imaginary part การใช้

• Separating the real and imaginary parts of the complex dielectric permittivity yields:
• In which the imaginary parts offset each other leaving a real-valued expression.
• The real and imaginary parts of \ gamma can be computed as
• The entries of the corresponding eigenvectors therefore may also have non-zero imaginary parts.
• Capacitive admittances have positive imaginary parts and inductive admittances have negative imaginary parts.
• Complex samples of real-valued sinusoids have zero-valued imaginary parts and do exhibit folding.
• Relative permittivity is a complex-valued; its real and imaginary parts are denoted as:
• The real part of a complex number is, and its imaginary part is.
• In this approach, \ psi is either the real or imaginary part of:
• The imaginary part of a response function describes how a system driving force.
• Let ? be a complex number with strictly positive imaginary part.
• Capacitive admittances have positive imaginary parts and inductive admittances have negative imaginary parts.
• By taking linear combinations, the real and imaginary parts of are each solutions.
• In fact if the imaginary part of is positive, then is invertible since
• Which has a pole in z = 0.5 ( zero imaginary part ).
• The imaginary part is a sine wave with perpendicular polarisation to the cosine wave.
• Which I can't separate into the real and imaginary part.
• Are called the imaginary parts of the complex amplitude represented by \ widehat a.
• In complex analysis, the hyperbolic functions arise as the imaginary parts of sine and cosine.
• A complex number is called arithmetical if its real and imaginary parts are both arithmetical.