| | AIR FORCE SCIENTIST AND ENGINEER ROLES IN COMBATING |
| | 0,18 | | MB | WEAPONS OF MASS DESTRUCTION |
| | 43 | | stron |
| | 4185 | | ID | SCHOOL OF ADVANCED AIRPOWER STUDIES, AIR UNIVERSITY |
| | 2004 | | rok |
| | Contents |
| | DISCLAIMERII |
| | PREFACEV |
| | ABSTRACTVI |
| | INTRODUCTION.1 |
| | Purpose.2 |
| | The CBRN S&E Defined2 |
| | The Military Challenge of CBRN.3 |
| | Chemical Weapons3 |
| | Biological Weapons.5 |
| | Radiological Weapons.6 |
| | Nuclear Weapons.6 |
| | DOCTRINE AND REQUIREMENTS REQUIRING THE CBRN S&E.9 |
| | Strategic Direction.10 |
| | The National Strategy to Combat Weapons of Mass Destruction.10 |
| | Military Transformation: A Strategic Approach.11 |
| | Strategic Deterrence Joint Operating Concept12 |
| | Operational Level Doctrine.13 |
| | The United States Air Force Transformation Flight Plan13 |
| | Joint Doctrine for Operations in Nuclear, Biological, and Chemical (NBC) Environments.14 |
| | Counter Nuclear, Biological, and Chemical Operations.16 |
| | Concept of Operations for Scientists and Engineers in the United States Air Force17 |
| | CBRN S&E DEVELOPMENT.21 |
| | Work Force Demographics—The Problem.22 |
| | Education and Training of CBRN S&E Personnel23 |
| | The Air Force Institute of Technology (AFIT) Graduate Nuclear Engineering (GNE) Program23 |
| | Defense Nuclear Weapons School (DNWS).24 |
| | Air Force National Laboratories Technical Fellowship Program (AFNLTFP)24 |
| | Other Potential Areas of Collaboration.25 |
| | Developing the CBRN S&E25 |
| | The Military CBRN S&E26 |
| | The Civilian CBRN S&E26 |
| | Possible Solutions27 |
| | CONCLUSIONS AND RECOMMENDATIONS32 |
| | Recommendations.32 |
| | BIBLIOGRAPHY35 |