SU1766412A1
|
|
Method for treating chronic intoxication with acrylates
|
RU1793377C
|
|
Method for estimation danger degree of vibration disease caused by local vibration
|
RU1784923C
|
|
Method for diagnosing cobalt-induced myocardiopathy
|
SU1735775A1
|
|
Method for quantitatively determining boron content in biologic materials
|
SU1713663A1
|
|
Method for spraying powders of magnetic materials
|
SU1736427A1
|
|
Aural speculum
|
SU1748820A1
|
|
Method for examining the blood circulation in upper limbs
|
SU1735770A1
|
|
Method for forecasting vibration disease course in people working in the conditions of local vibration
|
SU1703087A1
|
|
Device for performing experiments on small laboratory animals
|
SU1752392A1
|
|
Method for prevention occupational pathology which appears under the influence of the diffusionally reflected radiation
|
SU1636650A1
|
|
Device combined with lighting fixture for providing local clean zone
|
SU1559276A1
|
|
Method of determining dimethylsulfide and methanthiol
|
SU1644910A1
|
|
Method for determination of persons professional fitness for working under influence with allergens
|
SU1639625A1
|
|
Device for vision function stimulation
|
SU1472776A1
|
|
Device for measuring a pressure drop
|
SU1425529A1
|
|
Method of quantitative analysis of organic disulfides
|
SU1416899A1
|
|
Method of quantitative analysis of methylmercaptan in air
|
SU1397812A1
|
|
Method of quantitative analysis of methionine
|
SU1427256A1
|
|
Method of analyzing methylmercaptan and dimethylsuleide in air
|
SU1263973A1
|
|
Pressure controlling device
|