Theoretical study of stimulated Raman excitation of surface polaritons

Rate coefficients for temperatures ranging from 5 to 150 K were computed for all hyperfine transitions among the first 15 rotational energy levels of both ortho- and para-NH 2

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In the frequency range of the peak, we numerically adjust the value of the temperature to obtain the superposition of the Raman susceptibilities I(w)/(n(w)+l) and I(w)/n(w)

Figure 4 Schematic potential surfaces under the electric field (left) and the renormalized vibrational level positions for various electric fields (right).The

The equations of state (3.1) permit writing the plate equilibrium equations with the surface stresses (2.6) and (2.7) taken into account in terms of displacements w and rotations ϑ.

Thus, we obtained the twodimensional equilib rium equations for plates and shells with taking into account the transverse shear and the presence of sur face stresses. We presented

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Comparison between rate coefficients (in units of cm 3 s −1 ) for the collisional deexcitation of CF + by para-H 2 obtained in this work and those obtained by Denis-Alpizar