C. Blood

发表

Using the Shipboard Casualty Projection System (SHIPCAS) to Forecast Ship Hits and Casualty Sustainment.

Christopher G. Blood, J. S. Marks, Jeffrey S. Marks, 1997 .

A descriptive analysis of wounds among U.S. Marines treated at second-echelon facilities in the Kuwaiti theater of operations.

C G Blood, C. Blood, C. Newland, 1993, Military medicine.

The relationship between battle intensity and disease rates among Marine Corps infantry units.

E. D. Gauker, C. Blood, 1993, Military medicine.

A system to project injury and illness incidence during military operations

C. Blood, E. O'Donnell, 1995, Journal of Medical Systems.

The optimal placement of casualty evacuation assets: a linear programming model

C. Blood, S. C. Sundstrom, S. A. Matheny, 1996, Proceedings Winter Simulation Conference.

A system to project injury and illness incidence during military operations

C. Blood, E. O'Donnell, D. Rotblatt, 1996, WSC.

Medical Resource Planning: The Need to Use a Standardized Diagnostic System

Christopher G. Blood, C. Blood, Corazon B. Nirona, 1989 .

Emergency medicine in the Persian Gulf War--Part 3: Battlefield casualties.

C. Blood, F. Burkle, C. Newland, 1994, Annals of emergency medicine.

Shipboard medical admissions during peacetime and combat support deployments.

C. Blood, 2000, Military medicine.

Modeling Casualty Sustainment During Peacekeeping Operations

Christopher G. Blood, G. J. Walker, C. Blood, 2003 .

Casualty Sustainment During Naval Warfare: Adjustments to World War II-Based Projections.

Christopher G. Blood, J. S. Marks, Jeffrey S. Marks, 1995 .

Analyses of battle casualties by weapon type aboard U.S. Navy warships.

C. Blood, 1992, Military medicine.

Heart Rate Variability and Changes in Blood Volume

C. Blood, R. Hagan, M. Buono, 2000 .

A comparison of postdeployment hospitalization incidence between active duty Vietnam and Persian Gulf War Veterans.

C. Blood, T. Aboumrad, Tabatha Aboumrad, 2001, Military medicine.

Implications for modeling casualty sustainment during peacekeeping operations.

Christopher G Blood, C. Blood, G. J. Walker, 2002, Military medicine.

Comparisons of casualty presentation and admission rates during various combat operations.

W M Pugh, C G Blood, E. D. Gauker, 1994, Military medicine.

Emergency medicine in the Persian Gulf War--Part 2. Triage methodology and lessons learned.

C. Blood, F. Burkle, S. Orebaugh, 1994, Annals of emergency medicine.

Ship size as a factor in illness incidence among U.S. Navy vessels.

C. Blood, D. Griffith, 1988, Military medicine.

Comparisons of disease and nonbattle injury incidence across various military operations.

C. Blood, R. Jolly, 1995, Military medicine.

Age-specific morbidity among Navy pilots.

C. Blood, A. Hoiberg, 1983, Aviation, space, and environmental medicine.

Analyses of variables underlying U.S. Navy diving accidents.

C. Blood, A. Hoiberg, 1985, Undersea biomedical research.

An assessment of the potential for reducing future combat deaths through medical technologies and training.

C. Blood, J. Puyana, D. Hoyt, 2002, The Journal of trauma.

Health risks of diving among U.S. Navy officers.

C. Blood, A. Hoiberg, 1986, Undersea biomedical research.

Age-specific morbidity and mortality rates among U.S. Navy enlisted divers and controls.

C. Blood, A. Hoiberg, 1985, Undersea biomedical research.

A Medical Planning Tool for Projecting the Required Casualty Evacuation Assets in a Military Theater of Operations.

Christopher G. Blood, Serge A. Matheny, David C. Keith, 1997 .