SU1829742A1
|
|
Method for producing ion beam
|
SU1829745A1
|
|
Ion source
|
SU1828307A1
|
|
Superconducting magnetic device
|
SU1819030A1
|
|
Method for calculation of stability of forthcoming plasma discharge in thermonuclear devices
|
SU1826807A1
|
|
Shf device
|
SU1762678A1
|
|
Ion source
|
SU1800893A1
|
|
Vacuum tester
|
SU1799181A1
|
|
Method for determining isotope composition of fuel in nuclear reactor and device for its realization
|
SU1835681A1
|
|
Device for photochemical separation of mercury isotopes
|
SU1741595A1
|
|
Ion beam energy recuperator
|
SU1833038A1
|
|
Direct channel reactor primarily for ion sources
|
SU1820758A1
|
|
Nuclear reactor
|
SU1834253A1
|
|
Method for production of cadmium oxide
|
SU1776149A1
|
|
X-ray optical system and its manufacturing process
|
SU1831169A1
|
|
Coolant diagnosis device
|
SU1824912A1
|
|
Method for production of strain of actinomycet being producer of linkomycin
|
SU1734394A1
|
|
Method for chromium production
|
SU1831171A1
|
|
Nuclear reactor of utmost safety
|