1) PbSc_(0.5)Ta_(0.5)O_3 (PST)
PbSc0.5Ta0.5O3(PST)
2) PST crystals
PST晶体
1.
The numerical results of yield strength, based on considering the lamellar microstructure and the deformation mechanisms such as ordinary slip systems and true twinnings in PST crystals composed of and phase, is obtained by using calculating of resolved shear stresses in all slip systems based on micromechanical method.
基于PST晶体的微结构和相及2相普通位错和孪晶滑移启动,结合细观力学方法,通过数值模拟两相中的各滑移系上的分切应力,得出PST晶体屈服应力和外加载荷与片层之间夹角的关系。
3) Fe_3O_4/PSt/TiO_2
Fe3O4/PSt/TiO2
1.
Preparation of Fe_3O_4/PSt/TiO_2 composite particles with electrical and magnetic response;
首先采用分散聚合法将自制的Fe3O4磁流体和苯乙烯反应合成有磁核的Fe3O4/PSt磁性聚合物微球,然后,用非均匀成核水解反应在Fe3O4/PSt微球外包覆无定形二氧化钛,获得Fe3O4/PSt/TiO2复合微粒。
4) PST crystal
PST晶体
1.
Study on Growth and Microstructure of Ti-48at% Al PST Crystals;
Ti－48at％合金PST晶体的生长与显微组织的研究
2.
An analytical micromechanical method, based on the lamellar microstructure and dislocation slip and twinning deformation mechanisms of polysynthetically twinning (PST) crystal, is used to investigate the variation of the yielding stress as function of angle θ between the load axis and the lamellar boundaries for a PST crystal.
基于γ-TiAl基PST晶体的微结构及滑移系和形变孪晶的空间晶体学位向分布的变形机制,提出了分析PST晶体 屈服应力对外载轴和片层界面夹角θ间的依赖关系的细观力学解析模型,重点考察了PST晶体的微结构和普通位错与形变孪晶 的临界分切应力(CRSS)之闻的差别对晶体屈服的影响。
3.
The compression creep behavior and creep instability of TiAl PST crystals with three orientations at 800℃ were investigated.
对三种取向的TiAl合金PST晶体在800℃条件下的压缩蠕变曲线进行了测试，并对其蠕变失稳机制进行了研究。
5) oleate/PSt/TiO 2
油酸/PSt/TiO2
6) PSt/PAB latexes
PSt/PBA乳液
补充资料：boc-ile-oh,0.5h20
CAS: 13139-16-7
分子式:C11H21NO4
分子量: 231.29
熔点: 58-61℃
中文名称: BOC-L-异缬氨酸; N-叔丁氧基羰基-L-异亮氨酸; BOC-L-异亮氨酸
英文名称: n-[(1,1-dimethylethoxy)carbonyl]-l-isoleucin; boc-l-isoleucine; boc-ile-oh,0.5h20
分子式:C11H21NO4
分子量: 231.29
熔点: 58-61℃
中文名称: BOC-L-异缬氨酸; N-叔丁氧基羰基-L-异亮氨酸; BOC-L-异亮氨酸
英文名称: n-[(1,1-dimethylethoxy)carbonyl]-l-isoleucin; boc-l-isoleucine; boc-ile-oh,0.5h20
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