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Influence of iodine impurities onto optical frequency precision of iodine-stabilized lasers

机译：碘杂质对碘稳定激光器的光频率精度的影响

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摘要

In the contribution we present briefly the manufacturing technology of the cells and the filling process and an experimental attempt to determine the iodine purity of the finished and sealed cell by an independent method. The data from manufacturing of a first sample cell are compared with the purity measurement and also with measurement of the absolute optical frequency of laser stabilized to hyperfine transitions in iodine in this sample cell. The main goal of this effort is to recognize the limits of the absolute precision of the optical frequency of iodine transitions and look for further improvements in the iodine cell manufacturing technology that may lead to even smaller frequency shifts.
机译：在本文中，我们简要介绍了电池的制造技术和填充过程，以及通过独立方法确定成品和密封电池的碘纯度的实验尝试。将来自第一样品池制造的数据与纯度测量值以及该样品池中稳定至碘中超精细跃迁的激光的绝对光学频率的测量值进行比较。这项工作的主要目标是认识到碘跃迁光频率的绝对精度的局限性，并在碘电池制造技术中寻求进一步的改进，从而可能导致更小的频移。

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