|
RU2465699C1
|
|
Semiconductor infrared source (versions)
|
|
RU2443044C1
|
|
Injection laser
|
|
RU2444101C1
|
|
Injection laser
|
|
RU2442242C1
|
|
The multistage converters
|
|
RU2436193C1
|
|
Photovoltaic concentrator module
|
|
RU2446097C1
|
|
Method of obtaining aqueous suspension of detonation nanodiamonds
|
|
RU2442244C1
|
|
The superconducting spin gate
|
|
RU2436194C1
|
|
Method for producing chips of concentrator solar photocells
|
|
RU2454750C2
|
|
Photocathode
|
|
RU2448900C2
|
|
Method of producing diamond structure with nitrogen-vacancy defects
|
|
RU2435247C1
|
|
Method to make powerful high-voltage silicon devices
|
|
RU2437186C1
|
|
Method of making solar photoelectric converter
|
|
RU2431225C1
|
|
Semiconductor frequency-tuned infrared source
|
|
RU2428766C1
|
|
Contact shaping method for nanoheterostructure of photoelectric converter based on gallium arsenide
|
|
RU2426194C1
|
|
Method of fabricating nanostructure ohmic contact of photoelectric transducer
|
|
RU2426198C1
|
|
Solar photoelectric converter module built around nano heterostructure photo converters
|
|
RU2422860C1
|
|
Method of making composite lens panel for nano-heterostructure based concentrator photoelectric transducers
|
|
RU2413334C1
|
|
Systems of photoelectric converters of solar radiation
|
|
RU2413328C1
|
|
Method to manufacture multi-tip emission cathode
|
|
RU2421849C1
|
|
Method of making catalytic material for fuel cell
|
