Sentence examples for rotational band from inspiring English sources
Catalyst bed temperature and plasma gas temperature were separately analyzed by emission spectroscopy of rotational band of CH(A2Δ).
Assignments were made by comparison of experimental vibrational spectra and partially resolved ultra-violet rotational band contours with those predicted from quantum chemical calculations.
The gas temperature in spark discharge channel remained as low as 420 460 K determined by Boltzmann plot method of CH rotational band (431 nm).
Flame temperatures were measured by a spectroscopic technique utilizing chemiluminescence from the Q1 branch of hydroxyl (OH) radical A2Σ+ → X2Π 0, 0) rotational band.
The comparison of the theoretical and experimental ionization energies supports the conformational assignments through the UV rotational band contour analysis of the resonantly enhanced two-photon ionization (R2PI) spectrum by [Y. Lee, J. Jung, B. Kim, P. Butz, L. C. Snoek, R. T. Kroemer, J. P. Simons, J. Phys. Chem. A 108 (2004) 69].
This is a purely mathematical routine based on frequency-space descriptions of rotational bands.
Two new excited rotational bands have been discovered with features similar to a previously known triaxial superdeformed band in that nucleus.
It can be seen in the spectra the range of 1,600 to 1,000 cm−1 which comes from the vibrational and rotational bands of the functional groups in PANI.
In order to understand the thermal effect inducing an optimum pulse frequency, the discharge is also characterized by optical spectroscopy: the change in concentration of species like argon atoms, neutral and ionized molecular nitrogen has been followed as a function of the pulse frequency and the gas discharge temperature measured by means of the rotational bands of N2+.
Civilian needs have become more dominant and a major area of development, for infrared LED and lasers, has become important due to an urgent need to provide low cost, sensitive pollution monitoring systems that detect trace gases by their fundamental vibrational-rotational absorption bands.
Simultaneous observations of the airglow OH 6,2) band rotational temperature, TOH, and meteor trail ambipolar diffusion coefficient, D, were carried out at Shigaraki (35°N, 136°E), during PSMOS 2003 Campaign, January 28 to February 8 , 2003
