|
RU2344503C1
|
|
Nuclear reactor neutrons reflector
|
|
RU2344084C1
|
|
Method of nickel-63 radionuclide preparation production
|
|
RU2341596C2
|
|
Method of obtaining minerals and device for its realisation
|
|
RU2326372C1
|
|
Method of determination of oxygen mass concentration in water heat carrier circuits under pressure
|
|
RU2336982C2
|
|
Method of fusible welding
|
|
RU2325718C1
|
|
Method of remote measurement of fuel element parameters
|
|
RU2364019C2
|
|
High-frequency generator of sine-wave oscillations
|
|
RU2327644C2
|
|
Method of separating nickel from ammonia solutions
|
|
RU2323885C2
|
|
Method for removing copper from nickel-63
|
|
RU2311650C1
|
|
Method for compensating temperature error of measuring system
|
|
RU2312816C2
|
|
Method of separating strontium-89 from yttrium
|
|
RU2310813C2
|
|
Inductive displacement converter
|
|
RU2310931C2
|
|
Central irradiating apparatus
|
|
RU2310932C2
|
|
Radiation-shielding chamber viewing port
|
|
RU2300500C1
|
|
Method of cleaning strontium-89 from yttrium
|
|
RU2310834C2
|
|
Device for determining concentration of agent
|
|
RU2309033C2
|
|
Fusion welding method
|
|
RU2293382C1
|
|
Method for recovering plutonium-containing sorbents of alkali metal fluorides
|
|
RU2297680C1
|
|
Method and device for checking fuel element cans for tightness
|
|
RU2310816C2
|
|
Vortex electromagnetic converter of liquid metal flow rate
|
