characteristic frequency การใช้

• These specifically tuned frequencies are referred to as characteristic frequencies ( CF ).
• Depending where it is located, each hair cell responds to a characteristic frequency.
• Some resonant systems respond at characteristic frequencies, but in response to random excitation.
• Every element has characteristic frequencies at which it absorbs and emits electromagnetic radiation.
• For human beings, the influences fall in a characteristic frequency range.
• The air in a shell resonates at a characteristic frequency.
• This adsorption occurs at the characteristic frequencies of vibration of the gas and dust.
• As a result, the letters within columns fell into successive and separate mono alphabets with characteristic frequencies.
• :: : : For molecular vibrations, each [ normal mode ] has a characteristic frequency at which it oscillates.
• This may be because although the neurons innervating the dead region, cannot react to vibration at their characteristic frequency.
• However, sea lions appear to monitor modulations of the characteristic frequency of the whiskers to obtain information about hydrodynamic stimuli.
• Each spin exhibits a characteristic frequency of gyration ( relative to the field strength ) which reveals information about the analyte.
• When a black body is at a uniform temperature, its emission has a characteristic frequency distribution that depends on the temperature.
• Since the energy levels of electrons in atoms are discrete, each element and each molecule emits and absorbs its own characteristic frequencies.
• This demonstrates that auditory nerve fibers respond best, and hence have better thresholds at the fiber's characteristic frequency and frequencies immediately surrounding it.
• Where h is Planck's constant, \ nu _ 0 is the characteristic frequency of the vibration, and n is the vibrational quantum number.
• If a sound entering the ear is displaced from the characteristic frequency, then the strength of response from the basilar membrane will progressively lessen.
• The characteristic frequency and magnitude of the deformation is determined by a balance of electrodynamic, hydrodynamic, and capillary stresses acting on the droplet interface.
• But around St . Helens, the seismic signal often contained a single characteristic frequency, almost as if the earth were singing a particular note.
• Assuming that there has been no shift in the characteristic frequencies relating to certain regions of the basilar membrane, due to the damage of OHCs.