densification造句

• Study on phase and densification of composite steel pipe
  快凝锡基软钎料的浸润性研究
• Analysis of densification mechanism in vibratory road roller
  振动压路机压实机构分析
• Test methods of densification structure for electronic equipments
  电子设备密封结构试验方法
• Specification of densification structure for electronic equipments
  电子设备密封结构技术条件
• Effect of silver powder characteristics on the film densification
  银粉特性对银膜致密性的影响
• Study on densification and dehydration of fine non - metallic minerials
  微细非金属物料浓缩脱水研究
• Effects of micro - structure on densification strain of open - cell foams
  开孔泡沫金属压缩实化特性研究
• Progress in the densification of powder metallurgical titanium alloys
  粉末冶金钛合金致密化研究的进展
• The surface of ceramic is smooth , densification and no crackle
  由sem分析可知其晶粒分布均匀、表面平整、致密、无裂纹。
• Application of cam - clay model in analysis of cold densification proces s of si3n4 ceramic powder
  4陶瓷粉末冷分析中的应用
• Densification mechanism and its applications in designing powder mixtures for warm compaction
  温压致密化机理及其在温压粉末设计中的应用
• Primary analysis on process of densification and drainage of saturated sand under impact loading
  冲击载荷下饱和砂土密实与排水过程的初步分析
• The densification mechanism of la1 - xsrxmno3 powder during the sintering process was studied
  在txmllo3粉料中发现了m工转变现象，转变温度t 。
• Densification process and mechanical properties of large dimension heat - resistant al alloy pipe blank
  大尺寸耐热铝合金管坯的致密化及性能研究
• Densification mechanism and properties of cf cu - 10sn composite bearing materials by warm compaction process
  复合轴承材料温压成形致密化规律和其有关性能研究
• Effect of nanoal2o3 particles on the densification properties of normal pressure sintering and the conductivity of nanozro2
  3粉添加对氧化铝陶瓷烧结行为的研究
• Advanced technical ceramics - methods of test for ceramic powders - determination of the densification on natural sintering
  高技术陶瓷.陶瓷粉试验方法.自然烧结的致密化测定
• Advanced technical ceramics . methods of test for ceramic powders . determination of the densification on natural sintering
  高技术陶瓷.陶瓷粉的试验方法.关于自然烧结的密化测定
• In this paper , the study of the densification of filling stone roadbed under overload were analyzed and reserched
  本文对超重载交通下的填石路基压实这一课题进行了分析和研究。
• This is because nano - silica can accelerate the sintering process and promote the densification of corundum castble
  这是由于纳米二氧化矽能够促进刚玉浇注料的烧结，使结构致密化所致。