|
RU2059049C1
|
|
Device for preoperational heating up the drive of excavating/building machine
|
|
RU2052320C1
|
|
Method of making products from aluminium base alloy powder
|
|
RU2061089C1
|
|
Method of thermal treatment of steel parts
|
|
RU2068121C1
|
|
Air-operated cylinder
|
|
RU2005810C1
|
|
Process for heat treatment of quick-cutting steels
|
|
RU2051205C1
|
|
Method for obtaining high-cohesion electrodeposits on metal and alloys
|
|
RU2065570C1
|
|
Electron-projection method of measurement of form and translations of surface of object
|
|
RU2029798C1
|
|
Electrolyte for alloy zinc-cobalt precipitation
|
|
RU2005575C1
|
|
Method of manufacturing articles from aluminium powder
|
|
RU2018011C1
|
|
Apparatus for starting gas-turbine plant
|
|
RU2013528C1
|
|
Composition for bottom hole zone treatment of oil wells drilled in formations built by silicate rocks with low carbonate content
|
|
RU2004773C1
|
|
Compound for shutoff of inflow of formation water in oil well
|
|
RU2009787C1
|
|
Device for machining difficult to work materials
|
|
RU2009829C1
|
|
Method for measuring temperature of cutting tool
|
|
RU2009804C1
|
|
Method for electrocontact machining parts
|
|
RU2004616C1
|
|
Process of electrolysis borating of alloyed steels
|
|
RU2017852C1
|
|
Method of preparing of powder material made on copper-base with silicon carbide
|
|
RU2017848C1
|
|
Copper-base antifriction powder material
|
|
RU1805694C
|
|
Method micro-arc oxidation of aluminium and its alloys
|
|
SU1686129A1
|
|
Well cementing method
|
