The admittance of the infinite cylindrical antenna immersed in a lossy, compressible plasma.
Admittance of infinite cylindrical antenna immersed in lossy compressible plasma
Miller, E. K.↗
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Admittance of an inhomogeneously sheathed infinite cylindrical antenna immersed in an isotropic, compressible plasma.
Admittance of inhomogeneously sheathed infinite cylindrical antenna immersed in istropic compressible plasma
Miller, E. K.↗
Radiation resistance of a short dipole immersed in a cold magnetoionic medium.
Radiation resistance of short dipole immersed in cold magnetoionic medium, using polarized wave modes
Bell, T. F.↗
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.↗
Ellipsometric liquid immersion method for the determination of all the optical parameters of the system - Nonabsorbing film on an absorbing substrate.
Ellipsometric liquid immersion method for optical parameters determination of system with nonabsorbing surface film on absorbing substrate
Knausenberger, W. H.↗
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↗
Operational aspects of simulating weightlessness by use of the water immersion technique
Water immersion for weightlessness simulation in astronaut training
Covington, J. H.↗
A theoretical study of Hall parameter measurements with an immersible three-coil conductivity/velocity plasma probe Final report, 1 Oct. 1969 - 1 Apr. 1970
Hall parameter measurements with immersible three coil conductivity/velocity plasma probe
Vendell, E.↗
Scaling parameters for the simulation of highly expanded rocket exhaust plumes and the resultant impingement forces on an immersed body
Scaling parameters for simulating highly expanded rocket exhaust plumes and resultant impingement forces on immersed bodies
Stephens, J. T.↗
Water immersion reduced-gravity simulation.
Water immersion technique to simulate zero and partial gravity conditions for investigation of astronaut capability to execute extravehicular work procedures
Bruchey, W. J., Jr.↗
On VLF radiation fields along the static magnetic field from sources immersed in a magnetoplasma
Wave focusing along static magnetic field from radiating VLF source immersed in cold magnetoplasma
Bell, T. F.↗
Diagnostics of a supersonic plasma stream using an immersed microwave probe
Supersonic plasma stream diagnostics using immersed microwave probes
Baker, F. A.↗
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.↗
Diagnostics of a supersonic plasma stream using an immersed microwave probe
Electron density profiles in supersonic plasma jet, using immersed microwave probe
Baker, F. A.↗
Hybrid water immersion simulation of manual IVA performance in weightlessness
A description is given of the development, tests, and analysis of a manual simulator. The simulator was developed to test mass handling and translation under weightlessness conditions by a test subject. The system is composed of a hybrid simulator with a combination of water immersion and mechanical, Peter Pan, simulation. The concept operates on the equivalence principle, with the subject and the cargo remaining quasi-stationary. Movement is effected through a moving device controlled through force by the subject. Motion response is determined through computations of the inertial movement under such conditions.
Loats, H. L., Jr.↗
A study analysis of cable-body systems totally immersed in a fluid stream
A general stability analysis of a cable-body system immersed in a fluid stream is presented. The analytical portion of this analysis treats the system as being essentially a cable problem, with the body dynamics giving the end conditions. The mathematical form of the analysis consists of partial differential wave equations, with the end and auxiliary conditions being determined from the body equations of motion. The equations uncouple to give a lateral problem and a longitudinal problem as in first order airplane dynamics. A series of tests on a tethered wind tunnel model provide a comparison of the theory with experiment.
Delaurier, J. D.↗
Current distribution on an infinite tubular antenna immersed in a cold collisional magnetoplasma.
Based upon a boundary-value formulation, a new approximate expression is derived for the total axial current on an infinite antenna immersed in an unbounded, cold, collisional magnetoplasma with a dc magnetic field oriented parallel to the antenna. Numerical results are presented for the current distributions over plasma parameters corresponding to each of the eight regions of the Clemmow-Mullaly-Allis diagram and for different values of the collision frequency.
Bhat, B.↗
Physiologic responses to water immersion in man: A compendium of research
A total of 221 reports published through December 1973 in the area of physiologic responses to water immersion in man were summarized. The author's abstract or summary was used whenever possible. Otherwise, a detailed annotation was provided under the subheadings: (1) purpose, (2) procedures and methods, (3) results, and (4) conclusions. The annotations are in alphabetical order by first author; author and subject indexes are included. Additional references are provided in the selected bibliography.
Kollias, J.↗