Case Studies & Application Examples
Coating Result Sample Picture in SEM (by SD-900M Model) EPTFE (Extended Poly Tetra Fluoro Ethylene)
-
What is Sputter Coater?
-
Magnetron Sputtering Principles?
-
Sputtering Targets Requirements?
-
What is Sputtering Deposition?
-
Advantages and Disadvantages of Sputtering Coating?
-
What is DC Sputtering?
-
What is RF Sputtering?
-
Difference between DC Sputtering and RF Sputtering?
-
Why Aramid Paper So Important
-
Innovation: Electrically Heated Aramid Paper
-
New Method of Magnetron Coating Technique
-
How AI as a tool is helping us discover new materials faster?
-
Painful Points in the Materials’ World
-
Practical Applications
-
Introduction
-
Materials and Methods
-
Results & Conclusions
-
History of SEM and Sputter Coater?
-
Materials and Methods?
-
Target Metal Selection Methods?
-
Summary and Review?
-
Suggestions?
-
Achieving Uniformity for Performance Specifications?
-
Benefits Beyond Performance?
-
Factors that Determine Deposition Performance?
-
Sample Test Report for VPI Coater Model SD-900M?
-
Why Graphene and Molybdenum Disulfide So Important
-
Typical Application of DC & RF Sputtering Techniques
-
High quality ITO thin films grown by dc and RF sputtering without oxygen
-
Introduction
-
Key Performance Features
-
About VPI