复烧

新型陶瓷颜料复烧电热自动链板窑

New Type of Chain Bat Electric Kiln for Ceramic Stains

随添加的铬量和复烧温度的提高，微观组织硬度和表观硬度逐渐增加，经热锻及热锻复烧可获得较高的烧结密度和硬度。

Microhardness and apparent hardness increase with increasing amount of chromium addition and re-sintering temperature , and higher density and hardness can be obtained after hot-forging sintering and re-sintering .

研究了复压复烧工艺中复烧温度和复烧时间对Fe－Cu粉末烧结件尺寸变化的影响。

The effects of resintering temperature and time on dimensional change of Fe - Cu sintered parts were investigated .

通过对不同成分Cu-Cr合金性能测试，研究了成分、烧结温度和复压复烧对材料力学和物理性能的作用，同时探讨了Cu-Cr合金的增强机制。

Through to test the different composition Cu-Cr alloys properties to analyze the influence of composition , temperature and repressing-resintering on the alloys mechanical and physical properties .

对纳米Al2O3p化学镀铜粉末的烧结致密化特点进行了研究，分析了化学镀粉末的预处理、成型压力、烧结温度、保温时间、复压复烧工艺等对致密化的影响。

The characteristics of sintering densification of Cu / Al_2O_ ( 3p ) composites were investigated . The influences of powder preparation , pressing pressure , sintering temperature , soaking time and repressing-resintering on the densification were studied .

被动棘轮复压复烧工艺探究

Repressing and resintering processes of passive ratchet

采用冷压烧结、复压复烧、二次复压复烧和热压几种不同的工艺分别制得了短碳纤维增强铜铅合金（铜－铅－碳纤维）复合轴承材料。

Several different processes of cold pressing and sintering , repressing and resintering , Secondary repressing and resintering and hot pressing were respectively adopted for manufacturing short carbon fiber reinforced copper-lead alloy ( copper-lead-carbon fiber ) composite haring materials .

采用冷压-烧结-复压-复烧工艺对Cu-Cr合金粉末致密化过程进行研究。

Densification Process of Cu-Cr alloy powders was studies by means of cold pressing-sintering - repressing-resintering method .

结果表明，一次烧结工艺是影响Al2O3/Cu复合材料密度的关键因素；复压及复烧能够进一步提高复合材料的密度及性能。

The results show that sintering process is a dominant factor influencing the density of Al_2O_3 / Cu composites , and the repress and resintering can further improve the density and mechanical properties of the composites .