Recent experiments provide the first assessment of the toughness of a novel lithium coating in the face of intense bombardment by very hot plasma in the divertor region of fusion devices. The results show that this coating can shield the divertor region, which vents plasma exhaust, for 10 times longer than previously expected.
Recent experiments provide the first assessment of the toughness of a novel lithium coating in the face of intense bombardment by very hot plasma in the divertor region of fusion devices. The results show that this coating can shield the divertor region, which vents plasma exhaust, for 10 times longer than previously expected.
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