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Deutsche Ionenradius Synonyme

Englische ionic radius Synonyme

Ionenradius Definition

Ionic
(a.) Of or pertaining to Ionia or the Ionians.
Ionic
(a.) Pertaining to the Ionic order of architecture, one of the three orders invented by the Greeks, and one of the five recognized by the Italian writers of the sixteenth century. Its distinguishing feature is a capital with spiral volutes. See Illust. of Capital.
Ionic
(a.) Of or pertaining to an ion
Ionic
(n.) A foot consisting of four syllables: either two long and two short, -- that is, a spondee and a pyrrhic, in which case it is called the greater Ionic
Ionic
(n.) A verse or meter composed or consisting of Ionic feet.
Ionic
(n.) The Ionic dialect
Ionic
(n.) Ionic type.
Radius
(n.) A right line drawn or extending from the center of a circle to the periphery
Radius
(n.) The preaxial bone of the forearm, or brachium, corresponding to the tibia of the hind limb. See Illust. of Artiodactyla.
Radius
(n.) A ray, or outer floret, of the capitulum of such plants as the sunflower and the daisy. See Ray, 2.
Radius
(n.) The barbs of a perfect feather.
Radius
(n.) Radiating organs, or color-markings, of the radiates.
Radius
(n.) The movable limb of a sextant or other angular instrument.
Radius vector
() A straight line (or the length of such line) connecting any point, as of a curve, with a fixed point, or pole, round which the straight line turns, and to which it serves to refer the successive points of a curve, in a system of polar coordinates. See Coordinate, n.
Radius vector
(n.) An ideal straight line joining the center of an attracting body with that of a body describing an orbit around it, as a line joining the sun and a planet or comet, or a planet and its satellite.

ionic radius Bedeutung

iontophoresis
ionic medication
iontotherapy
electromotive drug administration
EMDA
therapy that uses a local electric current to introduce the ions of a medicine into the tissues
spoke
wheel spoke
radius
support consisting of a radial member of a wheel joining the hub to the rim
Ionic order
Ionian order
the second Greek order, the capital is decorated with spiral scrolls
radius
r
the length of a line segment between the center and circumference of a circle or sphere
radius of curvature the radius of the circle of curvature, the absolute value of the reciprocal of the curvature of a curve at a given point
radius the outer and slightly shorter of the two bones of the human forearm
radius vector a line connecting a point in space to the origin of a polar coordinate system
radius vector a line connecting a satellite to the center of the body around which it is rotating
Attic
Ionic
Ionic dialect
Classical Greek
the dialect of Ancient Greek spoken and written in Attica and Athens and Ionia
radius a circular region whose area is indicated by the length of its radius, they located it within a radius of miles
ionic bond
electrovalent bond
electrostatic bond
a chemical bond in which one atom loses an electron to form a positive ion and the other atom gains an electron to form a negative ion
ion beam
ionic beam
a beam of ions moving in the same direction at the same speed
ionic charge the charge on an ion is equal to a constant charge e multiplied by an integer from to
radius a straight line from the center to the perimeter of a circle (or from the center to the surface of a sphere)
anionic detergent
anionic
non-ionic detergent
a class of synthetic detergents in which the molecules do not ionize in aqueous solutions
ionic containing or involving or occurring in the form of ions, ionic charge, ionic crystals, ionic hydrogen
Ionic of or relating to Ionia or its inhabitants or its language
Ionic of or pertaining to the Ionic order of classical Greek architecture
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Der Ionenradius bezeichnet die effektive Größe eines einatomigen Ions in einem Ionengitter. Dabei wird vereinfachend angenommen, dass es sich um starre Kugeln handelt, deren Radien unabhängig von der Ionenverbindung sind . Um die Ionenradien zu ermitteln, bestimmt man zunächst die Abstände der in dem Kristallgitter auftretenden Ionen. Aus diesen Kationen-Anionen-Abständen erhält man zunächst die Radiensumme rA + rK für verschiedene Ionenkombinationen. Damit die Radien der einzelnen Ionen bestimmt werden können, muss der Radius wenigstens eines beteiligten Ions unabhängig bekannt sein.

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