How to use the search function
6 documents found
R & D report
Development of production technology for titanium-based armor elements with multy-layered structures
Head: Orest M. Ivasishin. Development of production technology for titanium-based armor elements with multy-layered structures. (popup.stage: ). Institute for metal physics NAS Ukkraine. № 0216U009114
R & D report
Development of technology for production of titanium armor elements with gradient structures
Head: Orest M. Ivasishin. Development of technology for production of titanium armor elements with gradient structures. (popup.stage: ). Institute for metal physics NAS Ukkraine. № 0216U003186
R & D report
The physical bases of hydrogen application as temporary alloying element in manufacturing of Zr and Zr-Ti based alloys by solid-state diffusion
Head: Orest M. Ivasishin. The physical bases of hydrogen application as temporary alloying element in manufacturing of Zr and Zr-Ti based alloys by solid-state diffusion. (popup.stage: ). Institute for metal physics NAS Ukkraine. № 0216U003185
R & D report
The physical basics for the formation of the structure and properties of structural and functional materials at the solid-state diffusion in high purity IVB group metal hydrides obtained by the self-propagating high-temperature synthesis (SHS)
Head: Ivasishin Orest Mykhaylovych. The physical basics for the formation of the structure and properties of structural and functional materials at the solid-state diffusion in high purity IVB group metal hydrides obtained by the self-propagating high-temperature synthesis (SHS). (popup.stage: ). Institute for metal physics NAS Ukkraine. № 0214U000693
R & D report
Cost-effective technology for titanium parts production be powder metallurgy approach
Head: Orest M. Ivasishin. Cost-effective technology for titanium parts production be powder metallurgy approach. (popup.stage: ). Institute for metal physics NAS Ukkraine. № 0214U002520
R & D report
Cost-effective technology for titanium parts production be powder metallurgy approach
Head: Orest M. Ivasishin. Cost-effective technology for titanium parts production be powder metallurgy approach. (popup.stage: ). Institute for metal physics NAS Ukkraine. № 0214U002519
6 documents found

Updated: 2026-11-03


Роздрукувати цю сторінку