而且,对含有该结构的羽毛区域的X射线分析显示,它们主要由碳元素组成——而如果它们是黑色素体化石,就正和预想的一样。
Moreover, an X-ray analysis of the regions of the feathers containing these bodies showed them to be composed mainly of carbon—as would be expected if they were fossilised melanosomes.
整个过程并不是特别有效率,而且还有副产品:一个庞大的能量团——无线电波,X射线和常规的光——高度照亮着整个区域。
The process is not entirely efficient, and there is a byproduct: an enormous amount of energy — radio waves, X-rays and regular light — hyper-illuminates the whole scene.
但是当射线强度超过某一阈值时,研究人员发现较大的有序区域开始出现,最后这块材料变成了超导体。
But once the intensity crossed a certain threshold the researchers discovered that larger regions of order began to emerge and, as a result, the material became superconducting.
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