JANNAF INTERAGENCY PROPULSION COMMITTEE
JOINT ARMY-NAVY-NASA-AIR FORCE

1999 JANNAF
36TH COMBUSTION SUBCOMMITTEE 
AIRBREATHING PROPULSION SUBCOMMITTEE
PROPULSION SYSTEMS HAZARDS SUBCOMMITTEE

JOINT MEETINGS

MEETING ANNOUNCEMENT AND CALL FOR PAPERS

The Combustion Subcommittee (CS), Airbreathing Propulsion Subcommittee (APS), and Propulsion Systems Hazards Subcommittee (PSHS) will hold a joint meeting, Monday through Friday, 18-22 October 1999 at NASA Kennedy Space Center and the DoubleTree Hotel, Cocoa Beach, Florida.  The meetings will be comprised of Secret, Confidential, and Unclassified sessions.  Attendance at the classified sessions will be limited to U.S. citizens who possess a Secret/Confidential level security clearance and need-to-know in the areas of missile, space, airbreathing, or gun propulsion.  The Unclassified sessions will be open to all invited U.S. citizens registered with the Defense Logistics Services Center (DLSC). 

Unclassified sessions will be held at the DoubleTree Hotel; classified sessions will be conducted at NASA Kennedy Space Center, Florida.  Dr. Neale A. Messina, of General Dynamics Armament Systems/PCRL is the  Meeting Chairman; Subcommittee Chairs and Program Chairs are listed on the following page.  Area organizers will assist in selected technologies.

Information on individual subcommittee areas of interest is described in this package.  Topics are not intended to be exclusive.  The  Program Committee highly encourages presentations of work in progress.  Individuals who wish to submit an abstract should review the technical areas described in detail in the following pages and complete the abstract form provided herein.  The program as outlined in this call for papers is subject to change throughout the planing process.

COMBUSTION SUBCOMMITTEE (CS)
The 36th CS meeting will include sessions on chemical combustion phenomena occurring within the interior of guns and combustors of solid, liquid, and airbreathing (including small or expendable turbojets) missile and space propulsion systems.  Papers which will aid in developing design criteria to build efficient and stable combustion systems are solicited.  Papers that will aid in synthesizing, interpreting, and validating current knowledge to make research and development results more useful to design engineers are also invited.  

AIRBREATHING PROPULSION SUBCOMMITTEE (APS)
The Airbreathing Propulsion sessions will discuss technical problems and issues associated with airbreathing propulsion systems for application to missiles, launch vehicles, aerospace planes, and remotely piloted vehicles.  This includes technology, components, and engines of the turbojet, ramjet, scramjet, and combined cycle family.  Meeting topics include characterization of system performance, engine cycle analysis and testing, engine design, engine/airframe integration, thermal management, fluid and structural mechanics, and characterization of advanced airbreathing fuels.

PROPULSION SYSTEMS HAZARDS SUBCOMMITTEE (PSHS)
The PSHS meeting will address hazards and related technology areas for strategic missile, tactical missile, gun, and rocket propulsion systems.  Papers are invited that (1) address all aspects of vulnerability and survivability; loading and firing hazards of propulsion systems and weapon systems safety; or (2) aid in synthesizing, interpreting, and validating current knowledge to make research and development results more useful to the design engineer.  Meeting topics generally fall into two groups:  (1) hazards evaluation; and (2) hazards mitigation technology.

JOINT PROGRAM COMMITTEE

Meeting Chair				Dr. Neale A. Messina	GDAS/PCRL, Monmouth Junction, NJ
                                                   (609) 452-9200

CS Subcommittee/Program 		Dr. David S. Downs	TACOM/ARDEC, Picatinny Arsenal, NJ
Chair					(973) 724-3016

APS Subcommittee/Program		Lt. Col. David M. Hazelton	AFRL, WPAFB, OH
Chair					(937) 255-4100

PSHS Subcommittee Chair		Dr. Harold Sandusky	NSWC, Indian Head, MD
                                                   (301) 744?2378

PSHS Program Chair			Ms. Jamie Fisher		AMCOM, Redstone Arsenal, AL
                                                  (256) 876-5115	

