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Vibronic Spectroscopy: In the harmonic oscillator approximation, simulate the So-S1 absorption spectrum of a diatomic. The simulation should convey both the energies of the transitions, as well as the relative intensities (think about Franck-Condon factors). Input must include the force constants in the ground and excited states (remember this determines the steepness of the wells, as well as the vibrational energy separation in each state) and re, the internuclear bond distance, within each state. The shift in relative re will determine the Franck-Condon factors of each transition (think about how to compute constructive interference of two vibrational wavefunctions that may be shifted with respect to on another).
Output the simulated absorption spectrum on the GUI.
A thin spanwise symmetrical wing has an aspect ratio of 10 and a straight edges with taper ratio (tip chord / root chord) of 0.8 and root chord of 1 m. This wing does not have geo
stability
Determine the process of modelling The process of modelling is much easier, if mathematical description of an object, or at least of part of an object may be applied. In the fi
Explain Atmospheric Pressure (P atm ) Atmospheric Pressure is the pressure exerted by atmospheric air on any surface. It is calculated by a barometer. The standard values of it
Calculate the maximum allowable internal pressure to which a cylinder with an internal diameter of 200 mm and external diameter of 300 mm may be subjected if the cylinder is to hav
LASER BEAM WELDING In this process, fusion is achieved by directing a highly concentrated beam to a fine spot. The word LASER is an abbreviation of Light Amplification by S
Net angle of twist at the free end - steel shaft: The stepped steel shaft illustrated in Figure is subjected to a torque (T) at the free end and a torque (2T) in the opposite
Maximum slope and maximum deflection: A simply supported beam of span l is subjected to two concentrated loads at one-third span through two supports. Discover the maximum slo
Loa d Diagram and BM D fro m the Given SF D: Q: Shear force diagram of simply supported beam is given in the figure below. Calculate the support reactions of beam and
hi there there is many way to make the water vortex but am not sure how can we make the one like > (www.williampye.com/work/charybdis)
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