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":

... power delivered 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) ...

... 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 the output ... 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 ...

**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 ... free case therefore, the expression for complex

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

**Reflection Coefficient**- Semipermeable Membranes

... The

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

... The

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

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

**reflection**, and 0.5 is a

**reflection**of half the incoming voltage ... the standing wave ratio (SWR or VSWR for voltage), which is connected to the impedance ratio and

**reflection coefficient**by, where are the minimum and maximum ...

### Famous quotes containing the word reflection:

“If the contemplation, even of inanimate beauty, is so delightful; if it ravishes the senses, even when the fair form is foreign to us: What must be the effects of moral beauty? And what influence must it have, when it embellishes our own mind, and is the result of our own *reflection* and industry?”

—David Hume (1711–1776)