SPECIAL EVENTS AND SESSIONS

Sunday, 17 Oct	Preregistration 
Welcome Reception	6:00 - 8:00 PM	
Monday, 18 Oct	Keynote/Welcome Address
JANNAF Subcommittee Awards	8:00 AM	
Monday through Friday	Plenary Sessions - Invited Overviews
  Combustion Research
  Airbreathing Propulsion
  Propulsion Systems Hazards	
8:00 AM - 5:00 PM	
Wednesday, 20 Oct	Social/Reception	6:30 - 10:00 PM	
Thursday, 21 Oct		APS Scramjet Engine Test Standards Workshop	8:00 AM - 5:00 PM	

PLENARY SESSION
INVITED TECHNOLOGY OVERVIEWS

AREA CHAIRMAN:	Ronald S. Fry/JHU-CPIA, Columbia, MD
				  Phone: (410) 992-9951, x206	E-mail: rs_fry@jhu.edu
				James E. Cocchiaro/JHU-CPIA, Columbia, MD
				  Phone: (410) 992-9950, x208	E-mail: jeccoch@jhu.edu

Leading researchers will be invited to present overviews of recent technical contributions of general interest to the combined communities of Combustion, Airbreathing Propulsion, and Propulsion Systems Hazards.  Individuals who wish to submit an abstract for review or wish to nominate another individual are encouraged to do so by contacting Ron Fry or Jim Cocchiaro, JHU/CPIA.

COMBUSTION SUBCOMMITTEE (CS)
TECHNICAL AREAS

AREA 1:  Guns		

AREA CHAIRMAN:	Susan T. Peters/NSWC Indian Head, MD         
				  Phone:  (301) 743-4574		E-mail: SusanPeters@wpnengr.ih.navy.mil
				Philip Y. Hui/US Army TACOM/ARDEC, Picatinny Arsenal, NJ
				  Phone: (973) 724-7401		E-mail: phui@pica.army.mil

Ignition and Combustion of Gun Propellants
Ignition, combustion and fluid mechanics in solid and liquid propellant guns, ram cannons, and electrothermal chemical guns; temperature sensitivity; transient and erosive combustion under gun conditions; burning rate measurement techniques; novel gun propelling charge concepts; interior ballistics of bag, stick, consolidated and traveling charges; innovative ignition systems; novel igniter and propellant formulations; experimental and analytical techniques to support the production of gun propellants and igniter materials; muzzle flash and blast; mechanical behavior and integrity of propellants in a dynamic pressure wave environment; combustion behavior of damaged propellant.  (Papers on gun propellant ignition and combustion and propellant vulnerability will be considered for joint CS/PSHS Sessions.)

AREA 2: Solid Propellants and Combustion

AREA CHAIRMEN:	Fred S. Blomshield/NAWC, China Lake, CA
   Phone: (760) 939-3650		E-mail: fred@ridgecrest.ca.us
				Merrill W. Beckstead/BYU, Provo, UT			
				  Phone: (801) 378-6239		E-mail: mwb@byu.edu	

A.	Decomposition, Ignition, Kinetics, Combustion, and Extinguishment of Ingredients and Solid Rocket Propellants
Decomposition of ingredients and propellants (including kinetics, mechanisms, microstructure and thermochemistry of thermal decomposition); ignition of ingredients and propellants (including ignition mechanisms, ignition transients, igniter designs, especially smokeless igniters and new problems associated with ignition); combustion of ingredients and propellants (including burn rate, pressure exponent, and temperature sensitivity; understanding the microstructural combustion zone structure, chemistry, and heat release; effect of motor environment, including spin, on combustion; transient burning; combustion of fuel rich propellants; analytical modeling including detailed kinetic studies); hazard initiation of propellants (including inadvertent ignition and effects of high burn rate); and methods of extinguishing propellants and implementing thrust termination. (Papers on thermal decomposition ignition and combustion will be considered for joint CS/PSHS Sessions.)

B.	Failure Analysis of Solid Rocket Motors
Combustion analyses including ignition, flame propagation, burning in cracks and defects, burnback and flow behavior in support of accident investigations and failure analyses of solid rocket motors.  (Papers in this area will be considered for joint CS/PSHS Sessions.)

C.	Solid Rocket Propellant Combustion Instability
Development, laboratory, and analytical advancements in this area. Specific topics of interest include: combustion response of low smoke propellants; velocity coupled instability; nonlinear instability; instability at high pressures; motor pulsing; mean flow and acoustics interactions; L* instability; high frequency instability in low smoke motors; combustion response function measurement techniques; analytical methods for predicting propellant response functions and motor stability.

