The horizontal axis is the radius, or the size, of the quantum dots and a b * is the Exciton Bohr radius.
12.
In fact, each electron has a probability of about 1 / 3 of being found somewhere " inside " the Bohr radius ."
13.
In a semiconductor crystallite whose radius is smaller than the size of its exciton Bohr radius, the excitons are squeezed, leading to quantum confinement.
14.
According to 2014 CODATA the Bohr radius has a value of ( i . e ., approximately 53 pm or 0.53 angstroms ).
15.
The expected radial distance is actually 1.5 times the Bohr radius, as a result of the long tail of the radial wave function.
16.
An important distinction is that the Bohr radius gives the position of maximum probability density, not its "'expected "'radial distance.
17.
In a semiconductor crystallite whose size is smaller than twice the size of its exciton Bohr radius, the excitons are squeezed, leading to quantum confinement.
18.
The lowest value of " n " is 1; this gives a smallest possible orbital radius of 0.0529 nm known as the Bohr radius.
19.
But, since by axiom, the size of atoms ( approximately the Bohr radius ) are related to the Planck length by an unchanging dimensionless constant of proportionality:
20.
Specifically, the effect describes the phenomenon resulting from electrons and electron holes being squeezed into a dimension that approaches a critical quantum measurement, called the exciton Bohr radius.
