DARPA-BAA-14-62_Attachment_2_Proposal_Executive_Summary_Slides.pptx
PPTX presentation 578 KB Posted
- Attached to
- Intense and Compact Neutron Sources (ICONS) Federal contract opportunity
- Solicitation number
- DARPA-BAA-14-62
About this file
Not Listed
View the file
Other files for this federal contract opportunity
| File | Type | Posted |
|---|---|---|
| DARPA-BAA-14-62_Attachment_4_Contract__Cost_Element_Summary_Sheet.docx | DOCX document | |
| DARPA-BAA-14-62_Attachment_5_Cooperative_Agreement_Cost_Element_Summary_Sheet.docx | DOCX document | |
| DARPA-BAA-14-62_Attachment_3_Cost_Volume_Checklist.docx | DOCX document | |
| DARPA-BAA-14-62.pdf | ||
| DARPA-BAA-14-62_Attachment_1_Abstract_Executive_Summary_Slide.pptx | PPTX presentation |
On GovTribe
Work with this file on GovTribe
- Download the original file
- Contacts named in this file
- Similar government files
- Ask GovTribe AI about this file
Text version
Proposal Title Technical Area X; Organization Name(s); Technical POC Name(s) Provide graphic.
Describe need and problem being addressed.
Describe goal.
Describe new ideas.
Describe existing approaches/state of the art.
DARPA-BAA-14-62 ICONS
CONCEPT
Impact Context
APPROACH
DARPA-BAA-14-62 ICONS
Concept: Proposal Title Technical Area X; Organization Name(s); Technical POC Name(s) How It Works/Innovative Claims
Tasks/Deliverables/Milestones/Timetable (e.g., Gantt Chart) Schedule: Proposal Title
| Phase 1 | Phase 2 |
| Direct Labor ($) | |
| # of FTEs/year (Researcher) | |
| # of FTEs/year (Technician) | |
| # of FTEs/year (Business) | |
| Indirect Costs/Overhead (as a percentage of direct labor) | |
| Materials and Equipment ($) | |
| Travel ($) | |
| Total Proposal Cost ($) |
Cost Summary: Proposal Title
Component Summary Matrix Technical Area X; Organization Name(s); Technical POC Name(s)
| Component Summary Matrix Table | |||||||
| Component Name | Technology/Approach | Component Metric(s) | State of the Art Metric Value | End of Phase 1 Metric Value(s) | Measurement Method(s) | Highest Risk | Mitigation |
| Name[1] |
[1]: Include a footnote for each component describing how achieving the metric(s) enables the desired integrated system performance in Phase 2 for either TA1 or TA2.
Required for all proposals. See next slide for example.
| Component Summary Matrix Table | ||||||||
| Component Name | Technology/Approach | Component Metric(s) | State of the Art Metric Value | End of Phase 1 Metric Value(s) | Measurement Method(s) | Highest Risk | Mitigation | |
| Ion Source[1] | MEMs field ionizers | Current | ||||||
| SWaP | 1 uA in ~1 L, 5 lbs, and 10 W* | 500 uA in 1 L, 5 lbs, and 10 Ws | Faraday Cup | tip density limit due to screening effects | Examine other ground gate configurations |
[1]: Enabling Ion source allows required current to produce neutrons *Reference article/paper
Component Summary Matrix (Example)
Integration Table: Isotropic Source Technical Area 1; Proposal Title; Organization Name(s); Technical POC Name(s)
| Primary Metrics | ||||||
| System Metric | Goal | Proposed Value | Highest Risk | Mitigation | ||
| D-T Reaction Capable | Yes | |||||
| Time Averaged Rate (n/s/sr) | 1e10 | |||||
| SWaP (L/lbs/W) | 8 / 30 / 400 | |||||
| Spot Size (mm) | 2 | |||||
| System Indicator | Time and Angle Averaged Rate (n/s) | |||||
| Secondary (Desired) Objectives | ||||||
| System Metric | Goal | Proposed Value | Notes: | |||
| Radiographic Thermal Neutrons | Yes | If applicable, describe expected yield as well as the collimator and moderation scheme. | ||||
| Radiographic X-rays | Yes | If applicable, state expected yield, spectrum, and angular emission. | ||||
| Pulsed Operation | Yes | If applicable, describe expected rise, fall times, pulse width, and duty cycle. |
Required for all TA 1 proposals. See next slide for example.
Integration Table: Isotropic Source (Example) Technical Area 1; Proposal Title; Organization Name(s); Technical POC Name(s)
| Primary Metrics | ||||||
| System Metric | Goal | Proposed Value | Highest Risk | Mitigation | ||
| D-T Reaction Capable | Yes | Yes | NA | NA | ||
| Time Averaged Rate (n/s/sr) | 1e10 | 1e10 | Ion source current low | Increase operating voltage from 100 kV to 150 kV | ||
| SWaP (L/lbs/W) | 8 / 30 / 400 | 8/30/400 | Ion source bigger than anticipated | Examine trade-space with other component | ||
| Spot Size (mm) | 2 | 2 | Beam can not be self-focused to 2 mm | Add in focusing component | ||
| System Indicator | Time and Angle Averaged Rate (n/s) | 1.2e11 | ||||
| Secondary (Desired) Objectives | ||||||
| System Metric | Goal | Proposed Value | Notes: | |||
| Radiographic Thermal Neutrons | Yes | No | ||||
| Radiographic X-rays | Yes | No | ||||
| Pulsed Operation | Yes | Yes | 10 us rise and fall time, 10-100 us pulse width, 50% duty cycle |
Integration Table: Directional Source Technical Area 2; Proposal Title; Organization Name(s); Technical POC Name(s)
| Primary Metrics | ||||||
| System Metric | Goal | Proposed Value | Highest Risk | Mitigation | ||
| D-D Reaction at 4 MeV | Yes | |||||
| Time Averaged Rate (n/s/sr @ 0 deg) | 2e10 | |||||
| SWaP (L/lbs/W) | 250 / 80 / 2000 | |||||
| Spot Size (mm) | 3 | |||||
| System Indicator | Time and Angled Average Rate (n/s) | |||||
| Secondary (Desired) Objectives | ||||||
| System Metric | Goal | Proposed Value | Notes: | |||
| Small Angle Confined Neutron Emission | Yes | If applicable, briefly describe integration of D-D and other directional reactions in the same prototype. | ||||
| Radiographic Thermal Neutrons | Yes | If applicable, describe expected yield as well as the collimator and moderation scheme. | ||||
| Radiographic X-rays | Yes | If applicable, state expected yield, spectrum, and angular emission. | ||||
| Pulsed Operation | Yes | If applicable, describe expected rise, fall times, pulse width, and duty cycle. |
Required for all TA 2 proposals.
image2.png image4.png
File details come from the government source that posted it. Updated .