D.	Metal Combustion
Behavior of metallic ingredients with special emphasis on nano-particle metals in solid rocket motors are sought. Individual areas of interest include: ignition and burning rate of metal particles or droplets; metal combustion in high density propellants; effects of metal combustion on motor stability and performance; particle phase and size change phenomena; surface melt, agglomeration, filigree formation; metal combustion in fuel rich propellants and metal combustion in propellants without ammonium perchlorate; methods for obtaining in situ particle size measurements.

E.	Combustion, Prediction, Performance, Prediction and Other Topics in Solid Rocket Motor Behavior
The combustion related motor behavior and the application of analytical models, experimental research, and subscale testing to their solution.  Methodology for standardizing experimental measurements, measurement uncertainties, analytical prediction, computer code verification, correlation, extrapolation, and flight confirmation of performance of solid and liquid rocket, missile and space propulsion systems. Papers on grain design and ballistic modeling are also sought. Behavior in conventional ballistic, tactical, low smoke, controllable, spin-stabilized, ducted, nozzleless motors, and gas generators are appropriate subjects for presentation.  Papers are also sought on methods for calculating combustion chamber flowfields and their interaction with the motor structural components.

AREA 3:  Airbreathing

AREA CHAIRMEN:	James W. Weber/AFRL, WPAFB, OH
				  Phone: (937) 255-2175 		E-mail: james.weber@wl.wpafb.af.mil
				Mike E. White/JHU-APL, Laurel, MD
				  Phone: (443) 778-5187		E-mail: mike.white@jhuapl.edu

Airbreathing Combustion
Theoretical and experimental investigations of subsonic, supersonic, and hypersonic combustion phenomena for airbreathing systems (including small or expendable turbojet engines). Specific topics of interest include: analytical and experimental (including CFD) determination of combustor flowfield characteristics; connected-pipe testing and freejet testing and scaling analyses to free-flight conditions; experiments and analyses relating to ignition, mixing, and combustion in liquid-fuel, gel/slurry-fuel, and solid-fuel ramjets, and solid-fuel gas generator (ducted rocket) combustors, scramjets and combined cycle engines, including the use of ignition and combustion enhancement techniques; studies of liquid and gel/slurry fuel injection, spray formation, vaporization and combustion processes; the measurement and analysis of combustion instability phenomena; investigation of the formulation, properties and combustion of high energy-density single- and multi-phase fuels, including boron, and other metal-burning slurries and gels; and fundamental investigations of airbreathing combustion including large-scale structures and the interaction between turbulence and chemical kinetics.  (Papers in this area will be considered for joint CS/APS Sessions.)

AREA 4: Liquid, Hybrid, and Novel Propellants & Combustion    

AREA CHAIRMEN:	Kevin J. Breisacher/NASA-LaRC, Hampton, VA
   Phone: (216) 977-7475		E-mail: kevin.breisacher@lerc.nasa.gov

A.	Combustion Dynamics of Liquid and Gaseous Rocket Propellants
Theoretical and experimental studies of steady and unsteady combustion phenomena in propulsion systems using liquid or gaseous propellants.  Areas of interest include: transient system or process analysis; characterization of the physical and chemical processes involved in combustion (e.g. injection, mixing, atomization and vaporization, chemical kinetics, film cooling, blow apart, reactive stream separation, chamber wall boundary flow, nozzle flow and supersonic combustion); heat transfer and cooling prediction methods; stability prediction models, (e.g. new models, critiques and/or evaluations of existing models, experimental verification, propellant characterization); development and application of new instrumentation techniques applicable to spray characterization and measurement of species, temperature, velocity etc.; subsystem effects on stability (e.g. acoustic cavities, slot liners, nozzles); feedback control, or other adaptive methods of stabilizing liquid engines; stability rating techniques; and validity of subscale stability studies.

B.	Combustion Dynamics of Hybrid Propulsion Systems
Theoretical and experimental studies of steady and unsteady combustion phenomena in propulsion systems using liquid oxidizers and solid fuels.  Areas of interest include injection, mixing, analytical models of combustion and fuel regression rate, ignition system design, and simulation of combustor flows.

