After experimenting with various compositions, the research team settled on a catalyst consisting of aluminum hydride (AlH) and potassium loaded onto relatively larger iron particles (AlH-K + /Fe).
Nature Research Intelligence Topics enable transformational understanding and discovery in research by categorising any document into meaningful, accessible topics. Read this blog to understand ...
Toyota led the way in introducing gas-electric hybrid technology to the U.S. market more than two decades ago. From the boxy ...
Wisconsin-based BCA Industries says its LithiBatt division offers equipment to process electric vehicle battery packs ...
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Lexus LX 700h: Luxury Hybrid SUV Redefines ExcellenceLexus has made a name for itself by crafting vehicles that marry reliability with sophistication, and the all-new LX 700h ...
Michikazu Hara, Professor, Institute of Science Tokyo The research team tested various compositions before selecting a catalyst composed of potassium and aluminum hydride (AlH) applied to larger ...
Breaking down large battery packs involves a three-step shredding process, which reduces individual battery cells to 5/8-inch ...
A Hybrid Powerhouse The heart of the LX 700h is its hybrid powertrain, a twin-turbocharged 3.4-liter V6 engine paired with a nickel-metal hydride battery ... include Hadori Aluminum and Takanoha ...
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