How to use the search function
11 documents found
R & D report
Development of plasmonic nanostructured substrates for SERS signal enhancement in the detection of explosives
Head: Yaremchuk Iryna Ya.. Development of plasmonic nanostructured substrates for SERS signal enhancement in the detection of explosives. (popup.stage: Моделювання та оптимізація плазмонних наноструктур). Lviv Polytechnic National University. № 0225U001971
R & D report
Tandem organic LEDs with high quantum efficiency based on ultra-thin emission layers with energy transfer from the explex
Head: Baryshnikov Hlib V.. Tandem organic LEDs with high quantum efficiency based on ultra-thin emission layers with energy transfer from the explex. (popup.stage: ). Bohdan Khmelnytsky National University of Cherkasy. № 0224U001777
R & D report
Development of flexible mechanoluminescent organic heterostructures with aggregation-induced electroluminescence enhancement for lighting systems
Head: Stakhira Pavlo Yo.. Development of flexible mechanoluminescent organic heterostructures with aggregation-induced electroluminescence enhancement for lighting systems. (popup.stage: Дослідження впливу фізикотехнологічних особливостей формування тонких функціональних плівок на спектр електролюмінесценції включно з дослідженням впливу кута згину гнучкої підкладки.). Lviv Polytechnic National University. № 0223U001872
R & D report
Development of flexible mechanoluminescent organic heterostructures with aggregation-induced electroluminescence enhancement for lighting systems
2
Head: Stakhira Pavlo Yo.. Development of flexible mechanoluminescent organic heterostructures with aggregation-induced electroluminescence enhancement for lighting systems. (popup.stage: ). Lviv Polytechnic National University. № 0221U106787
R & D report
Development of highly effective organic white OLEDs based on exciplex and delayed fluorescence for the novel lighting systems
Head: Stakhira Pavlo Yo.. Development of highly effective organic white OLEDs based on exciplex and delayed fluorescence for the novel lighting systems. (popup.stage: ). Lviv Polytechnic National University. № 0221U106563
R & D report
The influence structurally organisational semiconductors organic nature on luminescent photoelectric parameters of the organization of electrons
2
Head: Ivaniuk Khrystyna B.. The influence structurally organisational semiconductors organic nature on luminescent photoelectric parameters of the organization of electrons. (popup.stage: ). Lviv Polytechnic National University. № 0221U106507
R & D report
Molecular design of materials for organic light-emitting diodes with alternative mechanisms of electroluminescence
3
Head: Baryshnikov Hlib V. Molecular design of materials for organic light-emitting diodes with alternative mechanisms of electroluminescence. (popup.stage: ). Bohdan Khmelnytsky National University of Cherkasy. № 0221U103502
R & D report
Development of highly effective organic white OLEDs based on exciplex and delayed fluorescence for the novel lighting systems
Head: Stakhira Pavlo Yo.. Development of highly effective organic white OLEDs based on exciplex and delayed fluorescence for the novel lighting systems. (popup.stage: ). Lviv Polytechnic National University. № 0220U104636
R & D report
The influence structurally organisational semiconductors organic nature on luminescent photoelectric parameters of the organization of electrons
Head: Ivaniuk Khrystyna B.. The influence structurally organisational semiconductors organic nature on luminescent photoelectric parameters of the organization of electrons. (popup.stage: ). Lviv Polytechnic National University. № 0220U104635
R & D report
The influence structurally organisational semiconductors organic nature on luminescent photoelectric parameters of the organization of electrons
Head: Ivaniuk Khrystyna B.. The influence structurally organisational semiconductors organic nature on luminescent photoelectric parameters of the organization of electrons. (popup.stage: ). Lviv Polytechnic National University. № 0220U101176
11 documents found

Updated: 2026-11-08


Роздрукувати цю сторінку