Stochastic resonance phenomenon in Monte Carlo simulations of silver adsorbed on gold

Article

Authorship

GIMENEZ, MARIA CECILIA

Date

2016

Publishing House and Editing Place

SPRINGER

Magazine

EUROPEAN PHYSICAL JOURNAL B - CONDENSED MATTER, vol. 89 (pp. 1-8) SPRINGER

Summary Information provided by the agent in SIGEVA

The possibility of observing the stochastic resonance phenomenon was analyzed by means of Monte Carlo simulations of silver adsorbed on 100 gold surfaces. The coverage degree was studied as a function of the periodical variation of the chemical potential. The signal-noise relationship was studied as a function of the amplitude and frequency of chemical potential and temperature. When this value is plotted as a function of temperature, a maximum is found, indicating the possible presence of stoc... The possibility of observing the stochastic resonance phenomenon was analyzed by means of Monte Carlo simulations of silver adsorbed on 100 gold surfaces. The coverage degree was studied as a function of the periodical variation of the chemical potential. The signal-noise relationship was studied as a function of the amplitude and frequency of chemical potential and temperature. When this value is plotted as a function of temperature, a maximum is found, indicating the possible presence of stochastic resonance.