|
RU2137105C1
|
|
Gear for precision turn of anisotropic sample with regard to two orthogonal axes
|
|
RU2141530C1
|
|
Composition of nutrient medium for culturing acetobacter xylinum for bacterial cellulose preparing (variants)
|
|
RU2131745C1
|
|
Device for removal of milk from woman's mammary gland (versions)
|
|
RU2137111C1
|
|
Method identifying grade of commercial gasoline and device to implement it
|
|
RU2110067C1
|
|
Biological method for determining degree of total toxicity and principal toxicants in aqueous media (versions)
|
|
RU2141196C1
|
|
Method of obtaining plants with complex phytosterol dependent pest stability
|
|
RU2115225C1
|
|
Push-pull current amplifier
|
|
RU2127468C1
|
|
Portable ultraviolet light
|
|
RU2076556C1
|
|
Method for presowing stimulation of crop seeds for vitality and productivity
|
|
RU95104153A
|
|
Method for obtaining absolute negative conductance in gas cell
|
|
RU94045008A
|
|
Method of preparing soluble covalent conjugates
|
|
RU94037123A
|
|
Electrochemical cell for analysis of sulphur-carrying gases
|
|
RU94028214A
|
|
Mixture for revegetation of sludge storages
|
|
RU2084984C1
|
|
Method of amplification and generation of s h f oscillations and device for its implementation
|
|
RU94017273A
|
|
Luminous composition for luminescence coating
|
|
RU2078332C1
|
|
Device to disintegrate highly pure substance during analysis of microimpurities
|
|
RU2086964C1
|
|
Method for automated roentgenoradiometric material assay
|
|
RU2075071C1
|
|
Composition of membrane of sulfate-selective electrode
|
|
RU2085911C1
|
|
Compact luminescent analyzer
|
|
RU2032240C1
|
|
Process of gaining negative conductance in gas cell
|
