Laboratory for metal and ceramic coating and nanotechnology

הידעת? הדפדפן שהינך גולש ממנו אינו עדכני

הדפדפן שהינך גולש ממנו אינו עדכני ויתכן שהאתר אינו יעבוד בצורה טובה. הדפדפנים הנתמכים באתר הם:

לחץ על האיקונים למעבר לדף ההורדה של הדפדפן

סגירת חלונית אל תציג בשנית

בסגירת החלונית תועבר/י לאתר מותאם לדפדפן ויתכן כי חלק מהאתר לא יעבוד בצורה מיטבית

Authority for R & D Laboratory for metal and ceramic coating and nanotechnology

Laboratory for metal and ceramic coating and nanotechnology

הדפסה דוא

The laboratory deals with Materials Science and Materials Engineering, Mathematical modeling and simulation. Founded the Research Laboratory for Advanced Materials Investigations. Theoretical and experimental investigations on high-temperature processes. Development of new materials on the basis of mathematical modeling of physico-chemical and technological processes.

Some of our recent research projects include:

  1. We have developed unique methods of mathematical modeling of phase interaction at  high temperatures. These methods allow us to build models taking into account various physical, chemical and technological parameters. The models can be implemented in optimization of various technological processes.
  2. Development of environment-friendly coating technologies as an alternative for chrome plating One of the last developments of the laboratory is an environmentally friendly coating technology as an alternative to the electrolytic hard chrome plating. This project includes advanced technologies in the following fields: nano-materials (obtaining clad nano-size powders), special coatings (spraying lightweight metals) and electrochemistry (micro-arc oxidation).  The applications of the technologies include apparently all the range of machinery. At the first stage the developments will be applied in avionics (landing gear mechanisms of aircrafts).
  3. Synthesis and analysis of nano-crystal materials on the base of manganese oxides using the technique of intensive plastic
  4. Mechano-chemical synthesis of nano-composites with biologically active substances;
  5. Classification of carbide nano-powders by diffraction techniques on the homogeneity degree, particle sizes and micro-stress (micro-deformations
  6. Development of selective coatings for power devices on the base of nano-sized ceramic powders;

the research group



ברוכים הבאים לאתר אוניברסיטת אריאל בשומרון לכל צורכי הנגישות יש ללחוץ על כפתור הנגישות למעלה