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- TiB-Nd2O3-Ti復合材料TiB-Nd2O3-Ti composite
- TiB／Ti復合材料TiB/Ti composite
- 原位TiB晶須和TiC顆粒復合增強Ti復合材料的壓縮性能及微觀(guān)結構Compressive properites and microstructure of in-situ TiB whisker and TiC particulate mixture-reinforced Ti composite
- SiC/Ti復合材料SiC/Ti composite
- 納米Nd2O3nanometer Nd2O3
- 在熱力學(xué)計算純鈦粉與TiB2顆粒生成TiB條件的基礎上,采用原位反應粉末冶金技術(shù)制備了TiB/Ti復合材料。On basis of thermodynamics analysis of reaction between pure titanium powder and TiB_2 particle,the in-situ TiB whisker reinforced titanium composite fabricated by the powder metallurgy method was fabricated.
- 摻雜Nd2O3Nd203-doping
- NdF3-LiF-Nd2O3熔鹽NdF3-LiF-Nd2O3 system melts
- BaO-Nd2O3-TiO2系統陶瓷BaO-Nd2O3-TiO2 microwave-ceramics
- TiB/TiAlTiB/TiAl
- 利用熱分析(TG-DTA)數據,控制適當的溫度參數,先后熱分解制備了CeO2、La2O3、Pr6O11和Nd2O3。So industrial raw material can be saved, and environment pollution can be decreased or avoided. 6. Polishing characteristics of nanometer CeO2 is studied: The temperature may effect polishing property at thermal decomposition , CeO2 active will reduce bring about impair polishing results when excessive;
- TiB_2涂層TiB_2-coating
- 無(wú)機復合材料inorganic composite
- 鋁電解槽TiB_2涂層陰極技術(shù)TiB 2 COATING CATHODE IN ALUMINIUM REDUCTION CELL
- 以硝酸釹和鈦酸四正丁酯作為前驅體,采用溶膠-凝膠法制備了Nd2O3/TiO2納米光催化劑,并通過(guò)XRD和BET等手段進(jìn)行了表征.Nd_2O_3/TiO_2 photocatalysts were prepared by sol-gel method using neodymium nitrate and tetrabutyl titanate as precursors,and characterized by means of XRD and BET.
- 復合材料結構structure of composite material
- 反應熱壓法制備TiB_2/AlN復合陶瓷REACTIVE HOT-PRESSING TiB_2/AIN CERAMIC COMPOSITES
- 航天復合材料aerospace composite
- 為了得到一種新型、廉價(jià)的鈦基復合材料,通過(guò)鈦與B2O3,稀土Nd之間的化學(xué)反應,經(jīng)非自耗電弧熔煉工藝原位合成了TiB和Nd2O3增強的鈦基復合材料.TiB and Nd?2O?3 reinforced titanium matrix composites were synthesized with raw materials of Ti, Nd and B?2O?3 by non-consumable arc-melting technique.
- 原位合成增強體TiB層錯的透射電鏡分析TEM Research on Stacking Faults of In situ Synthesized Reinforcement TiB
