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...hysical constant ε₀ has had different names. One of these was ''dielectric constant of vacuum''.<ref>{{cite book | last = King | first = Ronold W. P. ...[http://www.patentstorm.us/patents/5389884-description.html patent]</ref> "dielectric constant" is now deemed obsolete.<ref>{{cite web |author=IEEE Standards Boa

{{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 &epsilon;_r > 1). ...ittivity) and the static [[relative permittivity]] (also known as relative dielectric constant) of the medium, respectively. The relative permittivity of air (&e

...pacitors: a comparative study between conductance spectroscopy and thermal dielectric relaxation current technique'', L. S. Løvlie, I. Pintilie, S. Kumar C. P.,

...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

and a nanoscopic self-assembled gate dielectric, Nature Mater., Advanced Article Online.

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

| title = Automated dielectric single cell spectroscopy - temperature dependence of electrorotation

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.

##{{pl|Dielectric spectroscopy}}

...nd oxygen. However, I suspect that most properties of water, including its dielectric behavior (transparency) and its hydrodynamics (e.g. vortex formation) all a