Changes and clinical signifleance of multi-organs dysfunctional Indices during peri-operationperiod in patients with esophageal cancer at different altitude,Experimental study of replacement of an esophageal segment w...Changes and clinical signifleance of multi-organs dysfunctional Indices during peri-operationperiod in patients with esophageal cancer at different altitude,Experimental study of replacement of an esophageal segment with an nitinol alloy composite artificial esophagus,展开更多
Electropolishing has been used in TiNi alloy in several fields for its special characteristics, but its essential details and electropolishing mechanism have not been reported yet as a demand from business competition...Electropolishing has been used in TiNi alloy in several fields for its special characteristics, but its essential details and electropolishing mechanism have not been reported yet as a demand from business competition, which, to a great degree, restricts the application and extension of the electropolishing technology. In this paper, effect of temperature on nitinol electropolishing is explored. Studies on the effect of the temperature on the electropolishing process show that the higher the temperature is, the bigger the electropolishing rate is, following a near Gauss law. The relationship between the temperature and surface roughness follows near parabolic law, the relationship between the temperature and surface reflectivity follows near Sigmoidal law.展开更多
文摘Changes and clinical signifleance of multi-organs dysfunctional Indices during peri-operationperiod in patients with esophageal cancer at different altitude,Experimental study of replacement of an esophageal segment with an nitinol alloy composite artificial esophagus,
文摘Electropolishing has been used in TiNi alloy in several fields for its special characteristics, but its essential details and electropolishing mechanism have not been reported yet as a demand from business competition, which, to a great degree, restricts the application and extension of the electropolishing technology. In this paper, effect of temperature on nitinol electropolishing is explored. Studies on the effect of the temperature on the electropolishing process show that the higher the temperature is, the bigger the electropolishing rate is, following a near Gauss law. The relationship between the temperature and surface roughness follows near parabolic law, the relationship between the temperature and surface reflectivity follows near Sigmoidal law.