C.	Combustion for Underwater Propulsion
Theoretical and experimental studies, numerical modeling and simulation of steady and unsteady combustion phenomena in propulsion systems for underwater vehicles. Topics of interest include (but are not limited to): experimental determination and numerical simulation of combustor flows; underexpanded reacting jets and their mixing, entrainment and transport characteristics; transients in combustion processes (e.g., ignition, quenching, acoustic oscillations in jets, reverse shocks, coherent turbulent structures in fuel-product baths); experimental studies of non- or slowly-reacting similarity systems; combustion similitude, model development and verification; radiation and other heat transfer effects; behavior of multiphase and multiple, immiscible liquid-phase constituents in combustors; shock, turbulent mixing and chemical kinetics interactions; diagnostic measurements, simulation and combustion instrumentation for underwater propulsion systems.

PROPULSION SYSTEMS HAZARDS SUBCOMMITTEE (PSHS)
TECHNICAL AREAS

AREA 1: Thermal Decomposition and Cookoff

AREA CHAIRMAN:	Arthur C. Ratzel/SNL, Albuquerque, NM
				  Phone:  (505) 844-0824		E-mail: acratze@sandia.gov

A.	Thermal Decomposition, Ignition, and Combustion
Fundamental experimental and modeling studies of decomposition of ingredients and propellants (including kinetics, mechanisms, microstructure, and thermochemistry); ignition of ingredients and propellants (including ignition mechanisms, ignition transients, effects of heating rate); combustion of ingredients and propellants (including burn rate, pressure exponent, and temperature sensitivity; understanding of the microstructural combustion zone, chemistry and heat release; burning in cracks, defects, and thermally damaged materials - convective combustion and DDT); characterization of thermally damaged materials; coupled thermal-chemical-mechanical modeling of cookoff.   (Papers in this area will be considered for joint PSHS/CS Sessions.)

B.	Cookoff Hazards Assessment and Mitigation
Cookoff response of propulsion systems and components; cookoff mitigation technologies; threat/hazards assessment (THA) of cookoff scenarios; relationships between THA and cookoff test procedures; small scale test methodologies for predicting cookoff of full scale systems.

AREA 2: Violent Reaction & Detonation

AREA CHAIRMAN:	Harold W. Sandusky/NSWC, Indian Head, MD
			  Phone:  (301) 744-2378		E-mail: hsandus@darkstar2.ih.navy.mil
			Patrick J. Baker/ARL, Aberdeen Proving Ground, MD
			  Phone: (410) 278-0204		E-mail: pbaker@arl.mil

A.	Violent Reaction and Detonation of Rocket Propellants
Micro-characterization of XDT mechanisms and fundamentals associated with explosive response to impact and shock loadings; increased sensitivity to shock leading to detonation of damaged 1.3 propellants; shotgun testing; characterization of impact damage; detonation phenomena of aluminized (underwater) explosives; modeling approaches.

B.	Hot Spot Initiation from Shock and Impact
Fundamental studies; scaling of fundamental physics to predict full scale events; experimental and theoretical studies of hot spot initiation and growth.

C.	Detonation Phenomena
Modeling and experimental studies of shock-to-detonation transition phenomena; deflagration-to-detonation transition phenomena; delayed detonation phenomena; other detonation phenomena not covered above.

D.	Response of Energetic Materials to Low Amplitude/Long Duration impact/Shock Loading
Scenarios where this type of stimulus might be important include hard target penetrator warheads, solid propellant fallback/ground impact from launch vehicle failures, gun setback, shear induced reactions, and vulnerability of energetic materials to some kinetic energy penetrators.  Also of interest is the development and use of small scale tests to simulate these types of impact/shock loading responses for full scale systems.

AREA 3: Projectile Impact

AREA CHAIRMAN:	Jamie M. Fisher/AMCOM, Redstone Arsenal, AL
			  Phone: (256) 876-5115		E-mail: fisher-jm@redstone.army.mil

Bullet/Fragment/Shaped-Charge Jet Impact Assessment and Mitigation
Projectile impact response of propulsion systems and components; impact mitigation technologies; threat/hazards assessment of projectile impact scenarios; relationships between THA and projectile impact test procedures; small scale test methodologies and predictive methods for full scale systems.

AREA 4: Gun Propellant Vulnerability

AREA CHAIRMAN:	Robert B. Frey/ARL, Aberdeen Proving Ground, MD
			  Phone:  (410) 278-6206		E-mail: rbf@arl.mil

Gun Propellant Vulnerability
Any aspect related to the response of gun propellants, ammunition, and ammunition compartments to shaped charge jets, other penetrators, and spall; new LOVA propellant technologies.   (Papers in this area will be considered for joint PSHS/CS Sessions.)

