot-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 reaction hot-pressing sintering process of SiC/MoSi_2 composites
SiC/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 on hot-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 and hot-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 and hot-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 by hot-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 by hot-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 by hot-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 the hot 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 by hot 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 by hot 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。
补充资料：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。
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。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条