The article analyzes the formal feature of the filling-up catch word,and the change of semantic feature,which is from singulary to gapping and to generalization.
文章对填充(式)流行语的形式特征及语义从单一到空缺到泛化的特征变化进行了界定,并对引发其流行的逆反、惰性、类推和从众等心理进行了探讨。
Using the gridless smooth particle hydrodynamic(SPH)numerical technique of AUTODYN-2D hydrocode, the normal impact of monolithic,Whipple,all aluminum and stuffed Whipple shield by spherical aluminum projectile are simulated.
结果表明,在相同面密度条件下,填充(式)防护结构抗空间碎片的效能最佳,Whipple 防护结构较差,双层铝防护结构介于两者之间,整体式结构最差。
The filled Skutterudite compounds (Ce, La)_yFe_xCo_(4-x)Sb_(12) with x=1.
研究了以Co,Sb,Fe及稀土Ce,La为起始原料,采用固相反应放电等离子烧结(SPS)技术合成二元稀土填充(式)Skutterudite化合物(Ce,La)yFexCo4-xSb12(x=1。
Single\|phase filled skutterudite compounds,Ce y Fe x Co 4-x Sb 12 ( x=0—3 0,y=0—0 74 ),were synthesized by a melting method.
用熔融法合成了单相填充(式)skutterudite化合物CeyFexCo4 -xSb12 (x =0— 3 0 ,y =0— 0 74) 。
The filled Skutterudite compounds attract aboard attention owing to their high mobilities and relatively large Seebeck coefficients in the middle temperature range of 600-800K.
填充(式)Skutterudite化合物由于在中温领域(600～800K)具有很高的载流子迁移率μ和较大的Seebeck系数α而引起人们的广泛关注；但其热导率K较高，因而如何降低晶格热导率KL，提高其热电性能指数ZT值已成为研究的热点。
The effect of density on the thermoelectric properties of the filled skutterudite compound La 0.
致密度对填充(式)skutterudite化合物La0 75Fe3CoSb1 2 ZT值关系影响不明