AREA 5: Propulsion Systems Safety

AREA CHAIRMAN:	William B. Thomas/Applied Propulsion Technology, Huntsville, AL
			  Phone:  (205) 881-2488		E-mail: wbthomas@worldnet.att.com

A.	Explosive Hazards of Class 1.3 Solid Propellants and Rocket Motors
Macro-characterization of air blast from ground impact or shock response of Class 1.3 propellants.  Application of data to range safety risk assessment.

B.	Insensitive Munitions and Hazard Classification
Issues identified by the service safety offices; hazard classification issues; IM and hazard classification safety testing and standardization; insensitive munitions program and technology status reports; assessment of IM response and pass/fail criteria; role of full scale and small scale testing in IM and hazard classification; miscellaneous safety issues and programs.

C.	Threat Hazard Assessment
MIL STD 2105B allows variations in testing to stimuli more realistic to a given weapon system.  These stimuli are defined by a threat hazard assessment of that weapon system.  Papers describing threat hazard assessment methods and results are solicited.

AIRBREATHING PROPULSION SUBCOMMITTEE
TECHNICAL AREAS

AREA 1: Conventional Ramjet Propulsion

AREA CHAIRMAN:	Wayne A. Donaldson/AFRL, WPAFB, OH
	  Phone:  (937) 255-4171		E-mail: donaldwa@wl.wpafb.af.mil

Ducted Rockets and Ramjets
Liquid fuel and solid fuel ramjets and ducted rocket engine systems and components.  (Papers in this area will be considered for joint APS/CS Sessions.)

AREA 2: Scramjet Propulsion

AREA CHAIRMAN:	David W. Stallings/Sverdrup Technology, Arnold AFB, TN
   Phone:  (931) 454-3314		E-mail: stallings@hap.arnold.af.mil

Fundamental (CS) and Applied Technology
Fundamental supersonic and hypersonic airbreathing propulsion technology and systems, particularly as related to the HyTech, Hyper-X and ARRMD hypersonic technology programs.  Development of scramjet propulsion systems such as RBCC, DCR, and others, whether or not related to a particular program, will also be of interest.  (Papers in this area will be considered for joint APS/CS Sessions.)

AREA 3: Combined/Advanced Cycle Propulsion

AREA CHAIRMAN:	Glenn W. Liston/AFRL, WPAFB, OH
			  Phone:  (937) 255-9991		E-mail: listongw@pr.wpafb.af.mil

Fundamental and Applied Technology
Combined and advanced cycle airbreathing propulsion technology and systems, particularly as related to IHPTET, UAV, HiMaTE, PDE, AceTR and others.  (Papers in this area will be considered for joint APS/CS Sessions.)

AREA 4:  Small/Expendable Turbopropulsion

AREA CHAIRMAN:	Chris A. Georgiou//NAWC, Patuxent River, MD
   Phone:  (301) 757-0460		E-mail: georgiou@erols.com

Basic Technology and System Applications
Small and expendable turbopropulsion technology and systems related to missiles, drones, UAV's, and JETEC.  (Papers in this area will be considered for joint APS/CS Sessions.)

AREA 5: Fuel Technology:

AREA CHAIRMAN:	Tim Edwards/AFRL, WPAFB, OH
			  Phone:  (937) 255-3524		E-mail: james.edwards@pr.wpafb.af.mil

Subsonic and Supersonic Applications
Fuels for airbreathing missile propulsion to include ramjet and turbine engine fuels for subsonic combustion applications and endothermic fuels for scramjet applications.   (Papers in this area will be considered for joint APS/CS Sessions.)

AREA 6: Modeling & Simulation:

AREA CHAIRMAN:	John L. Porter/Sverdrup Technology, Eglin AFB, FL
			  Phone: (850) 729-6403		Email: porterj@teas.eglin.af.mil
			Douglas L. Davis/AFRL, WPAFB, OH
			  Phone: (937) 255-5210		Email: davisdl@possum.appl.wpafb.af.mil

A.  Interoperability of Propulsion-Related Modeling & Simulation Codes
A special emphasis session on combining propulsion-related simulations and models is planned for this meeting.  The topics are to cover computer simulations or models ranging from preliminary analysis through detailed design.  Architectures for multidisciplinary simulation and optimization are also of interest.  The range of modeling and simulation includes all simulations related to propulsion and related device's performance, design and construction.  Discussion of both difficulties and successes in combining simulation models is desired.  Combining simulation models may include: linking domains where different physical models may apply, incorporation of sub-models, and applying a sequence of models.  (Papers in this area will be considered for joint CS/APS/PSHS Sessions.)

