RU2571081C1
|
|
Method for determining acid stability of erythrocytes cold-blooded animals
|
RU2554880C1
|
|
Method of producing methanesulphonic acid
|
RU2570171C1
|
|
Induction motor with sealed electric pump
|
RU2563011C1
|
|
Method of obtaining sorbent for purification of water solutions from ions of heavy metals and sorbent
|
RU2562844C1
|
|
Method for apricots drying
|
RU2571901C2
|
|
Machine for opening vines
|
RU2565380C2
|
|
Method for surface treatment of epitaxial silicon wafers to form active regions
|
RU2562740C2
|
|
Processing of silicon substrate back by grinding pads
|
RU2567405C2
|
|
Production of power transistor source area
|
RU2562742C2
|
|
Method of heat removal from heat dissipating electronic components on basis of use of semiconductor lasers
|
RU2562744C2
|
|
Light thyristor
|
RU2562513C2
|
|
Thermoelectric device for thermal exposure on individual's hand
|
RU2565523C2
|
|
Cooling device based on nanofilm thermal modules
|
RU2558217C1
|
|
Method for heat removal from heat-generating electronic components in form of electromagnetic energy based on gunn-effect diodes
|
RU2557365C1
|
|
Ac voltage rectifier
|
RU2562507C2
|
|
Thermoelectric device for cosmetic procedures on individual's face
|
RU2562510C2
|
|
Thermoelectric device for thermal exposure on individual's hand
|
RU2562508C2
|
|
Thermoelectric device for thermal exposure on individual's hand
|
RU2556847C1
|
|
Thermoelectric device for thermal exposure on individual's hand
|
RU2570140C2
|
|
Composition of powder materials to manufacture piston rings of internal combustion engines
|