*Articles are from Aviation, Space and Environmental Medicine unless otherwise noted.

 

Analysis of the Gz environment during air combat maneuvering in th #qA-18 fighter aircraft. Apr. 1999 p. 310-315 (D.G. Newman & R. Callister).

 

Anti-G suit inflation rate requirements. Jul. 1988 p. 601-605 (R.R. Burton).

 

Assessment of the anti-G straining maneuver skill performance and reinforcement program. Apr. 1997 p. 322-324 (T.J. Lyons & B.L. Marlowe).

 

Asymmetric visual deficit at high sustained Gz. Jun. 1991 p. 573-574 (Michael A. Paul).

 

Characterization of the resulting incapacitation following unexpected +Gz-induced loss of consciousness. Jul. 1987 p. 699-706 (James E. Whinnery)

 

A comparison of human impact responses in restraint systems with and without a negative G strap. Apr. 1986 p. 301-312 (Bernard F. Hearon & James W. Brinkley).

 

Comments on asymmetric visual loss associated with +Gz stress Jun. 1991 p. 575-576 (James E. Whinnery).

 

A conceptual model for predicting pilot Group G tolerance for tactical fighter aircraft. Aug. 1986 p. 733-744 (Russell R. Burton).

 

Contrast sensitivity after +Gz acceleration. Oct. 2003 p. 1048-1051 (P.I. Chow & T.S. Wen).

 

Decreasd +Gz tolerance following lower body positive pressure simulated push-pull effect Nov. 2001 p. 1045-1047 (W.X. Zhang).

Determination of pressure breathing for improving +Gz tolerance Jul. 1992 572-578 (M. Pecaris & F. Buick).

Development of anti-G suits and their limitations Jul. 1987 p. 699-706 (Earl H. Wood).

The development of the Australian Anti-G suit Feb. 1990 p. 176-182 (Wilfrid H. Brook).

Effect of G-suit protection in carotid-cardiac baroflex function Jan. 2000 p. 31-36 (V.A. Convertino & C.A. Reister).

The effect of Gz offset rate on recovery from acceleration-induced loss of consciousness Oct. 1990 p. 929-934 (Cyrus M. Whinnery).

The effect of head and body position on +Gz acceleration tolerance May 1994 p. A90-A94 (A. Tong & R.C. Hill).

The effect of a new ejection seat headbox and high G garments on head mobility during air combat Mar. 1994 p. 187-192 (G.W. McCarthy & D.J. Anton).

Effects of extending G-suit coverage on cardiovascular responses to positive pressure breathing Dec. 1993 p. 1101-1107 (L.S. Goodman & W.D Fraser).

The effects of +Gz on the coronary circulation: A review Jan. 1986 p. 5-16 ( M. Harold Laughlin).

The effects of long-term aerobic conditioning on +Gz tolerance Mar. 1987 p. 199-204 (James E. Whinnery).

The effects of strength training and centrifuge exposure on +Gz tolerance Dec. 1994 p.1097-1104 (R. Bulbulian).

The electrocardiographic response of females to centrifuge +Gz stress Nov. 1990 p. 1046-1051 (Angela M. Whinnery & James E.).

The electrocardiographic response to High =Gz centrifuge training Aug. 1990 p. 716-721 (James E. Whinnery).

Errors in measurement of Gz acceleration tolerance Mar. 1991 p. 261-265 (David A. Ludwig).

Female exposure to high G: Chronic adaptations of cardiovascular functions Sept. 1998 p. 875-882 (V.A. Convertino & C.A. Reister).

 

The G Force machine Air & Space Smithsonian Apr./May 2007 p. 68-71

G-induced loss of consciousness accidents: USAF Experience 1982-1990 (Jan. 1992) 60-66 (Terence J. Lyons).

G-induced loss of consciousness; case-control study of 78 G-locs in the F-15, F-16, and A-10 Apr. 2005 p. 370-374 (N. L. Sevilla & J.W. Gardner).

G-induced loss of consciousness, introduction Jan. 1988 p. 1-5 (Russell R. Burton).

+Gz loss of consciousness in undergraduate pilot training Oct. 1986 p. 997-999 (Whinnery).

G –risk indicator management program Nov. 2004 p. 12-13. (Dr. Sam Galvaano & Capt. Thomas Massa).

G-tolerance standards for aircrew training and selection Oct. 1987 p. 1024- (Kent K. Gillingham).

G-transition effects and their implications. Aug. 2001 p. 758-761. B. Cheung Ph.D.

