[Hygienic assessment of the quality of gaseous oxygen produced by electrolysis of water in a system with a solid polymeric electrolyte].
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Electrolysis↗
Biomedical subjects
N I Omel'ianets
Publications and source records attributed to N I Omel'ianets.
[Substantiation of the optimal method of self-training of medical students in hygiene at home].
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Curriculum↗
[Imminent problems of raising the qualifications of teachers of general hygiene in advanced training departments].
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Education, Medical, Continuing↗
[Problems of practical experience in the training of health officers].
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Curriculum↗
[Hygienic assessment of new filtration materials intended for drinking water purification].
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Animals↗
[Health evaluation of materials used for salt enrichment and sterilization of demineralized water].
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Animals↗
[Hygienic evaluation of a portable ion exchange filter for the purification of drinking water under field conditions].
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Filtration↗
[Organic admixtures in water and evaluation of methods for removing them from the water supply].
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Carcinogens↗
[Hygienic characteristics of organic admixtures in tap water].
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USSR↗
[A method for determining polyethylene polyamine in drinking water].
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Amines↗
[Hygienic assessment of the method of water purification on counter-current filters with a suspended layer of ion exchange resins].
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Animals↗
[Experimental substantiation of the maximum permissible concentrations of acetone and acetaldehyde in regenerated drinking water].
The paper presents experimental data indicating maximum permissible concentrations of acetone and acetaldehyde in reclaimed potable water used for different periods of time--up to 1, 3 or 12 months. The recommended concentrations for reclaimed water used for a year are 14.0 mg/l and 0.2 mg/l for acetone and acetaldehyde, respectively. The recommended levels for reclaimed water used for 1--3 months are 39.6 mg/l and 0.2 mg/l for acetone and acetaldehyde, respectively.
Acetaldehyde↗
[Sanitary and hygienic evaluation of the water reclaimed from urine].
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Animals↗
[Hygienic evaluation of new brands of rubber intended for use in a water-supply system under high temperature and active chemical operating modes].
The paper presents the results of hygienic testing of new rubbers, IRP-2043 and IRP-1136. The rubber IRP-2043 does not change the quality of the water it contacts with. Water extracts of this rubber do not produce a toxic effect on homoiothermal animals. This rubber can therefore be recommended to be used in potable water supply systems. The rubber IRP-1136, when contacting with dechlorinated tap water, alters its organoleptic and physico-chemical properties. This rubber cannot be recommended for water supply systems. After a prolonged (18 months) exposure to the condensate of degradation products of the agent 0-30, urine conserving agent and a mixture of urine and the conserving agent the rubbers IRP-2043 and IRP-1136 do not alter physico-chemical and bacteriological properties of water or disturb physiological functions of homoiothermal animals. Having this in view, both rubbers can be used in water supply systems functioning at high temperatures and under the influence of active chemicals.
Animals↗