1) nano-Si3N4
纳米Si3N4
1.
PA6 composites filled with nano-SiC or nano-Si3N4 and GF were prepared by using melt blending method.
结果表明:纳米Si3N4与玻璃纤维混杂能使复合材料耐磨损性提高,以3%Si3N4与玻璃纤维混杂填充耐磨性最佳;而纳米SiC与玻璃纤维混杂会导致复合材料的磨损量增大,纳米SiC或Si3N4与玻璃纤维混杂填充PA6复合材料的摩擦系数都低于尼龙材料。
2.
PA6 composites filled with nano-Si3N4 and glass fibers were prepared by using melt blending method,the mechanical properties and tribological behaviors of the composites were studied.
采用注塑成型法制备纳米Si3N4和玻璃纤维混杂填充PA6尼龙复合材料,对PA6复合材料的力学性能和摩擦学性能进行了实验研究。
3.
PA6 composites filled with nano-Si3N4 and glass fibers(GF)were prepared by using melt blending method.
以纳米Si3N4和玻璃纤维(GF)混杂增强尼龙6(PA6)复合材料,对PA6复合材料的摩擦学性能进行了实验研究。
2) Ni-Nano-Si_3N_4
Ni-纳米Si3N4
3) SiN4 nanowires
Si3N4纳米线
4) nano-Si3N4 ceramic
纳米Si3N4陶瓷
1.
SEM micrographs show that the microstructure of nano-Si3N4 ceramic consists of equiaxed grains which sizes are less than 100nm.
采用热压烧结制备了纳米Si3N4-WC复合陶瓷,研究了WC颗粒的添加对纳米Si3N4陶瓷组织与力学性能的影响。
5) α-Si_3N_4 nanowires
α-Si3N4纳米线
6) Si_3N_4 nano-particle
Si3N4纳米粒子
1.
The plating process of the Ni-P-Si_3N_4 nano-particle coating by the orthogonal method was studied.
通过正交试验法确定了镍 磷 Si3N4纳米粒子复合镀最佳施镀工艺,对正交试验进行了详细的分析,从而确定了镀层最佳施镀工艺:纳米粒子含量为1。
补充资料：维纳斯（米洛斯）(Weinɑsi
见阿佛洛狄忒(米洛斯)。
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