For an average passenger Electric Vehicle to compete with the performance of a typical Internal Combustion Engine Vehicle, it would require approximately 2 kilograms of rare-earth permanent magnets in its drivetrain motor. The composition of the most commonly used rare earth elements in the 2-kilogram quantity of rare-earth permanent magnets needed for the typical Electric Vehicle is as follows: 21% Neodymium, 7% Praseodymium, 2% Dysprosium, 1.5% Terbium, totaling 31.5% of the total rare earth required per kilogram of the magnet. These rare earth elements play a crucial role in enhancing the efficiency and functionality of electric vehicles, contributing to their performance on the road.
Covered Aspects:Report Attribute/Metric | Details |
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Market Opportunities | Research funding, and growing awareness about the high-end fetal bovine serum among medical professionals |
Market Dynamics | Increase In Demand From Traditional Users Of Serum Higher Efficiency Rate Than Normal Blood Serum |
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