B.  Examples of Validation & Verification of Modeling & Simulation Computer Codes
Papers which discuss specific methods of validating and/or verifying modeling and simulation computer codes at the physical model level are solicited.  Examples of experimental data which can be added to an archival CFD database established by CPIA are of special interest.  Closed form explicit solutions which have been used to validate codes are also of interest.  (Papers in this area will be considered for joint CS/APS/PSHS Sessions.)

*  *  *  *  *  *  *  *  *  *

Abstract Preparation Instructions

Individuals wishing to submit an abstract should review the technical areas and complete the abstract per instructions on the form.

The deadline for the receipt of abstracts is 19 April 1999.

CPIA will notify authors of paper selection by mid June.

The deadline for completed manuscripts to CPIA is 27 September 1999.

Questions regarding the technical program should be referred to the appropriate Area Chairman or the CPIA technical representatives:  Ronald Fry, CPIA technical representative to CS/APS, can be reached at (410) 992-9951 ext. 206; and James Cocchiaro, CPIA technical representative for PSHS, can be reached at (410) 992-7305 ext. 208.

Further details regarding lodging, meeting registration, and events will be provided in the invitation and preliminary program which will be mailed in mid-September 1998.  Questions concerning meeting arrangements may be directed to Mary Gannaway, CPIA, (410) 992-7304 ext. 211.

NOTE	
Please confirm that the address on this mailer is up-to-date.  If not, notify CPIA, with corrections.

	Please submit one copy
1999JANNAF
36th Combustion Subcommittee
Airbreathing Propulsion Subcommittee and
Propulsion Systems Hazards Subcommttee

Joint Meetings

NASA Kennedy Space Center and DoubleTree Hotel
Cocoa Beach, FL

18-22 October 1999

ABSTRACT INFORMATION

Title of Paper:                                                                                                                                                                 

Presentation Time Requested:                                         (min) (include time for video presentations)

Security Classification of Presentation:            Unclassified            Confidential           Secret

Security Classification of Paper:            Unclassified            Confidential            Secret

Subcommittee and Prime Interest Area of Paper: (circle one number)
	      CS		1    2    3    4	
	      PSHS	1    2	3	4	5
	      APS		1    2    3    4	5	6		
Contract Number under which work was performed:                                                                                                            

AUTHOR INFORMATION
(Complete mailing address needed for notification purposes)

Presenter's Name:                                                                       Phone Number:(          )                               Affiliation/Address:                                                                                                                                                                                                                                                                                                                                                 Co-author #1:                                                                                           Phone Number:(          )                                      Affiliation/Address:                                                                                                                                                                                                                                                                                                                                                 Co-author #2:                                                                                          Phone Number:(          )                                       Affiliation/Address:                                                                                                                                                                                                                                                                                                                                                 Additional Co-authors/Addresses:                                                                                                                                                                                                                                                                                                                            

Abstracts must be unclassified, limited to one page and should include the following:  objective of the work; scope and method of approach stating what is new or identifying contributions to the state-of-the-art; important conclusions; and state the data used to substantiate the conclusions and whether similar results have been published or presented elsewhere.

One copy of each abstract must be received at the Chemical Propulsion Information Agency (CPIA) by 19 April 1999.  The abstract should be sent to:	JHU/Chemical Propulsion Information Agency
				Attn: 1999 JANNAF CS/PSHS/APS Joint Meetings
				10630 Little Patuxent Parkway, Suite 202
				Columbia, MD 21044-3200
			
				Phone:  (410) 992-7304 ext. 211 --- FAX:  (410) 730-4969

WANTED!

