Air Force register.

The register for 1948 was combined with the Official Army register, under title: Official Army and Air Force register.

Spatial abilities and selected elements of Air Force technical jobs,

ASTIA document no. AD-207 336.

Spatial tests as predictors of success in Air Force training,

Mode of access: Internet.

Proceedings of the Air Force Science and Engineering Symposium, 8-10 October, 1963 /

"Sponsored by Office of Aerospace Research, Air Force Systems Command, United States Air Force."

History of tracks and track testing at the Air Force Missile Development Center, Holloman Air Force Base, New Mexico,

Bibliographical references in "Notes."

Air Force airman's guide : Delayed Enlistment Program

Shipping list no.: 86-308-P.

The Air Force chaplain service.

Cover title.

Hearings on H.R. 2637, to amend title 10, United States Code, to authorize the Secretary of the Air Force to contract with air carriers ... and the posture of the U.S. military airlift before the Committee on Armed Services, House of Representatives, Ninety-fifth Congress, first session, September 19, 20, 1977.

Mode of access: Internet.

Survey of occupational mobility, conducted by the cooperating university research centers and the Social Science Research Council for the U. S. Department of the Air Force and the U. S. Bureau of the Census. Voluntary shifts of St. Paul workers 1940-44 and 1945-50.

Mimeographed.

Baseline aquatic faunal survey of Avon Park Air Force Range, Florida: fishes, mollusks, and crayfishes

This report presents results of the first systematic study of the diversity and distribution of fishes and mussels in Avon Park Air Force Range (APR). We also provide information on crayfishes and aquatic snails taken during our fish and mussel sampling activities. Our surveys documented the presence of 46 species of fishes (43 native and 3 nonindigenous), 9 species of mussels (including 8 native and 1 nonindigenous species), 5 species of aquatic snails, and two crayfish species. (347 page document)

Predicting neck pain in Royal Australian Air Force fighter pilots

Objective: Fighter pilots frequently report neck pain and injury, and although risk factors have been suggested, the relationships between risk factors and neck pain have not been quantified. The aim of this study was to identify personal and work behaviors that are significantly associated with neck pain in fighter pilots.
Methods: Eighty-two Royal Australian Air Force fighter pilots were surveyed about their flying experience, neck pain prevalence, and prevention. Multinomial logistic regressions were used to fit models between pilots' neck pain during and after flight and a range of personal and work characteristics.
Results: In-flight neck pain was very weakly, yet positively associated with flight hours. Duration of postflight pain was positively associated with the weekly desktop work hours and the sum of preventative actions taken in flight. The duration pilots were considered temporarily medically unfit for flying was positively associated with pilots' age and their weekly desktop work hours.
Discussion: The risk factors identified by the current study should guide neck pain prevention for fighter pilots. In particular, reducing desktop working hours as well as incorporating specific neck-strengthening exercises and in-flight bracing actions should be considered by agencies to help alleviating neck pain in their pilots

Chemical emergency preparedness and prevention technical assistance bulletin : Tinker Air Force Base, Oklahoma : State of Connecticut : Cumberland County, Maine : Wyandotte County, Kansas.

Mode of access: Internet.

Status of the remotely piloted aircraft programs, Departments of the Air Force and Army : report to the Congress /

Publication date stamped on cover.

Air Force officers : personnel policy development, 1944-1974 /

Mode of access: Internet.