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Frequency measurement of the 2S-12D transitions in hydrogen and deuterium new determination of the rydberg constant

机译:氢气和氘的2S-12D转变的频率测量rydberg常数的新测定

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We have performed the first pure frequency measurement of the 2S-12D two-photon transitions in atomic hydrogen and deuterium. These frequencies are compared to two optical standards, the CO↓2 laser stabilized on the OsO↓4 molecule and the optical rubidium laser standard (LD/Rb) (namely a laser diode at 778 nm stabilized on the 5S↓(1/2)-5D(5/2) two-photon transition of rubidium). We have built a frequency chain to connect the hydrogen lines to the frequency standards. The main part of the experiment is located in the LKB laboratory, one part of the frequency chain is in the LPTF laboratory, two optical fibers linked the two parts of this experiment.
机译:我们已经进行了原子氢和氘的2S-12D双光子过渡的第一纯频率测量。将这些频率与两种光学标准进行比较,Co↓2激光稳定在OSO = 4分子上和光学铷激光标准(LD / RB)上(即778nm的激光二极管稳定在5S↓(1/2)上-5d(5/2)红宝石的双光子转变)。我们已经建立了一个频率链以将氢线连接到频率标准。实验的主要部分位于LKB实验室中,频率链的一部分位于LPTF实验室,两个光纤连接了该实验的两部分。

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