(by August 16, 1999)

NAMES OF NOMINEES TO
RECEIVE THE
1999 JANNAF
COMBUSTION SUBCOMMITTEE 
AIRBREATHING PROPULSION SUBCOMMITTEE OR
PROPULSION SYSTEMS HAZARDS SUBCOMMITTEE

CERTIFICATE OF RECOGNITION

Look around!  You know of colleagues who have made substantial contributions to the JANNAF Combustion Subcommittee, Airbreathing Propulsion Systems Subcommittee, or the Propulsion Systems Hazards Subcommittee and to advancing the state-of-the-art of combustion technology relating to rockets, missiles, airbreathers, and guns, or propulsion systems hazards mitigation technology.  They have served as panel members, program chairmen, area organizers, and/or workshop coordinators.  They have given numerous technical papers at JANNAF meetings.  These individuals are WANTED by the Combustion Subcommittee's, the Airbreathing Propulsion Subcommittee's, and the Propulsion Systems Hazards Subcommittee's Recognition Panels.  It is your duty to submit the name of someone who fits the above description to CPIA at the following address:

		The Johns Hopkins University
		Chemical Propulsion Information Agency
		Attn: Ms. Mary Gannaway (CS, APS, & PSHS)
		10630 Little Patuxent Parkway, Suite 202
		Columbia, MD 21044-3204

		Phone: (410) 992-7304 ext. 211 ---- Fax: (410) 730-4969
		E-mail: mtg@jhu.edu

A dossier will be prepared for each nominee, listing positions held within the Subcommittees and papers presented at JANNAF meetings.  The dossier, along with an acknowledgment letter, will be returned to you.  At that time, you will be invited to add to the list of the nominee's accomplishments and to return the extended dossier to CPIA.

If someone you nominated in previous years was not selected to receive a certificate, please feel free to resubmit his or her name for this year's award.

In September 1999, the respective recognition panels will review the dossiers and select the recipients of the 1999 Certificate(s) of Recognition.  The certificate(s) will be awarded during the week of 18-22 October 1999 at the DoubleTree Hotel, Cocoa Beach, Florida. 

(Previous recipients of these awards are listed on the reverse.)

PREVIOUS RECIPIENTS OF CERTIFICATES OF RECOGNITION

COMBUSTION SUBCOMMITTEE:

1982 - Mr. William C. Andrepont, P&W

1983 ? Prof. Edward W. Price, GIT; Dr. Ronald L. Derr, NAWC; and Mr. Thomas W. Christian, JHU 

1984 ? Dr. Ingo W. May, ARL; Mr. Thomas L. Boggs, NAWC; and Dr. Robert S. Brown, UTC 

1985 ? Dr. Norman S. Cohen, Cohen Prof. Services, and Dr. Frank D. Stull, WL/POP 

1986 ? Dr. Merrill K. King, NSF; Dr. Fred E. C. Culick, CIT; and Prof. Merrill W. Beckstead, BYU 

1987 ? Mr. Leon D. Strand, JPL 

1988 ? Dr. R. H. Woodward Waesche, ARC 

1989 ? Dr. David W. Netzer, NPS 

1990 ? Mr. A. W. Horst, ARL 

1991 ? Mr. Channon F. Price, NAWC 

1992 ? Dr. G. Burton Northam, NASA/LaRC, and Prof. Kenneth K. Kuo, PSU 

1993 ? Dr. Klaus C. Schadow, NAWC 

1994 ?	Dr. Leonard H. Caveny, The Pentagon; Dr. Neale A. Messina, MMPCRL; Dr. Richard R. Miller, UT?CSD; and Dr. Otto K. Heiney 

1995 ? Dr. Timothy P. Parr, NAWC 

1996 ? Mr. Jay N. Levine, PL and Dr. Thomas L. Minor, ARL 

1997 - Dr. David M. Mann, ARO and Dr. David W. Netzer, NPS

1998 - Dr. Arpad A. Juhuaz, ARL and Dr. Richard S. Miller, ONR

*  *  *  *  *

AIRBREATHING PROPULSION SUBCOMMITTEE:

1995 ? Mr. Thomas L. Reedy, JHU/CPIA and Mr. William G. Burdette, NAWC 

1996 ? Mr. Fredrick C. Zarlingo, NAWC 

1997 - Mr. Raymond Cosner, Boeing Company

1998 - Dr. David W. Stallings, Sverdrup Technology

*  *  *  *  *

PROPULSION SYSTEMS HAZARDS SUBCOMMITTEE:

1994 ?	Mr. Thomas L. Boggs, NAWC; Mr. William B. Thomas, Thiokol; and Dr. Harold W. Sandusky, NSWC 

1995 ? Mr. Herbert P. Richter, NAWC 

1996 ? Dr. Robert B. Frey, ARL and Dr. Claude I. Merrill, AFRL

1997 - Dr. John D. Corley, AFRL and Ms. Susan DeMay, NAWC

1998 - Ms. Alice I. Atwood, NAWC