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Presentations
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September 18 | September 19 | September
20
Note: Unlinked titles have not yet been approved for public release on
this Web site.
| 01 | Welcome & Introduction |
| Overviews | |
| 02 | Space Optical Systems: technology, development and implementation |
| 03 | SBIR Program Overview |
| Systems/Projects | |
| 04 | JWST Mirror Manufacturing Status |
| 05 | Kepler PMA FEA Prediction and Measured Cryo Figure |
| 06 | Kepler PMA Metrology and FEA Analysis of Zero-Gravity Figure |
| 07 | SiC Telescope for Long Range Reconnaissance Imager (LORRI) Mission |
| X-Ray | |
| 08 | Fabrication of Extremely Lightweignt X-ray Mirrors |
| 09 | Status of MSFC X-ray Shell Optics Fabrication Capability |
| Materials & Material Characterization | |
| 10 | Space qualification of SiC for mirror applications: progress and future objectives |
| 11 | Highly Engineered Materials Properties Characterization Study |
| 12 | Database on SuperSiC for Optics |
| Fracture and Fatigue testing of SiC for optics | |
| Design guide for SiC optics | |
| Optical Fabrication | |
| 14 | Rapid Fabrication of SiC Optics using Reactive Atom Plasma (RAP) Processing |
| Optical Technologies for Cryogenic Sensors | |
| Lightweight SiC Optics Design and Fabrication | |
| 15 | Laser Micromachining of Optical Structure and Surfaces |
| Laser Micromachining Process for the Fabrication of SiC Mirrors | |
| 16 | Fabrication of Large Optics using Magnetorheological Finishing (MRF®) |
| Deterministic Finishing for Astronomical Optics | |
| 17 | Approach to Polishing Edges Using Zeeko Polishing Technology |
| 18 | Electro-Chemically Enhanced Mechanical Polishing of Nickel Mandrels |
| Optical Testing | |
| 19 | JWST IR Scanning Shack Hartman System |
| 20 | Integrated Full-Spectrum Metrology & Polishing for Rapid Asphere Production |
| 21 | SHARPI/PICTURE Sounding Rocket Telescope |
| 22 | Low Coherence Vibration Insensitive Fizeau Interferometer |
| 23 | Subaperture stitching interferometry for large aspheric optics |
September 19
| Silicon Carbide, Silicon and Metals | |
| 24 | SLMS Athermal Technology for HEL and Relay Mirror Applications |
| 25 | SLMS for UV and EUV Imaging Applications |
| 26 | Actively Cooled SLMS for Far Infrared and Submillimeter Optical Systems |
| 27 | Development of EUV Quality SiC Optics |
| 28 | SiC optical bench for STSS |
| 5” SiC telescope for LCKV | |
| 9” telescope for EKV | |
| 30” SiC mirror for Artimus | |
| 29 | SiC Missile Optical Structures for Beryllium Replacement |
| 30 | Segmented and Brazed Mirror Assemblies |
| 31 | Development of rigid, ultralightweight and thermally stable mirror segments |
| 32 | High Volume Low Cost Production Process for High Grade SiC Optics |
| Chemical Vapor Composite Silicon Carbide for Space Telescopes (Phase 2) | |
| CVC SiC: Low Cost Manufacturing for Lightweight Mirror Systems (Phase 2) | |
| CVC SiC Optical Mounting Structure for Space Applications (Phase 1) | |
| Silicon Carbide Mirrors | |
| 33 | Single Crystal Silicon Telescopes – Beryllium Substitute Material (Phase II) |
| Innovative Manufacturing Process Improvements: Methods of Attachment | |
| 34 | Single Crystal Silicon Instrument Mirrors |
| 35 | Advanced Light-Weight On-Orbit Gimbal Structures (ALOGS) |
| Glass & Other Technologies | |
| 36 | Phosphate Athermal Glass for Windows and Fibers |
| 37 | Corrugated Mirrors for Segmented Astronomical Telescopes |
| 38 | Composite Hybrid Isogrid Mirrors (CHIM) |
| 39 | Composite Mirror Technology |
| 40 | Ultra-Lightweight Low-Scatter Large Mirror Technology |
| 41 | Low Cost Lightweight GrMg Alloys Mirrors |
| GrMg Mirrors & Optical Support Structures for Be Replacement | |
| Low Expansion Nanolaminate Mirrors with GrMG CTE Matched Substrate | |
| Shell & Membrane Technology | |
| 42 | Nanolaminate Deformable Mirrors |
| 43 | Single Surface Membrane Optical Shell Technology |
| 44 | Shape Memory Composite Applications for Deployable Membrane Reflectors |
| 45 | Stress Coatings for Large Scale Membrane Mirrors |
September 20
| Opto-Mechanical Technology | |
| 46 | Novel Concept Deformable Membrane Mirror to Correct Large Amplitude Aberrations |
| 47 | Flextensional Single Crystal Piezoelectric Actuators for Membrane Mirrors |
| 48 | Large Stroke, Picometer Resolution Hexapod for Dynamic Mirror Positioning |
| MEMS/Nano Technology | |
| 49 | Segmented MEMS Mirror Arrays (Phase II) |
| 50 | Performance Evaluation of the Iris AO Segmented MEMS Deformable Mirror |
| 51 | Nanostructured Diffraction Grating Elements fabricated by Deep UV reduction photolithography |
| 52 | MEMS Spatial Light Modulator for Optical Maskless Lithography |
| 53 | Advanced MEMS SLM for Communications Imaging and Targeting |
| 54 | Ultra Flat Tip-Tilt-Piston MEMS Deformable Mirror |
| High Resolution Silicon Deformable Mirrors (Phase II) | |