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The Gaunt factor (or Kramers–Gaunt factor) is used as a multiplicative correction to the continuous absorption or emission results when calculated using classical physics techniques. In cases where classical physics provides a close approximation, the Gaunt factor can be set to 1.0. It varies from this value in cases where quantum mechanics becomes important.

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  • Gaunt factor (en)
  • 岡特因子 (zh)
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  • 岡特因子是用古典物理計算連續譜的吸收或發射中一個校正用的係數。若古典物理計算的值已相當接近,其岡特因子可設定為1.0。若量子力學已有相當的影響,岡特因子會有變化。 岡特因子得名自物理學家,他主要研究量子力學在連續譜上的吸收。岡特在1930年的著作用了g函數,而Chandrasekhar在1939年稱為岡特因子。因為岡特整合了汉斯·克喇末的研究,有時也會稱為克拉莫-岡特因子。 (zh)
  • The Gaunt factor (or Kramers–Gaunt factor) is used as a multiplicative correction to the continuous absorption or emission results when calculated using classical physics techniques. In cases where classical physics provides a close approximation, the Gaunt factor can be set to 1.0. It varies from this value in cases where quantum mechanics becomes important. (en)
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  • The Gaunt factor (or Kramers–Gaunt factor) is used as a multiplicative correction to the continuous absorption or emission results when calculated using classical physics techniques. In cases where classical physics provides a close approximation, the Gaunt factor can be set to 1.0. It varies from this value in cases where quantum mechanics becomes important. The Gaunt factor was named after the physicist , based on his work on the quantum mechanics of continuous absorption. Gaunt useda 'g' function in his 1930 work, which Chandrasekhar named the 'Gaunt factor' in 1939. It is sometimes named the Kramers-Gaunt factor as Gaunt incorporated the work of Hendrik Anthony Kramers. (en)
  • 岡特因子是用古典物理計算連續譜的吸收或發射中一個校正用的係數。若古典物理計算的值已相當接近,其岡特因子可設定為1.0。若量子力學已有相當的影響,岡特因子會有變化。 岡特因子得名自物理學家,他主要研究量子力學在連續譜上的吸收。岡特在1930年的著作用了g函數,而Chandrasekhar在1939年稱為岡特因子。因為岡特整合了汉斯·克喇末的研究,有時也會稱為克拉莫-岡特因子。 (zh)
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