[Health and life environment: health in a school environment from 5 to 7 years of age].
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Child↗
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Results for “Environment”
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[Modified variant of use of the method of fractional fasting for rapid standard-setting of substances in the air of the work environment (apropos of the article by S. V. Speranskii, "Minor toxicometry, new method of rapid standard-setting for substances in the air of the work environment")].
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Air Pollutants, Occupational↗
[Symposium: Protection in the natural environment, care and breeding of monkeys. 3. Problems of their adaptation to the laboratory environment and thermal metabolic reactions].
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Adaptation, Physiological↗
Compendium of human responses to the aerospace environment. 6. Thermal environment. NASA CR-1205(1).
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Acclimatization↗
Compendium of human responses to the aerospace environment. Volume 3. Sections 10-16. 16. Anthropometry and temporo-spatial environment. NASA CR-1205 (3).
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Anthropometry↗
[Electron microscopic study of the inner ear in the soundproof environment--comparison with ordinary and noisy environment].
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Animals↗
Compendium of human responses to the aerospace environment. 2. Light environment. A. Visible light. B. Ultraviolet light. NASA CR-1205(1).
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Clothing↗
[Adaptation to hospital environment and changes in the degree of basic independence in hospitalized children and their subsequent readjustment to home environment upon discharge].
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Adaptation, Psychological↗
[Symposium on health and environment. Man and his environment].
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Environmental Health↗
[Observations on the principal physico-chemical constants of whole and skimmed milk, preserved for 6 months in different environments (common environment under a copper screen and electric field)].
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Animals↗
[Minor psychiatric and psychosomatic pathology in the military environment, with special reference to the maritime military environment].
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Humans↗
General aspects of the metabolism of drugs and other chemicals in the environment. Chemicals in the environment.
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Humans↗
[Protection of the environment by the public health office--a report of the environment by the public health office (author's transl)].
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Benzene↗
[Work environment. How is the work environment affected by disinfective agents?].
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Denmark↗
[Microbiologic control of the environment and personnel in a high-risk hospital unit. The effect of ultraviolet rays on the environment].
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Air Microbiology↗
Nutrition in adverse environments, 3. The metabolic effects of a restricted food intake on men working in a tropical environment.
As part of a research programme concerned with the need to lighten the load carried by soldiers engaged in long foot patrols, a field experiment was undertaken in West Malaysia. For 12 d a group of 15 men consumed 7.4 MJ/d (1770 kcal/d) whilst a control group of 14 men ate 12.9 MJ/d (3080 kcal/d); both groups expended on average about 15.8 MJ/d (3770 kcal/d). The low-energy group incurred an energy deficit of 98 MJ (23 410 kcal) with a weight loss of 3.9 kg, whereas corresponding figures for the control group were 37 MJ (8840 kcal) and 2.4 kg. Before, during and after the energy deprivation phase, assessment was made of work capacity (estimated VO2 max), vigilance and military skills but no difference was found between the groups.
Adult↗
[Differences in the prevalence of refraction errors in children living in a polluted environment and in children living in a non-polluted environment (author's transl)].
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Air Pollutants↗
[Exposure to ceramic fibers in the occupational environment. I. Production, kinds of ceramic fibers, changes in structure of these fibers, preliminary studies in the working environment].
The production of fireproof SiO2/Al2O3 ceramic fibres started in the late forties. Primarily, the production was designed entirely for the aircraft industry. In the sixties the application of ceramic fibres became more wider. The first ceramic fibrous materials were characterised by thermal resistance reaching 1200 degrees C. Certain kinds of materials produced currently can be used in the temperature accounting for 1600 degrees C. Aluminosiliceous ceramic fibres recrystallise at high temperature (above 1000 degrees C) and produce mullite and crostobalite. Ceramic fibrous material may become hazardous to workers as a source of respirable fibres. Studies, carried out in plants which manufacture products from aluminosiliceous ceramic fibres, indicated that mean concentrations of respirable fibres ranged from 0.14 to 1.13 f/cm3 while the levels of mean concentrations of total dust accounted for 0.4-13.6 mg/m3. At working posts of plants producing china, where heat-insulating materials were changed mean level of respirable fibre concentration was 0.28-1.65 f/cm3 and concentration of total dust ranged from 7.0 to 17.7 mg/m3.
Air Pollutants, Occupational↗