SCIENCE ENGINEERING MANAGEMENT SOLUTIONS LLC

TO EXPLORE NEW HPEM SOURCE, PULSE POWER, AND ANTENNA DESIGNS AND DETERMINE THE LETHALITY OF THOSE DESIGNS FOR DEFENSE MISSIONS.

873AUTHORITY

RESEARCH AND DEVELOPMENT TOWARDS ASSESSMENT OF RADAR PERFORMANCE OF A PORTABLE HIGH POWER ELECTROMAGNETIC (HPEM) SYSTEM IN AN OUTDOOR ENVIRONMENT.

SBIR II: SEM SOL - SSP25-504_L-BAND BUNCHER PH2

COMPACT RUGGED ELECTRON ACCELERATOR TECHNOLOGY (CREATE)

RESEARCH AND DEVELOPMENT TOWARDS ASSESSMENT OF RADAR PERFORMANCE OF A PORTABLE HIGH POWER ELECTROMAGNETIC (HPEM) SYSTEM IN AN OUTDOOR ENVIRONMENT.

TO EXPLORE NEW HPEM SOURCE, PULSE POWER, AND ANTENNA DESIGNS AND DETERMINE THE LETHALITY OF THOSE DESIGNS FOR DEFENSE MISSIONS.

(SAFE) SAFE FOOD FOR EVERYONE

ABAD, TO INTEGRATE THE PULSER WITH THE CHAMP SOURCE, AND TEST IT TO DETERMINE COMBINED PULSER AND SOURCE PERFORMANCE.

ABAD, TO INTEGRATE THE PULSER WITH THE CHAMP SOURCE, AND TEST IT TO DETERMINE COMBINED PULSER AND SOURCE PERFORMANCE.

SBIR II - X-BAND RF LINEAR ACCELERATOR

RESEARCH AND DEVELOPMENT "COMPACT RUGGED ELECTRON ACCELERATOR TECHNOLOGY (CREATE)"

DD 254 REVISION. ABAD HPEM APPLICATION. TO EXPLORE NEW HPEM SOURCE, PULSE POWER, AND ANTENNA DESIGNS AND DETERMINE THE LETHALITY OF THOSE DESIGNS FOR DEFENSE MISSIONS.

RESEARCH AND DEVELOPMENT "COMPACT RUGGED ELECTRON ACCELERATOR TECHNOLOGY (CREATE)"

PROPOSAL NUMBER: F233-0028-0443 - SBIR PHASE I - L-BAND BUNCHER/MODULATOR FOR X-BAND ACCELERATOR STATEMENT OF WORK IS HEREBY INCORPORATED AS ATTACHMENT 1, SEE SECTION J.

DEFENSE DESIGN STUDY ABAD: TO EXPLORE NEW HPEM SOURCE, GAP ANTENNA, PULSE POWER, AND ANTENNA DESIGNS AND DETERMINE THE LETHALITY OF THOSE DESIGNS FOR DEFENSE MISSIONS.

HIGH POWERED MICROWAVE STUDY

DEFENSE DESIGN STUDY ABAD: TO EXPLORE NEW HPEM SOURCE, PULSE POWER, AND ANTENNA DESIGNS AND DETERMINE THE LETHALITY OF THOSE DESIGNS FOR DEFENSE MISSIONS.

PHASE I BASE - (SAFE) SAFE FOOD FOR EVERYONE

DEFENSE DESIGN STUDY ABAD: TO EXPLORE NEW HPEM SOURCE, PULSE POWER, AND ANTENNA DESIGNS AND DETERMINE THE LETHALITY OF THOSE DESIGNS FOR DEFENSE MISSIONS.

DEFENSE DESIGN STUDY ABAD: TO EXPLORE NEW HPEM SOURCE, PULSE POWER, AND ANTENNA DESIGNS AND DETERMINE THE LETHALITY OF THOSE DESIGNS FOR DEFENSE MISSIONS.

RESEARCH OPTION PERIOD 1--

OPRAH DEFENSE DESIGN STUDY ABAD: TO EXPLORE NEW HPEM SOURCE, PULSE POWER, AND ANTENNA DESIGNS AND DETERMINE THE LETHALITY OF THOSE DESIGNS FOR DEFENSE MISSIONS

RESEARCH OPTION PERIOD 1--

RESEARCH OPTION PERIOD 1--

SBIR I - HIGHLY ADJUSTABLE PLASMA OSCILLATOR (HAPO)

SBIR PHASE I: X-BAND LINAC

OPRAH DEFENSE DESIGN STUDY ABAD: TO EXPLORE NEW HPEM SOURCE, PULSE POWER, AND ANTENNA DESIGNS AND DETERMINE THE LETHALITY OF THOSE DESIGNS FOR DEFENSE MISSIONS.

RESEARCH OPTION PERIOD 1-- INCREMENTAL FUNDING

ABAD-GPA ANTENNA (OPRAH BAA), INVESTIGATE IMPROVEMENTS TO THE ADVANCED COUNTER ELECTRONIC SOURCE (ACES), VIA MODELING TO ALLOW FREQUENCY TUNING OVER A SPAN OF +-30%, INCREASE THE SOUCES'S IMPEDANCE, SCALE IT UP TO KU-BAND MODE INSENSITIVITIES.

RESEARCH OPTION PERIOD 1--INCREMENTAL FUNDING

DEFENSE DESIGN STUDY PROGRAM (ABAD)DEVELOPING, TESTING, AND DEMONSTRATING A MATURE VERSION OF A GOVERNMENT DEVELOPED, DESIGNED, AND IMPLEMENTED DEMONSTRATOR HIGH-POWER MICROWAVE (HPM) SOURCE.