The crystal structure of strontium bromide monohydrate.
Crystal structure of strontium bromide monohydrate by X-ray single crystal diffraction techniques
STRONTIUM BROMIDE↗
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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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Current distribution in a thin-film superconducting strip transmission line.
Fredholm equation description of current distribution in thin-film superconducting strip transmission line
CURRENT DISTRIBUTION↗
The crystal structure of lead chloride
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Brackett, E. B.↗
Current distribution in an array of superconducting thin films
Integral equation describing current distribution in array of superconducting thin films
CURRENT DISTRIBUTION↗
Current distribution in a thin film superconducting strip transmission line
Current distribution in thin film superconducting strip transmission line
THIN FILM↗
The crystal structure of pyridinium dicyanomethylide, C sub 8 H sub 5 N sub 3.
X-ray single crystal diffraction technique determination of structure of pyridinium dicyanomethylide
CYANO COMPOUND↗
The crystal structure of ammonium tricyanomethide, N-H sub 4 C/CN/ sub 3.
Crystal structure of ammonium tricyanomethide determined by X-ray diffraction
METHANE↗
The crystal structure of dipotassium tetranitroethide
Crystal structure of dipotassium tetranitroethide determined by single crystal X-ray diffraction techniques
SINGLE CRYSTAL↗
The crystal structure of dipotassium tetranitroethide.
Crystal structure of dipotassium tetranitroethide determined by single crystal X ray diffraction
Dyke, M.↗
A discussion of the problems of restraint in experimental investigations of acceleration injury.
Acceleration injury noting water immersion effect on cat lung due to intense body vibration, suggesting restraint as practical solution
Sass, D. J.↗
Mechanisms of injury due to intense plus of minus G sub z vibration in water- immersed cats.
Feline lung injury produced by vertical sinusoidal vibrations during upright water immersion attributed to chest wall impact
Sass, D. J.↗
Mechanisms of injury due to intense plus G sub z vibration in water-immersed cats.
Mechanisms of lung injury due to intense vibration in water-immersed cats in upright position
POSTURE↗
A method for recording myocardial ECG in animals during intense vibration
Body vibration effects in cats on myocardial ECG recordings, discussing electrodes implantation and tracings
Sass, D. J.↗
Effects of positive Gy acceleration on blood oxygen saturation and pleural pressure relationships in dogs breathing first air, then liquid fluorocarbon in a whole body water immersion respirator
Effects of positive Gy acceleration on blood oxygen saturation and pleural pressure relations in dogs breathing air and liquid fluorocarbons in whole body water immersion respirator
Banchero, N.↗
Liquid breathing - Prevention of pulmonary arterial-venous shunting during acceleration.
Dependent pulmonary atelectasis, arterial-venous shunting, and downward displacement of the heart caused by the gravitational-inertial force environment were prevented in dogs breathing oxygenated liquid fluorocarbon in a whole-body water-immersion respirator. Partial closure of the major airways during part of the expiratory phase of liquid respiration was a significant problem initially but was minimized in subsequent studies.
Sass, D. J.↗
Roentgenographic study of relative heart motion during vibration in water-immersed cats.
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Sass, D. J.↗
Digital computer analysis of circulatory and respiratory pressures in water-immersed dogs breathing liquid in force environments of 1 and 7 Gy
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Sass, D. J.↗
Some effects of acceleration in man and chimpanzees
Early physiologic experiments using dogs and humans in centrifuges are reviewed. Because of the close similarity between the shape and dimensions of the thoraces of chimpanzees and humans, the former were used to obtain roentgenograms and photokymographic recordings of multiple physiologic variables before and during exposure to +5.8 Gy to study the effects of changes in the gravitational-inertial force environment on the cardiovascular and pulmonary systems during long duration space flight. A computer-controlled sciscanning system was used to obtain a two dimensional map of the amount of radiation emanating from the dorsal and ventricle surfaces after insertion of radioactive microspheres in the right ventricle. By using four different batches of microspheres tagged with isotopes of different energies, the spatial distribution of pulmonary blood flow under four conditions was determined.
Wood, E. H.↗