Appendix D
Preliminary Outlines of Panel Reports
Structural and Multifunctional Materials Panel Report
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Summary
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Introduction
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Scope of Study
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Inputs to the Panel
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DOD Systems Needs Addressed by the Panel
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Rationale for Panel Report Structure
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Lighter, Stiffer, Stronger Materials for Space and Aerospace Structures
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High-Temperature Materials for Propulsion and Reentry Vehicles
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Smart Materials—Multifunctionality
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Mobility Materials—Land and Sea Based
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Non Destructive Investigation/Non Destructive Evaluation—Health Monitoring and Condition Based Maintenance
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Operational Support Materials
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Surface Treatments, Coatings, and Thin Films
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Conclusions and Recommendations
Energy and Power Materials Panel Report
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Executive Summary and Major Conclusions
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Introduction
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Statement of Task/Scope
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Description of Study Process
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Overall System Needs Relevant to Panel
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Guide to Panel Report
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DOD Needs and Challenges
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Energy Storage
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Future Defense Needs for Energy Storage
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Electrical and Electrochemical Storage
Batteries
Capacitors
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Magnetic Energy Storage
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Chemical Energy Storage
Fuels
Explosives and Propellants
Other
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Energy Conversion
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Future Defense Needs for Energy Conversion
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Fuel Cells
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Microturbines/MEMS Heat Engines
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Other
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Assessment of Need for DOD Investment
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Power Generation
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Future Defense Needs for Power Generation
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Electric Propulsion
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Generation Components (switches, drives, etc.)
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Power Conditioning/Transmission
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Assessment of Needs for DOD Investment
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Energy on Target (Weapons)
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Future Defense Needs for Placing Energy on Target
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High- and Low-Energy Laser Weapons
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High-Power Microwave (HPMV) and Acoustics
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Particle Beams
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Electro-Magnetic Launch
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Assessment of Needs for DOD Investment
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Energy Dissipation
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Future Defense Needs for Energy Dissipation Materials
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Armor
Body armor
Transparent armor
Active armor
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Low- and High-Energy Laser-Hardened Materials
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Other
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Assessment of Need for DOD Investment
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Sensor-Related Energy and Power
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Future Defense Needs
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Unique Issues Related to Power, Energy, and Sensing
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Assessment of Need for DOD Investment
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Energy Sources
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Future Defense Issues Regarding Energy Sources
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DOD Reliance on Energy Sources
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Energy Harvesting
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Other
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Assessment of Need for DOD Investment
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Preferred Challenges
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Crosscutting Issues to be Addressed to Meet Materials Challenges
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Recommendations/Future Actions
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Discarded Opportunities/Materials Science Challenges (Why discarded?)
Electronic and Photonic Materials Panel Report
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Executive Summary
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Introduction
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Statement of Task/Scope
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Description of Inputs to Panel
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Overall System Needs Relevant to Panel
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Guide to Panel Report
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Electronics
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Future Defense Needs for Advances in Electronics
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Commercial/Other Drivers for Technologies Needed by DOD
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DOD-Specific Needs in Electronics, Including “Ilities”
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Assessment of the Need for DOD Investment
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Optoelectronics And Photonics
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Future Defense Needs for Advances in Optoelectronics And Photonics
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Commercial/Other Drivers for Technologies Needed By DOD
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DOD-Specific Needs in Optoelectronics and Photonics, Including “Ilities”
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Assessment of the Need for DOD Investment
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Sensors
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Future Defense Needs for Advances in Sensors
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Commercial/Other Drivers for Technologies Needed by DOD
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DOD-Specific Needs in Sensors, Including “Ilities”
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Assessment of the Need for DOD Investment
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Microsystems
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Future Defense Needs for Advances in Microsystems
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Commercial/Other Drivers for Technologies Needed by DOD
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DOD-Specific Needs in Microsystems, Including “Ilities”
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Assessment of the Need for DOD Investment
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Conclusions And Recommendations
Functional Organic and Hybrid Materials Panel Report
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Summary
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Introduction
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Scope of Study
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Inputs to the Panel
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DOD Systems Needs Addressed by the Panel
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Rationale for Panel Report Structure
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Low Molar Mass Organic Materials
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Macromolecular Organic Materials
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Polymer-Ceramic Hybrid Materials
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Metallic Functional Materials with Organic Moieties
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Conclusions And Recommendations
Bio-derived and Bio-inspired Materials Panel Report
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Summary
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Introduction
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Scope of Study
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Inputs to the Panel
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DOD Systems Needs Addressed by the Panel
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Rationale for Panel Report Structure
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Structural Materials: Weight Reduction, Ballistic Protection, Environmentally Driven Responsiveness, Self-Healing
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Functional Materials: Sensors, Diagnostics, Fast Switching, Molecular Circuits, High Density Energy Storage.
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Battlefield/Civilian Chemical and Biological Warfare Identification, Interdiction, Counteraction
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Medical: Battlefield Wound Identification, Countermeasures
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Conclusions and Recommendations