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Radius of an atomic ion in crystals
Ionic radius, rion, is the radius of a monatomic ion in an ionic crystal structure. Although neither atoms nor ions have sharp boundaries, they are treated
Ionic_radius
Measure of the size of an atom
atomic radius. Five widely used definitions of atomic radius are covalent radius, Van der Waals radius, charge radius, ionic radius, and metallic radius. Typically
Atomic_radius
Type of rechargeable battery
the ionic radius of Na+ (116 pm) is substantially larger than that of Fe2+ and Fe3+ (69–92 pm depending on the spin state), whereas the ionic radius of
Sodium-ion_battery
Potential configurations of electrons
Octahedral high spin: Co2+ ionic radius 74.5 pm, Ni3+ ionic radius 60 pm. Octahedral low spin: Co2+ ionic radius 65 pm, Ni3+ionic radius 56 pm. d8 Octahedral
Spin_states_(d_electrons)
Conductivity per molar concentration of electrolyte
radius. The values obtained for an ionic radius in solution calculated this way can be quite different from the ionic radius for the same ion in crystals,
Molar_conductivity
Ratio of cation radius to anion radius
atoms. It is defined as the ratio of the ionic radius of the positively charged cation to the ionic radius of the negatively charged anion in a cation-anion
Cation-anion_radius_ratio
Particle, atom or molecule with a net electrical charge
which the spatial extension and the ionic radius of individual ions may be derived. The most common type of ionic bonding is seen in compounds of metals
Ion
Elements with atomic numbers 57-70
trivalent cations, Ln3+, whose chemistry is largely determined by the ionic radius, which decreases steadily from lanthanum (La) to lutetium (Lu). In presentations
Lanthanide
Tabular arrangement of the chemical elements
increases in magnitude with the charge and radius of the ion. In Mg+, the outermost orbital (which determines ionic radius) is still 3s, so the hydration enthalpy
Periodic_table
Chemical element with atomic number 101 (Md)
coefficients and ionic radius produced a value of 89.6 pm, as well as an enthalpy of hydration of −3654±12 kJ/mol. Md2+ should have an ionic radius of 115 pm
Mendelevium
Constants that describe stability of coordination complexes
ligands. There are three strands to the explanation of the series. The ionic radius is expected to decrease regularly for Mn2+ to Zn2+. This would be the
Stability constants of complexes
Stability_constants_of_complexes
Chemical compound or ion
type of skin eruption, see potassium bromide. The bromide ion has an ionic radius of 196 pm. Bromide is present in typical seawater (35 PSU) with a concentration
Bromide
Transparent non-crystalline solid material
frequent use as an additive in vitreous enamels and glass solders. The high ionic radius of the Pb2+ ion renders it highly immobile and hinders the movement of
Glass
Ceramic with room temperature stable cubic crystal structure
temperatures is accomplished by substitution of some of the Zr4+ ions (ionic radius of 0.82 Å, too small for ideal lattice of fluorite characteristic for
Yttria-stabilized_zirconia
Parameter of solute diffusion
s} is the sphere's drift speed, and a {\displaystyle a} is its radius. Because ionic mobility μ {\displaystyle \mu } is directly proportional to drift
Stokes_radius
Chemical compound involving ionic bonding
In chemistry, a salt or ionic compound is a chemical compound consisting of an assembly of positively charged ions (cations) and negatively charged ions
Salt_(chemistry)
Any of the fifteen lanthanides plus scandium and yttrium
contraction" which represents a higher-than-expected decrease in the atomic/ionic radius of the elements along the series. This is determined by the variation
Rare-earth_element
Group of highly reactive chemical elements
similar ionic radii; lithium and sodium are more distinct. For instance, when moving down the table, all known alkali metals show increasing atomic radius, decreasing
Alkali_metal
Mineral, quartz variety
silicon in the structure, in the presence of trace elements of large ionic radius, and to a certain extent, the amethyst color can naturally result from
Amethyst
Measure of solvency/solution
decreasing ionic radius shows decreasing conductivity suggesting that the effective radius of the hydrated ion increases as ionic radius decreases (larger
Hydration_number
Measure of the size of an atom that forms part of one covalent bond
The covalent radius, rcov, is a measure of the size of an atom that forms part of one covalent bond. It is usually measured either in picometres (pm) or
Covalent_radius
