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{{r|Dielectric}}

...inding assistant; painting additive; printing ink solvent; antifoam agent; dielectric; adhesive; and may be used for the production of synthetic resin and natura

...only one carbon on each side, makes it the smallest [[ketone]]. Its high dielectric constant means that it can separate ionic charges fairly well. Acetone has

...that fills the space between the charges. All non-conducting materials ([[dielectric]]s) weaken the Coulomb force (have ε_r > 1). ...ittivity) and the static [[relative permittivity]] (also known as relative dielectric constant) of the medium, respectively. The relative permittivity of air (&e

...ic capacitor]]s the chemical effect is used to produce an extremely thin [[dielectric]] or [[Electrical insulation|insulating]] coating, while the electrolyte la

...ng exponential growth of electrons and ions may rapidly lead to complete [[dielectric breakdown]] of the material.

...gnetic constant|μ₀]]. This medium is a dielectric with relative dielectric constant > 1, and is diamagnetic, with relative magnetic permeability < 1.< ...o</sub>'' and is given by ''e=e_o''/&epsilon; with &epsilon; the dielectric constant of the vacuum. |chapter=Elementary particles |isbn=0195112296 |yea

...psilon;_r '''E''', where &epsilon;_r is the relative [[dielectric constant]] (also known as relative [[electric permittivity]]). In [[Gaussia

where ''κ_S'' is the dielectric permittivity of the semiconductor (about 11.7 for silicon). Thus, if we ext where ''&kappa;_OX'' is the dielectric permittivity of the oxide (about 3.9 for SiO₂) and ''t<sub>OX</s

...r solutes dissolved in the solvent, and solvent’s [[ionic strength]] and [[dielectric constant]].<br /><br />[[Macromolecules]] (such as [[protein]]s and [[nucle

...a ''junction capacitance'', analogous to a parallel plate capacitor with a dielectric spacer between the contacts. In reverse bias the width of the depletion lay with ''A'' the device area, ''&kappa;'' the relative semiconductor dielectric permittivity, ''&epsilon;₀'' the [[electric constant]], and ''w'

...e, pressure, bond angle, and environment (usually characterized by local [[dielectric]] constant). The typical length of a hydrogen bond in water is 1.97 Å (197

...the main techniques are [[microwave spectroscopy]] and measurements of [[dielectric constant]]s as function of temperature. Dipole moments can be computed reli

...>m</sub>). The material χ-parameters are called susceptibilities, є is the dielectric permittivity, μ is the magnetic permeability, and σ is the conductivity.

...permeates all space and has many of the characteristics of a polarizable [[dielectric]]. Further, Maxwell was of the opinion that terrestrial optical experiments

...two plates, namely the metal and the neutral bulk material, separated by a dielectric, namely the insulating depletion region.

...er example is the [[polarisation]] ''P'' (a macroscopic [[dipole]]) of a [[dielectric]] in a static electric field ''E''. The work done by the field is ''E''&Del

...ch other, even if a non-conducting substance&mdash;called by Faraday a ''[[dielectric]]''&mdash;is in between the plates.

...ch other, even if a non-conducting substance&mdash;called by Faraday a ''[[dielectric]]''&mdash;is in between the plates.

| Typical dielectric strengths of plastics

...elated to one another by some intermediary theory. An example might be the dielectric properties of water, such as its transparency in visible light, which is re