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Materials processed with fused deposition modeling (FDM) contain voids and air pockets that are detrimental to final mechanical properties.
Polymer based additive manufacturing is accomplished by several technologies that rely on feeding polymer materials through a nozzle that is precisely located over a preheated polymer substrate.
Current industrially adopted surface treatment are not sufficient to produce adequate surface functionality for desired low-cost carbon fibers compatible both thermoplastics and thermosets.
Grafting of different monomers onto the pores of mesoporous carbons with the use of a particular method is used to prepare an effective sorbent material for heavy metal ions extractions.
Growing films on a substrate is a proven technology. There is currently a need to develop methods to successfully harvest materials that are deposited on a planar substrate for use in other processes. This harvesting is limited by the ability to remove the deposite
This invention outlines new high temperature alloys that can be used in contact with liquid fluorides. These alloys have much better creep resistance than existing alloy such as Alloy N and have superior yield and tensile strengths.
The combination of mating concentric ground surfaces and use of hexagonal-arrayed print pattern of the bonding material (e.g., sinterable silver paste) will produce Ag sinter interconnects with maximized heat transfer, shear strength, and thermal cycling resistance. Thes
This invention improves the mechanical reliability of the joint used to bond semiconductors and lead frames to metal-clad substrates.
The invention provides an new, strong, anisotropic permanent magnet material. The material has a high Curie temperature of 500 °C, making application temperatures up to about 300 °C feasible.
The present invention comprises new high temperature alloys that can be used in contact with liquid fluorides.