nonlinear responseの例文

• The nonlinear response of smart polymers is what makes them so unique and effective.
• For example, versions of nonlinear response.
• The nonlinear response of the magnetic moment to a magnetic field boosts the response of the coil wrapped around it.
• The explicit term on the r . h . s . is the Volterra expansion for the full nonlinear response.
• In addition, the ear has a nonlinear response to sounds of different intensity levels; this nonlinear response is called loudness.
• In addition, the ear has a nonlinear response to sounds of different intensity levels; this nonlinear response is called loudness.
• Another effect of the ear's nonlinear response is that sounds that are close in frequency produce phantom beat notes, or intermodulation distortion products.
• However, as can be seen, when " R " is increased, the nonlinear phase shift \ Phi gives the nonlinear response to \ delta and shows step-like behavior.
• It can produce giant nonlinear response for multiple nonlinear optical processes, such as second harmonic, sum-and difference-frequency generation, as well a variety of four-wave mixing processes.
• In general, linear procedures are applicable when the structure is expected to remain nearly elastic for the level of ground motion or when the design results in nearly uniform distribution of nonlinear response throughout the structure.
• The responses of the rod and cone cells of the retina, however, have a very context-dependent ( coupled ) nonlinear response, which complicates the analysis of their spectral sensitivities from experimental data.
• In optical physics, support is also provided in areas such as the nonlinear response of isolated atoms to intense, ultra-short electromagnetic fields, the atom-cavity interaction at high fields, and quantum properties of the electromagnetic field.
• The nonlinear response to illumination caused by the quenching process in which adding more light causes the image to become less bright generates sub-diffraction limited information about the location of dye molecules, allowing resolution far beyond the diffraction limit provided high illumination intensities are used.
• A building heating system such as a furnace has a nonlinear response to changes in temperature; it is either " on " or " off ", it does not have the fine control in response to temperature differences that a proportional ( linear ) device would have.
• More technically, Taleb defines antifragility as a nonlinear response : " Simply, antifragility is defined as a convex response to a stressor or source of harm ( for some range of variation ), leading to a positive sensitivity to increase in volatility ( or variability, stress, dispersion of outcomes, or uncertainty, what is grouped under the designation " disorder cluster " ).
• Video sampling tends to work on a completely different scale altogether thanks to the highly nonlinear response both of cathode ray tubes ( for which the vast majority of digital video foundation work was targeted ) and the human eye, using a " gamma curve " to provide an appearance of evenly distributed brightness steps across the display's full dynamic range-hence the need to use RAMDACs in computer video applications with deep enough colour resolution to make engineering a hardcoded value into the DAC for each output level of each channel impractical ( e . g . an Atari ST or Sega Genesis would require 24 such values; a 24-bit video card would need 768 . . . ).