in this table. Atomic radius Covalent radius (Single-, double- and triple-bond radii, up to the superheavy elements.) Ionic radius Difference between empirical
Atomic radii of the elements (data page)
Atomic_radii_of_the_elements_(data_page)
Ratio of the electrical charge to the radius of an ion
Ionic potential is the ratio of the electrical charge (z) to the radius (r) of an ion. Ionic potential = electrical charge ionic radius = z r {\displaystyle
Ionic_potential
Chemical element with atomic number 3 (Li)
alkali metal. Lithium also competes with bivalent magnesium ions, whose ionic radius (86 pm) is approximately that of the lithium ion (90 pm). Mechanisms
Lithium
Theoretical chemical element with atomic number 119 (Uue)
atomic radius to around 240 pm, very close to that of rubidium (247 pm); the metallic radius is also correspondingly lowered to 260 pm. The ionic radius of
Ununennium
Decrease of ionic radii across the lanthanide series
empirical atomic radius decreases across the 2p block from 85 pm for boron to 50 pm for fluorine. Whereas, in the lanthanide ions, the ionic radius drops from
Lanthanide_contraction
Properties and behavior of hydrated cations in aqueous solution
with the electrical charge, z, on the metal ion and decreases as its ionic radius, r, increases. Aqua ions are subject to hydrolysis. The logarithm of
Metal ions in aqueous solution
Metal_ions_in_aqueous_solution
Chemical element with atomic number 115 (Mc)
predict that moscovium(I) fluoride and chloride would be ionic compounds, with an ionic radius of about 109–114 pm for Mc+, although the 7p1/2 lone pair
Moscovium
Chemical element with atomic number 55 (Cs)
(NaCl) structure. The CsCl structure is preferred because Cs+ has an ionic radius of 174 pm and Cl− 181 pm. More so than the other alkali metals, caesium
Caesium
Model describing the departures from ideality in solutions of electrolytes and plasmas
Moreover, ionic radius is assumed to be negligible, but at higher concentrations, the ionic radius becomes comparable to the radius of the ionic atmosphere
Debye–Hückel_theory
Specific recurring patterns that are present in the modern periodic table
and 1917". Revista CENIC. Ciencias Químicas. 49 (1): 1–13. "atomic and ionic radius". www.chemguide.co.uk. Retrieved 2022-06-30. Huggins, Maurice L. (April
Periodic_trends
Explains the covalent character in molecules
in 1923, are used to predict whether a chemical bond will be covalent or ionic, and depend on the charge on the cation and the relative sizes of the cation
Fajans'_rules
Chemical compound
(Cs+ ionic radius 174 pm for this coordination number, Cl− 181 pm) the CsCl structure can be adopted, when they are different (Na+ ionic radius 102 pm
Caesium_chloride
Theoretical chemical element with atomic number 120 (Ubn)
and decreasing the metallic and ionic radii; this effect is already seen for radium. On the other hand, the ionic radius of the Ubn2+ ion is predicted to
Unbinilium
Rules to predict ionic compounds' crystal structures
isolated ion pairs. The sum of the ionic radii determines the cation-anion distance, while the cation-anion radius ratio r + / r − {\displaystyle r_{+}/r_{-}}
Pauling's_rules
Element not easily hosted in a crystal lattice
phase are known by acronyms. One group includes elements having large ionic radius, such as potassium, rubidium, caesium, strontium, and barium (called
Incompatible_element
Study of magnesium compounds in chemistry
Magnesium is the second element in group 2 (alkaline earth metals), and the ionic radius of Mg2+ is 86 pm, which is larger than Be2+ (59 pm) and smaller than
Organomagnesium_chemistry
Chemical compound (OH–)
temperatures so as to present itself as a spherical ion, with an effective ionic radius of about 153 pm. Thus, the high-temperature forms of KOH and NaOH have
Hydroxide
ionic character, a result of its small atomic radius and large electronegativity. Therefore, the bond length of F is influenced by its ionic radius,
Covalent_radius_of_fluorine
Geological process by which two elements simultaneously substitute into a crystal
minerals take. Because electrons are donated and received, it is the ionic radius of the element that controls the size and determines how atoms fit together
Coupled_substitution
Chemical element with atomic number 107 (Bh)
configuration, this time analogous to manganese and technetium. The ionic radius of hexacoordinate heptavalent bohrium is expected to be 58 pm (heptavalent
Bohrium
Chemical theory about acids and bases
and bases Property Hard acids and bases Soft acids and bases atomic/ionic radius small large oxidation state high low or zero polarizability low high
