10 documents found
Head: Nazarenko Vasyl H.. Hierarchy of structures in complex liquid crystal systems. Physical properties and applications.. (popup.stage: ). Institute of Physics of National Academy of Sciences of Ukraine. № 0221U106829
Head: Nazarenko Vasyl H.. Hierarchy of structures in complex liquid crystal systems. Physical properties and applications.. (popup.stage: ). Institute of physics of NAS of Ukraine. № 0220U104443
Head: Marchenko Oleksandr A.. Development of a system for measuring of tribological characteristics of ultrathin films.. (popup.stage: ). Institute of Physics of National Academy of Sciences of Ukraine. № 0220U103158
Head: Marchenko Oleksandr A.. Development and research of two-dimensional nanostructures with controllable properties on the basis of ultrathin organic films.. (popup.stage: ). Institute of physics of NAS of Ukraine. № 0220U102051
Vasko Artem A.. Tribological properties of nanostructured objects on atomically flat surfaces. : Кандидат фізико-математичних наук : spec.. 01.04.04 - Фізична електроніка : presented. 2019-06-27; popup.evolution: .; Institute of physics of NAS of Ukraine. – Київ, 0419U003342.
Head: Braun Oleg. Interconnection of dimensional scales in interface of friction: start sliding.. (popup.stage: ). Institute of physics NASU. № 0219U001217
Head: Braun Oleg. Interconnection of dimensional scales in interface of friction: start sliding.. (popup.stage: ). Institute of physics NASU. № 0218U002355
Head: Braun Oleg. Interconnection of dimensional scales in interface of friction: start sliding.. (popup.stage: ). Institute of physics NASU. № 0217U001681
Head: Braun Oleg. Development of methods of non-destructive measurement of tribological properties of ultrathin organic films (including monolayer films) using the pendulum levitating in the magnetic field. Development of mechanical part, electronic nodes and software.. (popup.stage: ). Institute of physics NASU. № 0216U007412
Head: Braun Oleg. Development of methods of non-destructive measurement of tribological properties of ultrathin organic films (including monolayer films) using the pendulum levitating in the magnetic field. Development of mechanical part, electronic nodes and software.. (popup.stage: ). Institute of physics NASU. № 0215U001626
10 documents found

Updated: 2026-10-20