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Guide to the Naval Medical Research Institute (U. S.) research report, 1947 - 1977


Medical Center Library, Duke University Medical Center.
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Descriptive Summary

Repository
Duke University Medical Center Library and Archives
Creator
Naval Medical Research Institute (U. S.)
Title
Naval Medical Research Institute (U. S.) research report, 1947 - 1977

Administrative Information

Access Restrictions
No restrictions.
Copyright Notice
Copyright for Official University records is held by Duke University; all other copyright is retained by the authors of items in these papers, or their descendants, as stipulated by United States copyright law.
Preferred Citation
[Identification of item], Naval Medical Research Institute (U. S.) research report, Medical Center Library and Archives, Duke University, Durham, NC, USA.
Acquisitions Information
Gift; Undersea and Hyperbaric Medical Society
Processing Information
Processed by Cataloging and Bibliographic Services Department, 2007
Encoded by Charlie Spencer Lackey, October 2007

Online Catalog Headings

Diving Periodicals

Collection Series

Container List

Naval Medical Research Institute research report, 1947-1977.
no.4: A review of physiologic and clinical data pertaining to decompression sickness, by Albert R. Behnke, 1947
[Unnumbered]: In vivo measurement of body fat and body water in a group of normal men, Elliott F. Osserman, et al., 1954
no.3: Alterations in glycolysis by cell-free rat brain homogenate under high oxygen pressure, J.J. Thomas, Jr., E.M. Neptune, Jr., H.C. Sudduth, 1963
no.3: A review of current concepts and practices used to control body heat loss during water immersion, E.L. Beckman, 1964
no.4: The incidence of decompression sickness in dogs following 7, 12, 18, and 24 hour saturation dives with "no-stop" decompression, E. Reeves and E.L. Beckman, 1966
no.5: The relationship of scuba diving to the development of aviators' decompression sickness, Donald E. Furry, Elizabeth Reeves, Ed Beckman, 1966
no.7: An evaluation of the foamed neoprene "diver's wet suit" as a survival garment for helicopter aircrews, E. Reeves, M.P. Stephens, E.L. Beckman, 1966
no.9: Comparison of physiological changes during long term immersion to neck level in water at 95 [degrees], 85 [degrees], and 75 [degrees] F, E. Reeves, et al., 1966
no.1: Etiology of decompression sickness: characteristics of bubble formation in vivo, R.G. Buckles, 1967
no.1: Physiological studies of the Mark IX mixed gas scuba, N.R. Anthonisen, 1969
no.1: Evaluation of the NSRDL heater pump performance characteristics and reliability, D.L. Jackson, J.F. Tauber, and J.S.P. Rawlins, 1969
no.2: Theoretical thermal requirements for the Mark II diving system, J.F. Tauber, J.S.P. Rawlins, and K.R. Bondi, 1969
no.17: Physiological evaluation of a free-flooding diver heat replacement garment, K.R. Bondi and J.F. Tauber, 1969
no.1: The effect of hyperbaric exposure on serum constituents in the rat: a preliminary study, G.M. Adams, et al., 1970
no.2: Project RIM: design and implementation, by J. Michael Walsh, et al., 1970
no.2: Timing behavior in the assessment of adaptation to nitrogen narcosis, J. Michael Walsh and Arthur J. Bachrach, 1971
no.3: Development of a heater-pump to protect a diver in cold water, M. Eicher, et al., 1971
[Unnumbered]: Life history and success in diving school, by Roland Radloff, 1971
no.1: A bibliography of the role of the vestibular apparatus under water and pressure: content-oriented and annotated, Robert S. Kennedy, 1972
no.2: A 15 channel multiplexed analog data transmission system, by William E. Moritz and Paul A. Van Akkeren, 1972
no.3: A diver monitoring system for physiologic studies in all hyperbaric environments, by William E. Moritz, 1972
no.4: An ergometer for use in all hyperbaric environments, by William E. Moritz and William H. Mints, 1972
[Unnumbered]: Predicted body temperature responses of humans to thermal gradients in helium-oxygen at pressures of 30-50 atmospheres absolute, Lawrence Raymond, 1972
no.4: A self-contained load-handling pontoon, Kenneth J. Conda and F.W. Armstrong, Jr., 1973
no.5: The synergistic effect of pressure and oxygen and its relationship to decompression sickness in mice, T.E. Berghage, K.J. Conda, and F.W. Armstrong, 1973
no.5: Decompression schedules for use in behavioral studies with laboratory rats, J.R. Thomas, et al., 1973
no.1: A set of tables of the relative speed of sound in various gas mixtures, Michael J. Ackerman and Georgia Maitland, 1974
no.7: A contactless switch for hyperbaric research use, George J. Tresansky, 1974
no.8: NMRI hyperbaric research facility, James M. Woolley, 1974
no.4: A hyperbaric, constant-temperature growth system suitable for cultivation of microorganisms in gaseous environments pressurized to 1000 PSIG, R. Robertson and V. Frattali, 1975
no.1: Environmental evaluation of an injured swimmer flotation device, by H.C. Langworthy and L.M. Fraser, 1976
no.1: The effect of prostaglandin E1 on the course of decompression sickness in dogs, J.M. Young, J.M. Hallenbeck, and R.M. Fine, 1977
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