HSAB_theory
Chemical element with atomic number 88 (Ra)
is one of the less biologically dangerous radium compounds. The large ionic radius of Ra2+ (148 pm) results in weak ability to form coordination complexes
Radium
Chemical element with atomic number 35 (Br)
affinity, enthalpy of dissociation of the X2 molecule (X = Cl, Br, I), ionic radius, and X–X bond length. The volatility of bromine accentuates its very
Bromine
Chemical element with atomic number 14 (Si)
single-bond covalent radius of 117.6 pm is intermediate between those of carbon (77.2 pm) and germanium (122.3 pm). The hexacoordinate ionic radius of silicon may
Silicon
F-block chemical elements
Abelson in 1940. As in lanthanides (see lanthanide contraction), the ionic radius of actinides monotonically decreases with atomic number (see also actinoid
Actinide
Molecular interface between a surface and a fluid
consequently an ion's closest approach to the electrode is on the order of the ionic radius. The Stern model has its own limitations, namely that it effectively
Double layer (surface science)
Double_layer_(surface_science)
Concentration of cerium vs. other rare-earth metals
easily than Ce3+ because Ce4+ (ionic radius 0.97Å) has the same charge and a similar ionic radius as Zr4+ (ionic radius 0.84Å). Therefore, the oxidation
Cerium_anomaly
Variety of glass in which lead replaces the calcium content
tools for photon detection by means of electromagnetic showers. The high ionic radius of the Pb2+ ion renders it highly immobile in the matrix and hinders
Lead_glass
Group of chemical elements
group is unlike the trend in group 2, the alkaline earths, where metallic radius increases smoothly from top to bottom of the group. All three metals have
Group_12_element
Polyatomic ion (N(CH3)4, charge +1)
ion is ~0.6 nm; From more accurate physico-chemical measurements, the ionic radius for TMA is given as 0.322 nm; several thermodynamic parameters for the
Tetramethylammonium
Chemical element with atomic number 17 (Cl)
affinity, enthalpy of dissociation of the X2 molecule (X = Cl, Br, I), ionic radius, and X–X bond length. (Fluorine is anomalous due to its small size.)
Chlorine
Chemical element with atomic number 26 (Fe)
switching to a low-spin configuration, resulting in a 20% decrease in ionic radius so that now it can fit into the porphyrin ring, which becomes planar
Iron
Crystalline chemical element or compound formed by geologic processes
common for the Si4+ to be substituted by Al3+ because of similarity in ionic radius and charge; in those cases, the [AlO4]5− tetrahedra form the same structures
Mineral
Chemical compound
A. Chugaev in 1905. This reaction is fairly selective thanks to the ionic radius of nickel allowing the compact stacking of Ni(dmgH)2 in lattice, causing
Nickel bis(dimethylglyoximate)
Nickel_bis(dimethylglyoximate)
Chemical process
carrier, resulting in a crystallographic defect; this can happen when the ionic radius and charge of the impurity are similar to those of the carrier. An occlusion
Coprecipitation
Term used for certain metallic elements
electronegativity and r {\displaystyle r} is its ionic radius. This index gauges the importance of covalent interactions vs ionic interactions for a given metal ion
Heavy_metals
Chemical element with atomic number 102 (No)
The ionic radius of hexacoordinate and octacoordinate No3+ had been preliminarily estimated in 1978 to be around 90 and 102 pm respectively; the ionic radius
Nobelium
Solvent interface of a solute
transport number Ionic radius Water model Poisson–Boltzmann equation Hydration energy Solvation Glueckauf, E. (1955). "The influence of ionic hydration on
Solvation_shell
the Goldschmidt tolerance factor, which varies with the average A-site ionic radius. Increasing Sr content reduces lattice distortions and modifies the Mn–O–Mn
Lanthanum_strontium_manganite
Size of an atom's imaginary sphere representing how close other atoms can get
The van der Waals radius, rw, of an atom is the radius of an imaginary hard sphere representing the distance of closest approach for another atom. It is
Van_der_Waals_radius
Type of crystal structure
degree of cation ordering is governed by differences in formal charge, ionic radius, and bonding character between the B-site cations, as well as synthesis
Perovskite_(structure)
Protons hopping across hydrogen bonds between hydronium ions and water molecules
Grotthuss mechanism, along with the relative lightness and small size (ionic radius) of the proton, explains the unusually high diffusion rate of the proton
Grotthuss_mechanism
