1) ultrahigh pressure compaction
超高压成型
1.
SiC green bodies with relative density over 60% were prepared through cooling isostatic pressing and ultrahigh pressure compaction by a belt type apparatus.
借助两面顶超高压设备,通过冷等静压和超高压成型制备了相对致密度>60%的SiC陶瓷生体。
2) pressuring mechanisms
高超压成因
3) high pressure shaping
高压成型
1.
The technology of micro-structure controlling and strengthening under high pressure shaping of Al-Si series alloy is reviewed, and the industrialization of high pressure shaping domestically is also introduced.
综述了高压条件下的铝硅系列合金的晶粒组织控制及其强化技术,介绍了我国高压成型的产业化情况。
4) External high pressure hydroforming (EHF)
外高压成型
5) ultrahigh pressure integration device
超高压集成装置
6) ultrahigh pressure consolidation
超高压固结成形
1.
Amorphous and nanocrystalline Al_(82)Ni_(10)Y_8 alloy powders were prepared via close-coupled inert gas atomization and then densified under ultrahigh pressure consolidation.
采用紧耦合惰性气体雾化技术制备Al82Ni10Y8非晶和纳米晶粉末,并利用超高压固结成形技术对雾化粉末进行致密化。
补充资料：超高压
超高压
一般指高于一万大气压的压强。在超高压下，物质的物理化学性质发生显著变化。利用超高压和高温可使物质结构改变，或者合成自然界尚未发现过的物质，如固体氮和性质极硬的氮化硼等。
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