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里德伯常量 里德伯常量(英語: Rydberg constant)是物理学中经常用到的常數。 根据2014年 CODATA 的结果,它的值是 R ∞ = 1.0973731568508 ( 65 ) × 10 7 m − 1 {\displaystyle R_ {\infty }=1.0973731568508 (65)\times 10^ {7}\,\mathrm {m} ^ {-1}} [1] 里德堡原子学习笔记:Rydberg Atom (1) 里德堡原子学习笔记:Rydberg Atom (1) 杯子猫先森 华中科技大学 物理学博士在读 In spectroscopy, the rydberg constant, symbol for heavy atoms or for hydrogen, named after the swedish physicist johannes rydberg, is a physical constant relating to the electromagnetic spectra of an atom.
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Rydberg state:Rydberg atom指有一个电子被激发至high-n的系统,我们称这些系统处于Rydberg state。 这里之所以使用“系统”,是因为处于高激发的束缚态原子、分子以及其他相似系统均可以用modified Rydberg formula描述,因为high-n电子波函数被localized在距离离子实束缚能. Rydiqule (rydberg sensing interactive quantum module) is a python module that can calculate response of a rydberg sensor to rf fields 里德伯(Johannes Robert Rydberg,1854年11月8日-1919年12月28日),瑞典物理学家、数学家,生于哈姆斯塔德。 1873年进入隆德大学,1879年获数学博士学位,1901年起任该校终身教授,1919年当选英国皇家学会外国会员。
后来,波尔引入 约化质量,计算出理论值R=10967757.8m-1 中文名 里德伯常量 外文名 Rydberg constant
芮得柏常數(英語: Rydberg constant)是物理學中經常用到的常數。 根據2014年 CODATA 的結果,它的值是 R ∞ = 1.0973731568508 ( 65 ) × 10 7 m − 1 {\displaystyle R_ {\infty }=1.0973731568508 (65)\times 10^ {7}\,\mathrm {m} ^ {-1}} [1]