zeolite is 0.38 nm when the size of the oxygen atoms is estimated by the ionic radius (0.135 nm), classifying it as a small pore zeolite. It can adsorb small
SSZ-13
Chemical element with atomic number 103 (Lr)
should both be insoluble in water. Due to the actinide contraction, the ionic radius of Lr3+ should be smaller than that of Md3+, and it should elute ahead
Lawrencium
Association of molecules of a solvent with molecules or ions of a solute
Although early thinking was that a higher ratio of a cation's ion charge to ionic radius, or the charge density, resulted in more solvation, this does not stand
Solvation
Partitioning of elements in a mineral
Compatibility of an ion is controlled by two things: its valence and its ionic radius. Both must approximate those of the major element for the trace element
Compatibility_(geochemistry)
Topics referred to by the same term
change in temperature Lanthanide contraction, the decrease in size of the ionic radius of lanthanide elements with their growing atomic number Contracted (film)
Contraction
Series in chemistry
ligand. Three explanations are frequently used to explain the series: The ionic radius is expected to decrease regularly from Mn(II) to Zn(II). This is the
Irving–Williams_series
Rocks that resonate like a bell when struck
and sodium cations) is quenched very rapidly. Sodium has a much larger ionic radius than potassium does, so during the quench event the sodium ions pop out
Ringing_rocks
Chemical element with atomic number 21 (Sc)
Solid State Ionics. 408 116507. doi:10.1016/j.ssi.2024.116507. Dokiya, Masayuki (2002-12-01). "SOFC system and technology". Solid State Ionics. PROCEEDINGS
Scandium
Noncovalent molecular interaction
interaction energy correlates with the ionic radius, r i o n {\displaystyle r_{\mathrm {ion} }} (non-spherical ionic radii are approximate). This trend supports
Cation–π_interaction
Crystallographic system where the unit cell is in the shape of a cube
from two elements whose ions are of roughly the same size (for example, ionic radius of Cs+ = 167 pm, and Cl− = 181 pm). The space group of the caesium chloride
Cubic_crystal_system
Hot semifluid material found beneath the surface of Earth
chemical elements, called incompatible elements, have a combination of ionic radius and ionic charge that is unlike that of the more abundant elements in the
Magma
Chemical element with atomic number 57 (La)
2 and LaI, LaH 2 is probably an electride compound. Due to the large ionic radius and great electropositivity of La3+ , there is not much covalent contribution
Lanthanum
Chemical compound
at its sublimation point, 885 °C. The ionic radius of the Po4+ ion is 1.02 or 1.04 Å; thus, the ratio of the ionic radii Po4+ /O2− is about 0.73, the lower
Polonium_dioxide
Chemical compound
significantly better than using glycolic acid alone. As a divalent ion with an ionic radius similar to that of Ca2+ (1.13 and 0.99 Å respectively), Sr2+ ions mimic
Strontium_nitrate
Chemical element with atomic number 89 (Ac)
Mavrik; Kersting, Annie B. (2021). "The coordination properties and ionic radius of actinium: A 120-year-old enigma". Coordination Chemistry Reviews.
Actinium
Deformation of teeth due to acids produced by bacteria
promote tooth decay. Besides lead, all atoms with electrical charge and ionic radius similar to bivalent calcium, such as cadmium, mimic the calcium ion,
Tooth_decay
Inert electrolyte: non-redox active and non complexing ligand
central chlorine (+7) atom by the four surrounding oxygen atoms. The ionic radius of the perchlorate anion is about the same as this of the iodide anion
Supporting_electrolyte
Chemical element with atomic number 37 (Rb)
is the 18th most abundant element in seawater. Because of its large ionic radius, rubidium is one of the "incompatible elements". During magma crystallization
Rubidium
Chemical compound
but slightly larger due to the larger Au− ionic radius compared to Cl− . The bonding is predominantly ionic, as found by X-ray photoelectron spectroscopy
Caesium_auride
Magnesium end-member of olivine, a nesosilicate mineral
iron(II) ion has the same charge as magnesium ion and it has a very similar ionic radius to magnesium. Consequently, Fe2+ can replace the magnesium ion in the
Forsterite
Chemical element with atomic number 72 (Hf)
{HfI4->[1700~^{\circ }{\text{C}}]Hf{}+2I2}}} Due to the lanthanide contraction, the ionic radius of hafnium(IV) (0.78 ångström) is almost the same as that of zirconium(IV)
Hafnium
Chemical substances containing yttrium
Br). Most of the salts from strong acids are soluble in water. The ionic radius (0.900) of yttrium in [Y(H2O)6]3+ is similar to that of holmium [Ho(H2O)6]3+
