MESOSCRIBE TECHNOLOGIES, INC.

Latest events

• Oct 2014Federal grantNASA · Phase II · Recession-Tolerant Sensors for Thermal Protection Systems$748K
• Jun 2014Federal contractNASA · Igf::ot::igf This Project Aims To Improve Conventional Lightning Strike Protection In Composite Aircraft And Proposes A Novel Method To Monitor Structures For Damage Upon Lightning Strike. Metallic Fasteners Joining Composite Parts Must Be Properly Grounded To Reduce Lightning Damage And Fire Risk. Composite Panels In The Most Critical Areas E.g., Near Fuel Tanks, Incorporate Lightning Strike Protection (lsp), An Outer Ply Of Conductive Foil To Handle Large Currents In The Event Of A Lightning S$123K
• May 2013Federal contractNASA · Igf::ot::igf The Phase I Project Will Develop A Suite Of Diagnostic Sensors Using Direct Write Technology To Measure Temperature, Surface Recession Depth, And Heat Flux Of An Ablative Thermal Protection System (tps) In Real Time, Which Can Be Integrated To Support Tps Evaluation And In-situ Diagnostics During Planetary Entry. Standalone Heat Flux Sensors And Those Fabricated By Direct Deposition Will Be Developed And Demonstrated For Integration Within Tps Materials For Use In Extreme Re-entry $125K
• Feb 2012Federal contractNASA · Unmanned Air Vehicles (uavs) Are Becoming More Prevalent For Suborbital Scientific Earth Exploration, Which Often Involves High Altitude, Long Endurance Flight Missions. Extreme Environmental Conditions, Especially Involving Sub-freezing Temperatures (e.g. Polar Missions In Support Of The U.S. Global Change Research Program), Can Lead To The Accretion Of Ice On Control Surfaces And Jeopardize Both The Vehicle Health And Mission Success. Mesoscribe Proposes The Development Of A Structurally Integ$125K
• Jan 2012Federal contractDefense · Ph I Research&development$100K
• Jun 2011Federal contractNASA · This NASA SBIR Phase II Project Seeks To Develop And Demonstrate A Suite Of Sensor Products To Monitor The Health Of Composite Structures. Sensors Will Be Made Using The Company S Direct Write Process Based On Mesoplasma Deposition Technology. This Allows A Wide Variety Of Sensor Materials And Architectures To Be Deposited Onto Conformal Components Made From Polymer Composite, Metallic, And Ceramic Materials. Sensors Include Strain Gages, Thermocouples, Piezoelectric Devices, Damage Detection Sy$600K
• Feb 2011Federal contractNASA · Low-profile, Embedded Sensors Are Proposed For Condition Monitoring And Health Management (hm) Of Thermal Protection Systems. The Sensors Will Be Fabricated Using A High Precision Direct Write (dw) Process Based Upon Thermal Spray, Affording Them The Advantages Of High Temperature Tolerance, Reproducibility, Durability, And Materials Compatibility. In-situ Sensing Of Temperature, Heat Flux, And Surface Recession Will Be Demonstrated Per The Performance Requirements Specified For Thermal Protecti$100K

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