首页> 外文会议>Conference on experimental nuclear physics in Europe >First results using a new technology for measuring masses of very short-lived nuclides with very high accuracy: the MISTRAL program at ISOLDE
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First results using a new technology for measuring masses of very short-lived nuclides with very high accuracy: the MISTRAL program at ISOLDE

机译:首先使用新技术来测量具有非常高精度的非常短的核素的群体:isolde的斯特里尔计划

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摘要

MISTRAL is an experimental program to measure masses of very short-lived nuclides (T_(1/2) down to a few ms), with a very high accuracy (a few 10~(-7)). There were three data taking periods with radioactive beams and 22 masses of isotopes of Ne, Na, Mg, Al, K, Ca, and Ti were measured. The systematic errors are now under control at the level of 8x10~(-7), allowing to come close to the expected accuracy. Even for the very weakly produced ~(30)Na (1 ion at the detector per proton burst), the final accuracy is 7x10~(-7).
机译:Mistral是测量非常短寿命的质量(T_(1/2)下降到几毫秒)的实验计划,精度非常高(10〜(-7))。测量有三个数据采取放射束,并测量22个Ne,Na,Mg,Al,K,Ca和Ti的同位素。系统错误现在在8x10〜(-7)的水平下进行控制,允许接近预期的准确性。即使对于非常弱生产的〜(30)na(在每个质子突发的探测器处的1个离子),最终的精度为7x10〜(-7)。

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