Hans Kuzmany used this model to analyze resonance Raman (RAH-man) scattering in poly-acetylene. This model can be used to derive the properties of a laser using a double hetero-structure with observable energy level splitting developed by C.H. Henry. One application of this model is to find the color of cyanine (SIGH-uh-neen) dyes, which contain an extended conjugated pi system. The normalization of the wavefunction in this setup is the square root of quantity 2 over L, times the (*) sine of n times pi divided by L. The uncertainty of the momentum is approximately inversely proportional to the width in this model, and its energy levels are equal to h-squared n squared over 8 m L squared. For 10 points, identify this toy model in quantum mechanics whose potential is infinite everywhere and zero in some confined region.
Hans Kuzmany used this model to analyze resonance Raman (RAH-man) scattering in poly-acetylene. This model can be used to derive the properties of a laser using a double hetero-structure with observable energy level splitting developed by C.H. Henry. One application of this model is to find the color of cyanine (SIGH-uh-neen) dyes, which contain an extended conjugated pi system. The normalization of the wavefunction in this setup is the square root of quantity 2 over L, times the (*) sine of n times pi divided by L. The uncertainty of the momentum is approximately inversely proportional to the width in this model, and its energy levels are equal to h-squared n squared over 8 m L squared. For 10 points, identify this toy model in quantum mechanics whose potential is infinite everywhere and zero in some confined region.
Hans Kuzmany used this model to analyze resonance Raman (RAH-man) scattering in poly-acetylene.
particle in a box [or infinite potential well or infinite square well]