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[Evaluation of the electric field in the work area of operators of manual electric painting equipment]. / K otsenke elektricheskogo polia v rabochei zone operatora ruchnykh elektrookrasochnykh apparatov.

Artamonov, A F; Ierusalimskii, A P; Shirokova, N V; Shmidt, A B.

Gig Tr Prof Zabol ; (12): 39-41, 1988 Dec.

Article in Russian | MEDLINE | ID: mdl-3248744

Subject(s)

Electricity/standards , Household Articles , Occupational Medicine/standards , Paint , Equipment Safety , Humans , Maximum Allowable Concentration , USSR

[Extrapolation of electrostatic field values from animal studies to man]. / K ekstrapoliatsii na cheloveka velichin elektrostaticheskikh polei, izuchaemykh v eksperimentakh na zhivotnykh.

Ierusalimskii, A P; Livshits, A I; Portnov, F G; Shmidt, A B.

Gig Sanit ; (1): 89, 1985 Jan.

Article in Russian | MEDLINE | ID: mdl-3979883

Subject(s)

Electromagnetic Phenomena/standards , Animals , Electromagnetic Fields/standards , Humans , Radiation, Ionizing/standards , Rats , Reference Values , Swine

[A model of regional deposition of aerions in the human lungs]. / Modelirovanie regional'nogo osazhdeniia aéroionov v legkikh cheloveka.

Portnov, F G; Fal'kenshtein, S E; Shmidt, A B.

Biofizika ; 29(5): 883-5, 1984.

Article in Russian | MEDLINE | ID: mdl-6509102

ABSTRACT

The numerical solution of the equation of airions mass transfer in the human lung is obtained considering diffusional deposition. More than 90% of airions inhaled during breathing are deposited. The deposition occurs in the first 10-12 generations of the lung tree, and therefore the airions do not reach the alveolar region.

Subject(s)

Air , Lung , Aerosols , Diffusion , Humans , Models, Biological

[Effect of electrostatic dispersion on deposition of electroaerosols in the respiratory passages]. / O vliianii élektrostaticheskogo rasseianiia na osazhdenie élektroaérozolei v dykhatel'nykh putiakh.

Shmidt, A B; Portnov, F G.

Biofizika ; 24(6): 1090-1, 1979.

Article in Russian | MEDLINE | ID: mdl-508825

Subject(s)

Aerosols , Respiratory Physiological Phenomena , Diffusion , Electricity , Humans

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