149:, from September through November 1992. Individual task performance-data were collected by the Test and Experimentation Command (TEXCOM) Close Combat Test Directorate, and collective task performance data were assessed by personnel from the U.S. Army Infantry School (USAIS). Soldier impressions on and suggestions for the SIPE equipment were collected. As a technical advisory service to the SIPE ATD, U.S. Army Research Institute for the Behavioral and
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compared over 100 minutes at 18.5 deg C, 50% rh. Responses to MOPP 4 and SIPE 4 MCC were compared over four hours of intermittent work-rest cycles at 30.0 deg C, .50% rh. There were no differences between MOPP 0 and SIPE 0, MOPP 1 and SIPE 1, and MOPP 4 and SIPE 4 with no cooling (in both environments) . Core temperature, skin temperature, heat storage, and
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0, MOPP 1, and MOPP 4 with equivalent SIPE configurations, including SIPE 4 with and without ambient air microclimate cooling (MCC). Responses to all uniforms were compared over 100 minutes of continuous treadmill walking at 30.0 deg C, 50% rh. Responses to MOPP 4 and SIPE 4 with no cooling were also
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was greater in SIPE 4 MCC than in MOPP 4. Three volunteers completed the 4-hour tests in SIPE 4 MCC with similar advantageous trends apparent from the cooling. It is concluded that the SIPE clothing did not increase thermal strain compared to equivalent MOPP levels, and MCC, (although increasing
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and overall protection of the troops. This environmental chamber study compared physiological responses of volunteers exercising in
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The field portion of the
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A Physiological
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uniform weight by approximately 10 kg) reduced thermal strain at 30.0 deg
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Zieniewicz, M. J.; Johnson, D. C.; Wong, C.; Flatt, J. D. (2002).
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This system will increase lethality, mobility, survivability,
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