201 - 210 of 304 Results
The invention relates to an alloy for metal additive manufacturing.
Described here is an aqueous solution process for recovery of at least electrode materials from spent lithium- ion batteries. After disassembly of spent lithium-ion batteries, cathode, anode, and separator are rinsed with dimethyl carbonate.
Additive manufacturing via 3D printing technologies have become a frontier in materials research, including its application in the development and recycling of permanent magnets.
The invention provides a method for extracting lithium from lithium containing solutions.
A two-step approach is described for robust frequency estimation. The two steps are (1) a transient fault detector followed by (2) an adaptive frequency estimator
Technologies are described for switching materials and alloying different materials together during a welding process without the need to change wire or torches
Processes for fabricating Recycled Carbon Fiber (rCF) Reinforced Thermoplastic Composites with High Gloss & Surface Quality are described
The technology provides a methodology for compensating magnetization.
The invention provides a structural steel alloy that enables 60% weight reduction for the existing vehicle components which can improve the fuel efficiency and decrease the gas emission.
We developed a novel method to generate a non-uniform, graded honeycomb structure that can be locally scaled based on a given field (e.g., internal stress) using a circle packing algorithm.