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In this invention, we have claim a device and approach to pattern matter down to nanometer and atomic level and create controllable atomic assemblies in 2D and 3D using the combination of the scanning transmission electron microscopy e-beam modification, custom beam control, a
This is a supplemental invention disclosure that adds to invention disclosures 3569, 3642 and 3804 that have been submitted to USPTO in two patent applications (i) US Patent Application 15160926 (filed on 20th May 2016) and (ii) US Patent Application 15/594434 (filed on 12th M
This invention looks to solve the weak layer to layer bonding for fdm printers by the use of new nozzle/press designs.
The invention allows the printing of metal objects using a very inexpensive printer. By using a special slurry, we can attain very high metal concentrations, and thus after printing and sintering, there is very little shrinkage.
The Cable Driven Big Area Additive Manufacturing System is a fieldable printer for manufacturing of large scale structures with limited site preparation.
This invention drastically improves starts and stops on extrusion prints on BAAM, leading to improved part quality with minimal roughness at the seams. The ability to finely control starts and stops is also critical to printing fine resolution on BAAM.
Collimators and other devices for use in neutron scattering experiments or to provide neutron shielding in nuclear reactors or accelerator based neutron sources are produced by means of Additive Manufacturing from neutron absorbing material, such as Boron Carbide (B4C)
The invention related to additive manufacturing and more specifically to new methods for additively manufacturing of low density materials and varying density within a print.
The invention relates to additive manufacturing and more specifically to methods and articles with improved strength in the Z axis direction.
The invention describes a method for fabricating a composite phase change material (for example with compressed expanded graphite) that reduces the manufacturing time and complexity in order to produce a composite with high heat transfer performance.