Hearing thresholds during Gz acceleration with masking noise Nov. 2004 p. 952-955 ( P.M.B. Sandore).

Heart rate and blood pressure responses to +Gz following varied duration Gz Feb. 2000 p. 137-141 (L.S. Goodman).

High G training and superficial phlebitis: a case report Aug. 1990 p. 748-749 (Francis X. Speidel).

High +Gz centrifuge training: the electrocardiographic response to +Gz-induced loss of consciousness Jul. 1990 p. 609-614 (Robert S. Kennedy).

High G stress and orientational stress: physiologic effects of atrial maneuvering Nov. 1988 p. A 10-A20 (Kent K. Gillingham).

Human tolerance to Gz acceleration loads generated in high-performance helicopters Aug. 2001 p. 693-703 (B.S. Shender).

Improved anti-G protection boosts sortice generation ability Feb. 1998 p. 117-120 (A. Tong & U.I. Balldin).

Mass discrimination under Gz acceleration Apr. 1991 p. 319-324. (John J. Darwood).

A mathematical model of G time-tolerance Oct. 1993 p. 947-951 (James E. Whinnery).

Mathematical models for predicting G- duration tolerances. Oct. 2000 981-990 (R.R. Burton).

Methods for describing and quantifying +Gz – induced loss of consciousness Aug. 1989 p. 798-802 (James E. Whinnery).

A new hydrostatic Anti-G suit vs. a pneumatic anti G system: preliminary comparison Jul. 2002 p. 703-708 (O. Eiken).

Lower body negative pressure system for stimulation of +Gz-induced physiological strain Feb. 1993 p. 165-169 (C. A. Verghese & A.S. K. Prasad).

Overhead and forward reach capability during exposure to +1 to +GX loads Nov. 1993 979-984 (L.E. Schafer & J.P. Bagian).

Panel on deliberate G- induced loss of consciousness: introduction Jul. 1991 p. 609-611. (Russell R. Burton).

Performance recovery following +Gz –reduced loss of consciousness. Jul. 1991 p. 615-617 (John W. Burns).

Physiologic correlates of protection afforded by anti-G suits Feb. 1990 p. 106-111 (Robert W. Krutz).

Physiological bases of G-induced loss of consciousness Jul. 1991 p. 612-614 (Paul M. Werchan).

Pilot performance of the anti-G straining maneuver: respiratory demands and breathing systems effects Apr. 1997 p. 312-316 (P.E. Whiteley).

Potential hazards of high Anti-Gz suit protection Nov. 1992 p. 1024-1028 (Earl H. Wood).

A preliminary report on a new Anti-G maneuver Oct. 1988 p. 968-972 (Hong-Zhang Guo).

Preventing G-induced loss of consciousness: 20 years of operational experience Feb. 2004 p. 150-153 (T.J. Lyons & C. Davenport).

The “push-pull effect” and G-reduced loss of consciousness accidents in the U. S. air Force Nov. 1998 p. 1104-1106 (V. J. Michand & T. J. Lyons).

Recovery from Gz-induced loss of consciousness: psychophysiologic considerations Jun. 1988 p. 517-522 (Estrella M. Forster).

Recovery to +1 Gz and +2 Gz following +Gz-induced loss of consciousness: operational considerations Nov. 1989 p. 1090-1095 (James E. Whinnery).

Recurrent +Gz – induced loss of consciousness Oct. 1987 p. 943-947 (James E. Whinnery).

Reflex heart rate response to variable onset +Gz Mar. 1988 p. 219-254 (James E. Whinnery).

A review of central nervous system effects of G induced loss of consciousness on volunteer subjects Jul. 1991 p. 624-627 (David R. Jones).

Science and Technology Committee Panel- G-induced loss of consciousness Jan. 1988 p. 2-5 (Russell R. Burton).

Steady state and transient G-excess effects Mar, 1991 p. 252-253 (Fred E. Guedry).

Thermal study of anti-G ensemble aboard F-16 aircraft in hot weather Apr. 1995 p. 309-312 (S.A. Nunneley & J. French).

Unequal narrowing of the visual field in a +Gz environment Oct. 1991 p. 986-988 (Stephen E. Popper).

Unpredictability of fighter G tolerance using anthropmetric and physiological variables Feb. 1991 p. 128-135 (Masahiro Takahashi).

Vestibulo-ocular responses in man to Gz hyperactivity Jul. 1990 p. 631-635 (J.T. Marcus).

Women’s G tolerance Aug. 1986 p. 745-753 (Cristy M. Schade).

 

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Updated 10/21/2008