Method and apparatus for varying thermal conductivity Patent

Method and apparatus for adjusting thermal conductance in electronic components for space us

Investigation of Perognathus as an experimental organism for research in space biology Progress report, 1 Apr. - 30 Jun. 1966

Anatomical brain structure of Perognathus longimembri

Investigation of Perognathus as an experimental organism for research in space biology Progress report, 1 Jul. - 30 Sep. 1966

Body temperature regulatory mechanism and extreme environment response of pocket mous

Investigation of Perognathus as an experimental organism for research in space biology Progress report, 1 Jan. - 31 Mar. 1966

Hibernation characteristics of pocket mice and temperature effect on torpidit

Investigation of Perognathus as an Experimental Organism for Research in Space Biology Summary Progress Report, 3 Jan. - 30 Sep. 1967

Hypoxia induced hypothermia and hemoglobin oxygen affinity in Perognatu

Bimetallic junctions

The formation of voids through interdiffusion in bimetallic welded structures exposed to high operating temperatures is inhibited by utilizing an alloy of the parent materials in the junction of the parent materials or by preannealing the junction at an ultrahigh temperature. These methods are also used to reduce the concentration gradient of a hardening agent

Research on the properties of circadian systems amenable to study in space

Three areas of inquiry are reported for the Skylab Experiment S-071 whose objective was to study the circadian system of a mammal during space flight. The thermoregulatory behavior of the Perognathus longimembris, or little pocket mouse, was studied under conditions of constant dark and constant temperature in the prolonged weightless environment of Skylab. The following specific questions were studied: (1) the effects of weightlessness on circadian periodicity in the little pocket mouse; (2) stability of the free-running circadian period of body temperature of the little pocket mouse exposed to simulated launch stress; and (3) characteristics of the circadian rhythm of body temperature in the little pocket mouse. Diagrams of the electronic circuitry and hardware used in the experiment are shown and results are given in both graphical and tabular form. The methods used in the experiment are fully documented, along with conclusions and recommendations for future research

Investigation of perognathus as an experi- mental organism for research in space biology progress report, 1 apr. - 30 jun. 1965

Reproduction of mice in confinemen

Investigation of perognathus as an experimen- tal organism for research in space biology fourth quarterly progress report, 1 jul. - 30 sep. 1964

Perognathus investigated as experimental organism for space biology researc