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Diagram 339 WOW! Line 22 7b97f Ballistic Umklapp Scattering Phonon 6 Formula 5g WOW SETI

January 10, 2017

Diagram 339 WOW! Line 22 7b97f Ballistic Umklapp Scattering Phonon 6 Formula 5g WOW SETI

420 views 10 jan 2017

part 7b97f of
100 videos there are more videos after this one
i’ll post all then update the #.
Math Equation Wow Seti 1977 radio signal alien
Wow SETI 1977 radio signal alien
Google 0.0071
5.8783279E6 + 6EQUJ5 + maya symbol for Zero + Higgs Ballistic Transport formula #6+ CORE UFO Engine + communication laser beams + crystals + superlattice + quantum dots + water molecules + expanded + from line 22 wow data
To be filmed 20 jul 2013
8 july 2013

Came up in the formula from a previous video.
Line 22f1fa19c3m1b7c8e13c9c6d3p38d19d7b91 Aharonov-Bohm Oscillations Quantum Dots Formula 5g WOW SETI

Quote wiki:

Ballistic conduction or Ballistic continues

21 July 2013

Line 22f1fa19c3m1b7c8e13c9c6d3p38d19d7b97 Ballistic Transport Higgs Formula 5 UFO 5g WOW SETI

Keywords found formula from previous video (above):

other scattering mechanisms +apply + to + different carriers +remote interface phonon scattering, umklapp scattering (google)

Umklapp scattering

Quotes diagrams from Wiki:

Figure 1. Normal process (N-process) and Umklapp process (U-process).
Figure 2. k-vectors exceeding the firstBrillouin zone (red) do not carry more information than their counterparts (black) in the first Brillouin zone.
21 July 2013

Formula from data:

Normal process (N-process) and Umklapp process (U-process)
N-process +conserves +total+ phonon +momentum+ the U-process +changes+ phonon+ momentum+

k-vectors +exceeding + first+Brillouin zone (red) +do +not +carry+ information + counterparts (black) + first+ Brillouin zone.+

Umklapp scattering+ (also U-process or Umklapp process) + transformation, + reflection +

Translation+ wave vector +to +another+ Brillouin zone +result + scattering +process+ an electron-lattice potential google –
Free electron model in another video

scattering +anharmonic+ phonon-phonon+ (or electron-phonon)+
scattering +process+ reflecting an electronic state+ creating+ phonon + momentum +k-vector +outside + first+ Brillouin zone. +

Umklapp scattering +
One+ process +limiting +
Thermal+ conductivity +
in+crystalline+ materials
+ others+phonon+ scattering +crystal+ defects +surface + sample+

Figure 1+ schematically +shows+ possible+ scattering +processes + two+ incoming+ phonons + wave-vectors+ (k-vectors)+ k1 + k2+ (red) +creating+ one+ outgoing+ phonon +wave+ vector+ k3(blue)+

sum + k1 + k2 +stay+ inside + first+ Brillouin zone+ (gray squares)+ k3 + sum + +former+ two+ conserving +phonon +momentum+process+

normal +scattering +(N-process).+
+increasing +phonon +momentum+wave +vector + k1 + k2 +sum +might+ point+ outside +the+ Brillouin zone+ (k’3).

+Figure 2+ k-vectors +outside +the+ first+ Brillouin zone+
physically +equivalent +vectors+ inside +
mathematically +

Transformed +into +each +other +
Addition+ reciprocal +lattice +vector G.+
Umklapp scattering
+change + total phonon momentum.
+Umklapp scattering +dominant+

process + thermal resistivity + high+ temperatures + low +defect+ crystals.
+ thermal conductivity+insulating +crystal+U-processes +dominant + 1/T+ dependence+

umklappen +(to turn over)+
1929 crystal lattice studies+ tutelage+ Wolfgang Pauli

Disc-Neutrino-Clusters will be in the next several videos

ballistic transport, superlattice, quantum dots, water molecules, cooled plasma, quantum mechanics, quantum transport, crystals, mesh, electron holes, net force, neutrinos, higgs boson signals , CERN 2012 results, ATLAS, ALICE,
CML, NASA, newtons second law of motion, formula, hot temperatures, expand, mass, higgs mass particles, five axial forces, janet conrad, miniboone experiment data 2008, 2012, electron ribbon pencil laser beams, filters, diffraction, colliding particles, splitting baryons, tau neutrinos, splitting fermions, leptons, 5 new bosons, new standard model wow! signal 5 boson particles created in line 22 formula’s, cross reference, proton energies, nanowires, nanotechnology, elshelby twist, nodes, quadrapole magnets, monopole, dipole moment, euclid elements, archimedes algorithms

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