Примери за използване на Quantum number на Английски и техните преводи на Български
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N- is the quantum number.
Spin quantum number can either have the value +1/2 or -1/2.
N is principal quantum number.
The spin quantum number is abbreviated m sub s.
Where“n” is the principle quantum number.
This quantum number was introduced by Murray Gell-Mann.
Ml is the magnetic orbital quantum number.
The spin quantum number has only two possible values of +1/2 or -1/2.
So we have only two allowed values for the angular momentum quantum number.
The angular momentum quantum number is symbolized by i.
So that's the last allowed value for i, the angular momentum quantum number.
Therefore the spin quantum number can have only two values +1/2 or -1/2.
When an electron is transferred from one to another stage changesthe principal quantum number.
The third quantum number ml is called magnetic quantum number.
So when n is equal to three what are the allowed values for the angular momentum quantum number l?
The second quantum number i is called orbital quantum number.
There's only one possible value you could get for the angular momentum quantum number, l.
Our second quantum number is called the angular momentum quantum number.
You could spin one way,so we could say the spin quantum number is equal to a positive one-half.
Magnetic quantum number is called spin- ms, which is the intrinsic angular momentum of the movement.
The NMR experiment can be done with any nucleus that has a spin quantum number that is not zero.
The angular momentum quantum number, symbolized by i, indicates the shape of the orbital.
An atomic electron's angular momentum, L,is related to its quantum number l by the following equation.
In addition, one defines a quantum number called weak hypercharge, YW, which is- 1 for all left-handed leptons.
An atomic electron's angular momentum, L,which is related to its quantum number is described by the following equation.
The azimuthal quantum number is a quantum number for an atomic orbital that determines its orbital angular momentum and describes the shape of the orbital.
The spin proposal,which gave meaning to Pauli's fourth quantum number, was first suggested by Uhlenbeck in 1925.
The angular momentum quantum number, l, since l is equal to zero, that corresponds to an s orbital, so we know that we're talking about an s orbital here which is shaped like a sphere.
In January 1925 Pauli had proposed that the electron should be given an additional fourth quantum number which was a half integer.
It occurred to me that, since(I had learned) each quantum number corresponds to a degree of freedom of the electron,Pauli 's fourth quantum number must mean that the electron had an additional degree of freedom-- in other words the electron must be rotating.