Yttrium_compounds
Inner-ear structure in vertebrates which detects acceleration
isotopic signatures are strontium due to the same charge and similar ionic radius to calcium; however, scientists can study multiple trace elements within
Otolith
Energy needed to remove an electron
due to the lanthanide contraction (for lanthanides). This decrease in ionic radius is associated with an increase in ionization energy in turn increases
Ionization_energy
Chemical element with atomic number 30 (Zn)
salts have the same crystal structure, and in other circumstances where ionic radius is a determining factor, the chemistry of zinc has much in common with
Zinc
Chemical elements with atomic numbers from 104 to 120
have ionic radii between those of their 5d transition metal homologs and their actinide pseudohomologs: for example, Rf4+ is calculated to have ionic radius
Superheavy_element
Chemical compound
combination with one other medication. This application exploits the similar ionic radius and hydrophilicity of perchlorate and iodide. Perchlorate ion, a common
Potassium_perchlorate
Protein that contains a metal ion cofactor
cooperative effect due to the higher crystal field splitting and smaller ionic radius of Fe2+ in the oxyhemoglobin moiety. Hemerythrin is another iron-containing
Metalloprotein
Chemical element with atomic number 105 (Db)
oxidation state should be slightly lower than that of tantalum and the ionic radius of dubnium should increase compared to tantalum; this has a significant
Dubnium
Chemical compound
cubic form has lattice parameter a = 1076.6 ± 0.6 pm; this allows the ionic radius of the Es3+ ion to be calculated as 92.8 pm. The other two forms are
Einsteinium(III)_oxide
Chemical compound containing polonium
also been reported. The effective radius of the polonide ion (Po2−) can be calculated from the Shannon (1976) ionic radii of the cations: 216 pm for 4-coordination
Polonide
Organic compounds of the form >C=N–OH
for detection of nickel ions, which is fairly selective thanks to the ionic radius of nickel allowing the compact stacking of Ni(dmgH)2 in lattice, causing
Oxime
Type of metal fluoride glass
that results from the filling of the f subshell and leads to a smaller ionic radius. Substituting zirconium by hafnium makes an easy way to adjust the numerical
ZBLAN
Chemical element with atomic number 108 (Hs)
comparison, Os+ lacks a 6s electron compared to the neutral atom. The ionic radius (in oxidation state +8) of hassium is greater than that of osmium because
Hassium
Battery with a calcium electrode
for Ca2+ to move through the lattice. Calcium's divalency and large ionic radius necessitates intercalation hosts with relatively open crystal frameworks
Calcium_battery
Any chemical compound having at least one atom of hafnium
containing the element hafnium (Hf). Due to the lanthanide contraction, the ionic radius of hafnium(IV) (0.78 ångström) is almost the same as that of zirconium(IV)
Hafnium_compounds
Rare vanadinate mineral
chains or sheets. Their mean Z–O distance follows the expected trend with ionic radius (shorter for Si4+, longer for As5+/V5+). Palenzonaite shows up as a rare
Palenzonaite
IONIC RADIUS
IONIC RADIUS
Girl/Female
African, American, Australian, British, Chinese, English, Finnish
Sweetly Singing; Honor Confers a Crown; Princess; Beam; Ray; Sparkle; Radius; Ray of Light
Girl/Female
Greek
Amethyst.
Surname or Lastname
English
English : nickname, sometimes perhaps ironic, from Middle English, Old French genterie ‘nobility of birth or character’. Compare Gentle.
Surname or Lastname
English
English : of uncertain origin; possibly a topographic name for someone who lived where wormwood (Artemesia absinthium) grew, Middle English wormod, or a metonymic occupational name for a herbalist. In the Middle Ages wormwood was variously used as a tonic and vermifuge, in brewing ale, and to protect clothes and linen from moths and fleas.
Surname or Lastname
English and French
English and French : nickname (literal or ironic) meaning ‘generous’, from Middle English, Old French large ‘generous’, ‘free’ (Latin largus ‘abundant’). The English word came to acquire its modern sense only gradually during the Middle Ages; it is used to mean ‘ample in quantity’ in the 13th century, and the sense ‘broad’ first occurs in the 14th. This use is probably too late for the surname to have originated as a nickname for a fat man.
Male
Hebrew
(יָוָן) Hebrew name YAVAN means "Ionia, Greece." In the bible, this is a place name and the name of a grandson of Noah. The English form is Javan.
