The word 'quantized' is correct and usable in written English.
It means to restrict or divide into specific units or quantities. Example: The data was quantized to allow for more accurate analysis and comparisons.
In 1934 a new type of fields (scalar fields), described by the Klein-Gordon equation, could be quantized (another example of "second quantization").
The basic idea is that quantized fields should be interpreted completely analogously to quantized one-particle states, just as both result analogously from imposing canonical commutation relations on the non-operator-valued classical quantities.
Nuclear and electron magnetic moments are quantized, which means that they may be oriented in space at only certain discrete angles with respect to the direction of the external field.
In the gas phase, where they are widely separated relative to their size, molecules can undergo free rotation and as a result possess quantized amounts of rotational energy.
An important facet of quantum mechanics is that the total energy of a molecule's electrons (its electronic energy) can take on only certain distinct values; the energy is said to be quantized.
Consequently, atomic systems are restricted to certain discrete, or quantized, energies.
He explained the phenomenon by proposing that the tiny antennas in the heated body are quantized, meaning that they can emit electromagnetic radiation only in finite energy quanta of size hν.
Quantum mechanics require that for fast electron exchange to take place, electrons in a particle outside the double layer (e.g., a hydrated ion at the outer Helmholtz plane) must attain certain well-defined quantized energy levels equal to those in which free electrons exist in the metal.
Electrons in atomic orbits have angular momentum (L), which is quantized in integer (n) multiples of Planck's constant h: L = nh.
A single electron in an atom cannot rotate around the nucleus in any arbitrary orbit; rather, quantum mechanics requires that it rotate in such a way that its angular momentum is quantized so as to be a multiple (including zero) of h/2π, where h is Planck's constant.
In an ordinary liquid such as water, the thermal disorder ensures that the atoms (or molecules) are distributed over the different (quantized) states available to them in such a way that the average velocity is not quantized; thus, when the container rotates and the liquid is given sufficient time to come into equilibrium, it rotates along with the container in accordance with everyday experience.
