“magneton”的概念、定义、翻译、参考文献-科学参考

magneton

Physics

A unit for measuring magnetic moments of nuclear, atomic, or molecular magnets. The Bohr magneton μ‎_B has the value of the classical magnetic moment of an electron, given by

$μ_{B} = e h / 4 π m_{e} = 9.274 \times 10^{- 24} {A m}^{2},$

where e and m_e are the charge and mass of the electron and h is the Planck constant. The nuclear magneton μ‎_N is obtained by replacing the mass of the electron by the mass of the proton and is therefore given by

$μ_{N} {= μ}_{B} m_{e} / m_{p} = 5.505 \times 10^{- 27} {A m}^{2} .$

Chemistry

A unit for measuring magnetic moments of nuclear, atomic, or molecular magnets. The Bohr magneton μ‎_B has the value of the classical magnetic moment of an electron, given by
$μ_{B} = e h / 4 π m_{e} = 9.274 \times 10^{- 24} A m^{2},$
where e and m_e are the charge and mass of the electron and h is the Planck constant. The nuclear magneton, μ‎_N is obtained by replacing the mass of the electron by the mass of the proton and is therefore given by
$μ_{N} = μ_{B} . m_{e} / m_{p} = 5.05 \times 10^{- 27} A m^{2} .$

单词	magneton
释义	magneton Physics A unit for measuring magnetic moments of nuclear, atomic, or molecular magnets. The Bohr magneton μ‎_B has the value of the classical magnetic moment of an electron, given by $μ_{B} = e h / 4 π m_{e} = 9.274 \times 10^{- 24} {A m}^{2},$ where e and m_e are the charge and mass of the electron and h is the Planck constant. The nuclear magneton μ‎_N is obtained by replacing the mass of the electron by the mass of the proton and is therefore given by $μ_{N} {= μ}_{B} m_{e} / m_{p} = 5.505 \times 10^{- 27} {A m}^{2} .$ Chemistry A unit for measuring magnetic moments of nuclear, atomic, or molecular magnets. The Bohr magneton μ‎_B has the value of the classical magnetic moment of an electron, given by $μ_{B} = e h / 4 π m_{e} = 9.274 \times 10^{- 24} A m^{2},$ where e and m_e are the charge and mass of the electron and h is the Planck constant. The nuclear magneton, μ‎_N is obtained by replacing the mass of the electron by the mass of the proton and is therefore given by $μ_{N} = μ_{B} . m_{e} / m_{p} = 5.05 \times 10^{- 27} A m^{2} .$
随便看	Hubel, David Hunter Huber function Huber, Peter Jost (1934) Huber, Robert hub polling hubris Huchra, John HUD Hudsonian orogeny Hudson’s Bay Company hue hue and cry Huerta, Victoriano (1854–1916) Huffman coding Huffman, Donald Ray Huffman encoding Huggins, Charles Brenton Huggins, Sir William Huggins, William (1824–1910) Hughes Space and Communications Company Hughes, William Morris (1862–1952) Hugoniot Huguenot Hu Jintao (1942–) Hukbalahap