|
RU2095330C1
|
|
Slip compound
|
|
RU2095442C1
|
|
Method for extraction of palladium of dead catalysts on the base of aluminium oxide
|
|
RU2096331C1
|
|
Method of sphene concentrate processing
|
|
RU2094506C1
|
|
Method of metallic silver producing
|
|
RU2093467C1
|
|
Method of preparing monovalent titanyl phosphate and/or arsenate
|
|
RU2100331C1
|
|
Method of explosive water-containing substance producing
|
|
RU2098497C1
|
|
Method for production of metal-phosphorus alloy
|
|
RU95121497A
|
|
Device for separating compact material from article gauze base
|
|
RU2082560C1
|
|
Apparatus for producing metal powders from melt
|
|
RU95113314A
|
|
Method for extraction of rare-earth elements of acid solutions
|
|
RU2093491C1
|
|
Method of preparing facing ceramic tiles
|
|
RU95112323A
|
|
Forming of flow system
|
|
RU95111983A
|
|
Method of producing fluorine purified of cerium nitrate
|
|
RU2081839C1
|
|
Method for purification of water of open tanks
|
|
RU95111230A
|
|
Method for producing powder material for applying gas thermal coatings
|
|
RU95110066A
|
|
Aventurine glass
|
|
RU95109829A
|
|
Method for production of lithium metaniobate and lithium metatantalate
|
|
RU95107636A
|
|
Method for extraction of vanadium of waste catalysts of oxidation of sulfur dioxide
|
|
RU94028189A
|
|
Method of isolation of silver from wastes containing heavy nonferrous metals
|
|
RU94018163A
|
|
Superconducting magnetic screen manufacturing process
|
