加压烧结

本文采用不加压烧结粉末冶金技术，针对化学镀方法制备的纳米Al2O（3（P））化学镀铜复合粉体的烧结致密化特性进行了系统的研究；

In the paper the densification properties of Cu-coated nano-Al2O3 ( p ) compounds prepared by electroless copper plating have been researched by the method of pressureless sintering .

气氛加压烧结&氮化硅陶瓷制备新工艺

Gas Pressure Sintering - New Processing of Silicon Nitride Ceramics

加压烧结工艺对碳纤维增强TiC复合材料力学性能的影响

Influence of Hot-Pressing Parameters on the Mechanical Properties of TiC Composites Reinforced with Carbon Fibers

SHS-β-Si3N4的气氛加压烧结

Gas Pressure Sintering of β - Si_3N_4 SHS

实验结果表明：采用加压烧结工艺（热压或热等静压）可增加ZTA材料内部易相变四方相氧化锆含量，同时提高材料的抗弯强度和断裂韧性，从而增强了材料的耐磨性。

The result shows that press sintering process ( hot pressing or HIP ) can increase the amount of t-ZrO_2 easily phast transformed and the bend strength and fracture toughness of materials at the same time , which leads to excellent abrasive wear resistence .

介绍了一种专用于粉末冶金加压烧结的炉型。

A type of furnace especially for powder metallurgy pressed sintering is introduced .

铁山、岗山摩崖石刻铁基粉末冶金刹车材料加压烧结冷却水流量研究

The Research of Cooling Water Flow for Pressure Sintering of Iron-based Powder Metallurgy Brake Materials

叙述了粉末冶金摩擦材料加压烧结用设备钟罩式加压烧结护的技术改造。

The technical re formation of bell-type pressurized sintering furnace forfabricating powder metallurgy friction materials is reviewed .

将W-15wt%Cu粉在行星式高能球磨机中进行球磨，并将球磨粉末加压烧结成型。

W-15wt % Cu powder was milled by planetary high energy ball milling , then the milled powder was sintered in pressure .

对于铁基粉末冶金刹车材料而言，加压烧结冷却过程中冷却水流量是保证材料获得优良综合性能的关键参数之一。

During pressure sintering of iron-based powder metallurgy brake materials , the cooling water flow was one of the most important parameters .

阐述了加压烧结的理论基础，介绍了加压烧结在宝钢3号烧结机应用的工艺及其效果。

The theoretical basis of the compression sintering is explained , and the technological schemes and the results of compression sintering at Baosteel No.3 sintering machine are introduced as well .

功能陶瓷制品传统上多采用静力压制后烧结（或加压烧结）的成型方法，压制密度难以提高，直接影响了功能陶瓷制品的质量和性能。

The function ceramics adopt traditionally shaping method that sintering ( or pressure sintering ) after static compaction . It is difficult to improve the ceramic density by this way , which affects directly the quality and performance of the function ceramics .

研究表明，加压烧结的摩擦材料磨损率远远低于不加压烧结的，加压烧结有助于降低磨损率，2种摩擦材料的摩擦系数基本相同。

The result show that the wear rate of friction material prepared by pressure sintering is much lower than the one by no-pressure sintering , pressure sintering help to reduce the wear rate , the friction coefficient of the two kinds of material are basically the same ; 2 .

采用叠层加压SPS烧结法制备致密的YG10/YG20梯度结构硬质合金。

The dense graded cemented carbide of YG10 / YG20 was prepared by using stack moulding and spark plasma sintering ( SPS ) .