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IL-13352
This LLNL invention proposes a new microstructured large mode area fiber design that enhances the confinement of the core mode while strongly...
IL-13557
LLNL researchers developed a novel strategy that involves material transformations such as oxidation, nitridation, or carbonization. In one embodiment...
IL-13847
LLNL researchers have developed a piezo-driven jetting powder AM method that provides better control of the packing of printed powder. Powder is fed...
IL-13958
To address these challenges and explore the scale-up science of MXene, LLNL researchers have developed a scalable solution-phase synthesis method to...
IL-13861
LLNL researchers have developed a method which utilizes functional alcohols to depolymerize polyurethane crosslinked networks. The functional alcohols...
IL-13961
LLNL researchers have developed a novel photocurable silicone useful for producing three-dimensional objects via additive manufacturing. The resin...
IL-13967
Nozzle design and manufacturing greatly affects the performance of LMJ printers. This LLNL invention describes a novel multi-part nozzle design that...
IL-13943
LLNL researchers have created a suitably compliant adhesive that is based on a thiol monomer mixed with an epoxy monomer in the presence of metal...
IL-13945
LLNL has developed a novel Production of Readily compressible dies for Enhanced Sintering of Solids (PRESS) method for ceramic parts manufacturing...
