Synchronize of RF Signal to Femtosecond Laser Pulse Train

作为裂变产物和中子活化产物的^93Zr是一种长寿命纯β放射性核素，它的测量对提供核数据有重要意义。但由于^93Zr放射性衰变计数率低，且^93Nb对^93Zr的测量造成很强的本底干扰，大大影响了^93Zr的超高灵敏测量。AMS是实现^93Zr的超高灵敏测量的方法之一。

Synchronize of RF Signal to Femtosecond Laser Pulse Train

Synchrotron radiation lighting source, as the revolutionary lighting source after the electronic lighting source, X-ray lighting source and laser lighting source, has been widely used in advanced research work such as material, circumstance and biology technology. Compare to the third generation lighting source of energy ring, the energy-recovery-linac driven lighting source is much easier to design and to achieve high power output. It is generally considered as an ideal candidate for ultra bright and ultra short pulse length free electron X-ray laser.