|
RU2395603C2
|
|
Procedure for fabrication lithium-boron composite and reactor
|
|
RU2349003C1
|
|
Solid electrolyte for chemical power supply
|
|
RU2368707C2
|
|
Aluminium reference electrode
|
|
RU2368706C2
|
|
Cleaning method of molten chloride electrolyte for receiving of platinum metals
|
|
RU2354753C2
|
|
Method for making needle oxide tungsten bronzes
|
|
RU2326375C1
|
|
Sensitive element of electrochemical sensor for carbon monoxide in gas mixtures
|
|
RU2323437C1
|
|
Sensitive element of electrochemical sensor of hydrogen in gaseous mixtures
|
|
RU2322730C2
|
|
Double-layer active electrode for electrochemical devices using solid electrolyte
|
|
RU2282678C1
|
|
Method of applying layers of noble metals on surfaces made from noble metals and their alloys
|
|
RU2296381C2
|
|
Method for opening fuel element can
|
|
RU2215060C2
|
|
Boronizing melt composition
|
|
RU2171464C2
|
|
Process of excitation of electronic spectra of tested substance
|
|
RU2147046C1
|
|
Thermodiffusion zinc-plating method
|
|
RU2124074C1
|
|
Method of manufacturing molybdenum items by electrolysis of melts
|
|
RU2146360C1
|
|
Material for oxygen electrode in electrochemical devices
|
|
RU2126192C1
|
|
High-temperature lithium-oxygen (air) storage battery
|
|
RU2118666C1
|
|
method of producing lead from lead sulfide
|
|
RU94024288A
|
|
Method of cadmium production
|
