Sentence examples for number of absorption from inspiring English sources
The intensity, frequency, and number of absorption peaks strongly depend on the magnetic field strength.
The magnetic flux reduces the threshold excitation energy and increases the number of absorption peaks.
This coupling changes the number of absorption peaks, frequency and amplitude of the Helmholtz resonance of the system, therefore the coupling becomes an extra parameter in the design process.
A number of absorption and desorption cycles at different temperatures and pressures has been carried out in order to see if the results are comparable with laboratory data obtained on small amounts (fractions of grams) of powder samples.
In our observation of the LMXB XB 1323-619 made with XMM-Newton in January 2003, a number of absorption lines were discovered, notably at 6.70 and 6.98 keV which we identify with scattering by high ionization state ions Fe XXV and Fe XXVI.
The Sjp displays a number of absorption peaks, reflecting its complex nature (Fig. 9a).
Only at high temperatures are sufficient numbers of atoms maintained in this state by collisions, radiations, and so forth to permit an appreciable number of absorptions to occur.
The total radiance is related to the number density of absorption or scattering processes and the corresponding coefficients for excitation radiation: Thus, in the Monte Carlo method Φexc can be represented by an ensemble of absorption or scattering processes with number density nexcabs(r) or nexcscatter(r) gained from an ensemble of excitation photons.
The possible explanation for this behavior is that as the initial concentration of the dye increases (1) the path length of the photons entering into the solution decreases and in low concentration the reverse effect is observed, thereby increasing the number of photon absorption by the catalyst in lower concentration and hence percentage of decoloration decreases.
The possible explanation for this behavior is that as the initial concentration of the dye increases, the path length of the photons entering the solution decreases and in low concentration the reverse effect is observed, thereby increasing the number of photon absorption by the catalyst in lower concentration [25].
By comparing the spectra of stars such as Sirius to the Sun, they found differences in the strength and number of their absorption lines the dark lines in a stellar spectra due to the absorption of specific frequencies by the atmosphere.
