Toxicity of fluorine short-term inhalation.
Fluorine short term inhalation toxicity in animals and humans noting mortality, eye and nose irritation and organ damage at low and high concentrations
Keplinger, M. L.↗
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Results for “TOXICITY”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Force feeding on the response of Japanese quail to oxygen toxicity.
Force feeding effect on response of Japanese quail to oxygen toxicity, discussing body weight, digestive processes and mortality rates
Weiss, H. S.↗
Force feeding on the response of japanese quail to oxygen toxicity.
Food intake and oxygen toxicity in quail, cortrunix japonica
HYPEROXIA↗
Report of Toxic Effects of Fluorine Following Short-Term Inhalation
Toxic effects of fluorine following short term inhalation by animals and humans
Keplinger, M. L.↗
Toxicity problems in plastic hardware designed for biological space-flight experiments
Toxicity of plastic hardware containing biological space flight experiment
Willoughby, R.↗
Protection against toxic rocket fuels.
Treatment procedure and preventive programs outlined for acute exposure to toxic rocket fuels or oxidizers
Prierson, W. B.↗
Handbook for estimating toxic fuel hazards Final report
Handbook for estimating toxic fuel hazard downwind from source emissions at Cape Kennedy
Bjorklund, J. R.↗
Effect of environmental temperature on the toxicity of caffeine and dextroamphetamine in mice
Mild temperature and dehydration effects on toxicity of caffeine and dextroamphetamine in mice
Muller, P. J.↗
Toxic Hazards Research Unit annual technical report, 1969 Final report, Jun. 1968 - May 1969
Apollo materials toxicity screening tests and effects of ethylene glycol, monomethylhydrazine, NF3, OF2, and ClF3
Mac Ewen, J. D.↗
Apparatus for purging systems handling toxic, corrosive, noxious and other fluids Patent
Fluid transferring system design for purging toxic, corrosive, or noxious fluids and fumes from materials handling equipment for cleansing and accident prevention
Gehring, W. E.↗
A Proposed Incipient Fire and Toxic Gas Caution and Warning for Shuttle
Incipient fire and toxic gas caution and warning system for space shuttles
Krupnick, A. C.↗
Effect of acetylsalicylic acid and ascorbic acid on oxygen toxicity
Acetylsalicylic and ascorbic acids effects on mice susceptibility to oxygen toxicity, discussing in vitro sensitivity of red cells to hydrogen peroxide
Jefferson, D.↗
Some aspects of the toxicity of formose sugars
Dietary effects of formose sugars ingestion, investigating toxic mechanisms involved
Chermside, H. B.↗
Lead: Aspects of its ecology and environmental toxicity
An analysis of lead toxicity in the Hawaiian environment was conducted. It was determined that lead enters the environment as an industrial contaminant resulting from the combustion of leaded gasoline. The amount of lead absorbed by the plants in various parts of the Hawaiian Islands is reported. The disposition of lead in the sediments of canals and yacht basins was investigated. The methods for conducting the surveys of lead content are described. Possible consequences of continued environmental pollution by burning leaded gasoline are discussed.
Siegel, S. M.↗
Handbook for estimating toxic fuel hazards
Computer program predicts, from readily available meteorological data, concentration and dosage fields downwind from ground-level and elevated sources of toxic fuel emissions. Mathematical model is applicable to hot plume rise from industrial stacks and should also be of interest to air pollution meteorologists.
Dumbauld, R. K.↗
Apollo Soyuz mission, toxic gas entered cabin during earth landing sequence
A postflight analysis is presented of the sequence which caused toxic gas to enter the cabin during repressurization for 30 seconds from manual deployment of the drogue parachutes at 18,550 feet to disabling of the reaction control system at 9600 feet. Results and conclusions are discussed.
Source record↗
The effects of forced air flow and oxygen concentration on flammability, smoke density, and pyrolytic toxicity
The question is posed whether forced air flow should be incorporated into flammability tests as a relevant variable. A test apparatus is described which permits tests to be conducted on small test specimens in a forced flow which is (continuously) variable over flow velocities from zero to 300 feet per minute (1.52 m/s). The effects of air-flow rate and oxygen concentration on flame propagation rate, maximum smoke density, and pyrolytic product toxicity were measured for a single material and were statistically evaluated. Regression analysis was used to graph the resulting relationships. It is concluded that air velocity is an important variable for laboratory flammability testing.
Sauers, D. G.↗
Relative toxicity of pyrolysis products of some cellular polymers
Twelve samples of cellular polymers were evaluated in the course of developing test methods for toxic materials characterization. Six samples were flexible polyurethane foams, three were rigid polyurethane foams, two were high density rigid foams, and one was a modified polyimide foam. Some effects of formulation variables are discussed.
Hilado, C. J.↗