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==Debye–Sears method== The [[Peter Debye|Debye]]–[[Francis Sears|Sears]] method determines the wavelength of monochromatic ...

...l oscillators but as vibrational modes of the ionic lattice. [[Debye model|Debye's model]] allowed to predict the behavior of the ionic heat capacity at tem ...he law fails for all substances. For crystals under such conditions, the [[Debye model]], an extension of the Einstein theory that accounts for statistical ...

=== Ideal chains – Debye function === [[File:Lorenzian_debye.jpg|thumb|358x358px|A comparison between the Debye function (black) and the approximated Lorentzian (blue). One sees no major ...

| author=Debye, P. | authorlink = Peter Debye ...

...ned based on the dispersion relation for the materials (for example, the [[Debye model]]) and [[Bose–Einstein statistics]]. Energy is given simply by the [ ...ef name="Swartz, E.T. 1989"/> it wasn't until 1941 when [[Pyotr Kapitsa]] (Peter Kapitza) carried out the first systematic study of thermal interface behavi ...

The method of steepest descent was first published by {{harvtxt|Debye|1909}}, who used it to estimate [[Bessel functions]] and pointed out that i | last1=Debye ...

'''Rayleigh–Gans approximation''', also known as '''Rayleigh–Gans–Debye approximation'''<ref name="bohren"/> and '''Rayleigh–Gans–Born approximatio ...cal shells, radially inhomogeneous spheres and infinite cylinders. [[Peter Debye]] has contributed to the theory in 1881.{{cn|reason=he wasn't born yet in 1 ...

...e imaginary part, is normally calculated with a complex formula based on [[Debye relaxation]] curves.<ref name="Tucker_etal1992"/> | author=Peter Mills ...

...] theory by [[Albert Einstein]], [[Chandrasekhara Venkata Raman]], [[Peter Debye]], [[Bruno H. Zimm]], and others. The problem with measurements made using ...asure at many angle and extrapolate using a model (Rayleigh, Rayleigh–Gans–Debye, Berry, Mie, etc.) to zero degree angle. ...

...nd anions respectively per [[formula unit]] of electrolyte.<ref name=Atk>[[Peter Atkins]] and Julio de Paula, ''Physical Chemistry'' (8th ed. Oxford Univer * [[Debye length]] ...

...f>{{Cite journal |last1=Andersen |first1=Jens Ulrik |last2=Sigmund |first2=Peter |date=September 1998 |title=Jens Lindhard |journal=Physics Today |language= ...kappa = \sqrt{ \frac{4\pi e^2 n \beta}{\epsilon} }</math>, known as the 3D Debye–Hückel screening wave number. ...

| Dipole = 0 [[Debye|D]] ...f Diamondoid Carboxylic Acids | year = 2011 | last1 = Schreiner | first1 = Peter | last2 = Fokin | first2 = Andrey | last3 = Fokina | first3 = Natalie | las ...

...894, while the term "magnetoelectric" was coined by [[Peter Debye]]<ref>P. Debye, Z. Phys. 36, 300 (1926)</ref> in 1926. ...

...on sound speed, time by inverse ion plasma frequency and space by electron Debye length. Note that for a KdV equation <math>b\sqrt \phi</math> is replaced <ref name="myref11">{{cite journal | last=Lax | first=Peter D. | title=Integrals of nonlinear equations of evolution and solitary waves ...

{{Short description|Thermodynamic extension of Debye–Hückel theory}} ...s and water activities in solutions of high ionic strength for which the [[Debye–Hückel theory]] is no longer adequate. They are more rigorous than the equa ...

...rkwood]] (1939) and Fröhlich (1948), who built on the pioneering work of [[Debye]] (1913) and [[Lars Onsager|Onsager]] (1936). It was hoped that the results ...ectrical Engineers|IEE]] ''History of Technology Series'', Vol. 6, London: Peter Peregrinus, 1986</ref> ...

...ermining adsorption was formed during the time of the discovery of [[Peter Debye]]'s fixed dipoles, [[Niels Bohr]]'s [[Bohr model|atomic model]], and well a ...

*<math> \kappa </math> is the inverse [[Debye length]] ...st=Wells |first=Nathan P. |author2=Lessard, Guillaume A. |author3=Goodwin, Peter M. |author4=Phipps, Mary E. |author5=Cutler, Patrick J. |author6=Lidke, Dia ...

...y of Astrophysical, Geophysical & Laboratory Plasmas |last=Sturrock |first=Peter A. |date=1994 |publisher=Cambridge University Press |isbn=978-0-521-44810-9 ...nuary 2018}}</ref> representing the number of charge carriers within the [[Debye sphere]] is much higher than unity.<ref name="Chen, Francis F. 2016 2–3"/>< ...

...Inventions and Discoveries through the Ages)'', p. 168</ref><ref>Fensham, Peter J.; Gunstone, Richard F.; White, Richard Thomas (1994). ''The Content of Sc ==== Debye functions (1912) ==== ...