The **reflection coefficient** is used in physics and electrical engineering when wave propagation in a medium containing discontinuities is considered. A reflection coefficient describes either the amplitude or the intensity of a reflected wave relative to an incident wave. The reflection coefficient is closely related to the *transmission coefficient*.

Different specialties have different applications for the term.

Read more about Reflection Coefficient: Telecommunications, Seismology, Optics and Microwaves, Semipermeable Membranes

### Other articles related to "reflection coefficient, reflection":

**Reflection Coefficient**With Position Along The Line

... The complex voltage

**reflection coefficient**is defined as the ratio of the reflected wave to the incident (or forward) wave ... For a uniform transmission line (in which is constant), the complex

**reflection coefficient**of a standing wave varies according to the position on the line ... For the loss free case therefore, the expression for complex

**reflection coefficient**becomes The phase constant may also be written as where is the wavelength within ...

... to the load is where is the magnitude of the

**reflection coefficient**... Note that as the

**reflection coefficient**approaches zero, power to the load is maximized ... If the

**reflection coefficient**is known, mismatch can be calculated by In terms of the voltage standing wave ratio (VSWR) ...

... The

**reflection coefficient**can be calculated using, where is the

**reflection coefficient**(0 denotes full transmission, 1 full

**reflection**, and 0.5 is a ... ratio (SWR or VSWR for voltage), which is connected to the impedance ratio and

**reflection coefficient**by, where are the minimum and maximum values of the voltage absolute value, and ...

**Reflection Coefficient**- Semipermeable Membranes

... The

**reflection coefficient**in semipermeable membranes relates to how such a membrane can reflect solute particles from passing through ...

... Most practical amplifiers though will have some finite isolation allowing the

**reflection coefficient**'seen' at the input to be influenced to some extent by the load connected on ... (non-unilateral or bilateral) amplifier is connected to an arbitrary load with a

**reflection coefficient**of ... The actual

**reflection coefficient**'seen' at the input port will be given by ...

### Famous quotes containing the word reflection:

“It is conceivable at least that a late generation, such as we presumably are, has particular need of the sketch, in order not to be strangled to death by inherited conceptions which preclude new births.... The sketch has direction, but no ending; the sketch as *reflection* of a view of life that is no longer conclusive, or is not yet conclusive.”

—Max Frisch (1911–1991)