Girl/Female
Hindu, Indian, Sanskrit
Radius; Limits
Surname or Lastname
English
English : nickname for a wealthy man (or perhaps in some cases an ironic nickname for a pauper), from Middle English, Old French riche ‘rich’, ‘wealthy’ (of Germanic origin, akin to Germanic rīc ‘power(ful)’).English : from a medieval personal name, a short form of Richard, or less commonly of some other compound name with this first element.English : habitational name from the lost village of Riche in Lincolnshire, apparently so named from an Old English element ric ‘stream’ or, here, ‘drainage channel’. Some early forms of the surname, such as Ricardus de la riche (Hampshire 1200) and Alexander atte Riche (Sussex 1296) probably derive from minor places named with this element in southern counties, as for example Glynde Reach in Sussex.Americanized form of German Reich.
Surname or Lastname
English
English : apparently a nickname from Middle English to ‘exceedingly’ + gode ‘good’, perhaps ironic in application.
Surname or Lastname
English
English : from Old French petit ‘little’ + the personal name John, hence a nickname for a little man (or an ironic nickname for a big man; compare the character Little John in the legend of Robin Hood) named John.
Surname or Lastname
English
English : nickname, perhaps ironic, from Middle English holy ‘holy’ + man ‘man’.
Surname or Lastname
Irish
Irish : reduced Anglicized form of either of two Gaelic names, Ó DuibhÃn ‘descendant of DuibhÃn’, a byname meaning ‘little black one’, or Ó DaimhÃn ‘descendant of DaimhÃn’, a byname meaning ‘fawn’, ‘little stag’. These are attenuated versions of Ó Dubháin and Ó Damháin, and are the phonetic origin of Anglicizations with an internal v (as opposed to w, as in Dewan, or monosyllabic forms with an o or u) (see Doane).English and French : nickname, of literal or ironic application, from Middle English, Old French devin, divin ‘excellent’, ‘perfect’ (Latin divinus ‘divine’).
Male
English
Anglicized form of Hebrew Yavan, JAVAN means "Ionia, Greece." In the bible, this is a place name and the name of a grandson of Noah.
Surname or Lastname
English
English : nickname, sometimes ironic, from Middle English, Old French gentil ‘well born’, ‘noble’, ‘courteous’ (Latin gentilis, from gens ‘family’, ‘tribe’, itself from the root gen- ‘to be born’).
Surname or Lastname
English and Irish (of Norman origin), French
English and Irish (of Norman origin), French : literal or ironic nickname meaning ‘fine friend’, from French beau ‘fair’, ‘handsome’ (bel before a vowel) + ami ‘friend’.
IONIC RADIUS
IONIC RADIUS
Biblical
a going about or circuiting; old age
Boy/Male
Arabic, Muslim
Gift of the Merciful / Allah
Biblical
removing a dissension
Female
Hawaiian
 Hawaiian name HALINA means "resemblance." Compare with another form of Halina.
Boy/Male
Arabic, Indian, Muslim, Parsi
Sun; Shining Sun; Cheerful
Female
English
Medieval feminine form of English Thomas, THOMASINA means "twin."Â
Girl/Female
Irish
From Cavan.
Boy/Male
Indian, Punjabi, Sikh
Love for Honey; Sweet
Boy/Male
Muslim
Hope, Expectation, Wish, Desire, Trust, Greed
Biblical
God the Lord, the strong Lord (same as Elijah)
IONIC RADIUS
IONIC RADIUS
IONIC RADIUS
IONIC RADIUS
IONIC RADIUS
a.
to, or containing, iodine; specif., denoting those compounds in which it has a relatively high valence; as, iodic acid.
n.
A tonic.
n.
A conic section.
a.
Of or pertaining to Ionia or the Ionians.
n.
The rolls forming the ends or sides of the Ionic capital.
n.
The Ionic dialect; as, the Homeric 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.
n.
The Ionic volute.
n.
The gamut, or musical scale. See Tonic sol-fa, under Tonic, n.
a.
Of or pertaining to tension; increasing tension; hence, increasing strength; as, tonic power.
n.
Ionic type.
n.
A verse or meter composed or consisting of Ionic feet.
n.
A tonic element or letter; a vowel or a diphthong.
n.
A strengthening medicine; a tonic.
a.
Tonic.
n.
Conic sections.
a.
Of or pertaining to an ion; composed of ions.
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; or two short and two long, -- that is, a pyrrhic and a spondee, in which case it is called the smaller Ionic.
n.
A salt of iodic acid.