D 101.133:5490
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Thermally stable nanometals by predictive atomic scale interfacial energy reduction |
1 |
D 101.133:5492
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Urban turbulence and wind gusts for micro air vehicle bio-inspired designs |
1 |
D 101.133:5500
|
A top-down method to fabricate silicon nanopillars |
1 |
D 101.133:5510
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Biomechanical and physiological validation of the omni-directional treadmill upgrade as a mobility platform for immersive environments |
1 |
D 101.133:5514
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Silicon-nanocrystal optoelectronic Kerr effect for complementary metal-oxide semiconductor (CMOS) compatible optical switching |
1 |
D 101.133:5518
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The effect of modified eye position on shooting performance |
1 |
D 101.133:5522
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Carbon nanotube based flexible supercapacitors |
1 |
D 101.133:5541
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Thermal stability of milled nanocrystalline tungsten powders |
1 |
D 101.133:5556
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Development of geomaterial parameters for numerical simulations using the Holmquist-Johnson-Cook constitutive model for concrete |
1 |
D 101.133:5557
|
The perceived urgency of tactile patterns |
1 |
D 101.133:5563
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Expanding the Toolkit and Resource Environment to Assist Translation (TREAT) and its user base |
1 |
D 101.133:5576
|
High efficiency c-silicon solar cells based on micro-nanoscale structure |
1 |
D 101.133:5581
|
Three-dimensional bending analysis of functionally-modified bimorph PZT actuator for cm-scale flapping wing |
1 |
D 101.133:5591
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Electrical and optical response properties of MEH-PPV semiconductor polymer Schottky diodes |
1 |
D 101.133:5599
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Spectral discrimination of a tank target and clutter using IBAS filters and principal component analysis |
1 |
D 101.133:5600
|
Materials research of perovskite thin films for uncooled infrared (IR) detectors / |
1 |
D 101.133:5602
|
Numerical prediction of supersonic shock-boundary layer interaction |
1 |
D 101.133:5608
|
A comprehensive approach to characterizing the hazards of explosive countermeasures with respect to dismounted troops |
1 |
D 101.133:5639
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Scanning tunneling microscopic characterization of an engineered organic molecule |
1 |
D 101.133:5644
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Development of thin films as potential structural cathodes to enable multifunctional energy-storage structural composite batteries for the U.S. Army's future force |
1 |