In the last decades the development of laser-driven acceleration and inertial fusion fields of research required the commissioning of laser systems with increasing power and repetion rate. This was accompained by a sensible growth of the produced electromagnetic pulses (EMP) inside the experimental chamber and on its surrounding, hindering the employment of any electronic device. Hence, a lot of effort has been put to develop optimized diagnostic systems able to cope with this problem. In this work we present the strong detrimental effects that EMP can have on the sensitivity of TOF measurements leading even to the complete loss of any useful detected information. We compare the signals obtained operating with a non-optimized system with one developed to cope with the EMP presence, showing its effectiveness in enhancing the quality of the acquired signals. Once that signals are deprived of the EMP contribution, it is possible to further improve the TOF...

中文翻译：

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在高强度激光实验中评估飞行时间方案灵敏度的提高。

在过去的几十年中，激光驱动的加速和惯性聚变研究领域的发展要求以更高的功率和重复速率启动激光系统。这是由于实验室内部及其周围环境中产生的电磁脉冲（EMP）明显增长所致，从而阻碍了任何电子设备的使用。因此，已经付出了很多努力来开发能够解决该问题的优化诊断系统。在这项工作中，我们介绍了EMP可能会对TOF测量的灵敏度产生强大的有害影响，甚至导致完全丢失任何有用的检测信息。我们将获得的信号与在非优化系统上运行的信号进行比较，该系统的开发旨在应对EMP的存在，显示其在增强所采集信号质量方面的有效性。一旦这些信号被剥夺了EMP的贡献，就有可能进一步提高TOF ...