Category:Thermodynamics
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Thể loại con
Thể loại này có 43 thể loại con sau, trên tổng số 43 thể loại con.
*
A
- Thermoacoustics (15 F)
B
C
- Constructal law (3 F)
D
- Thermal decomposition (28 F)
E
- Equation of state (53 F)
- Exergy (17 F)
- Experimental thermodynamics (22 F)
F
- Flashover (4 F)
G
H
- H-theorem (2 F)
I
- Ideal mixtures (8 F)
L
- Laws of thermodynamics (20 F)
- Thermodynamics lectures (5 F)
M
- Maximum power principle (2 F)
- Mean free path (10 F)
P
- Thermophoresis (4 F)
R
- Rollover (fire) (2 F)
S
T
U
- ⧧ (2 F)
V
Tập tin trong thể loại “Thermodynamics”
200 tập tin sau nằm trong thể loại này, trong tổng số 229 tập tin.
(Trang trước) (Trang sau)-
2nd pic gradient.png 1.685×838; 155 kB
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Adiabatic flame temperature (diagram).jpg 706×297; 75 kB
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Air mu lambda.png 771×735; 11 kB
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Argon b c.jpg 852×524; 54 kB
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Asakura-Oosawa first two cases.png 312×209; 3 kB
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Asymptotic albedo 2.png 771×740; 6 kB
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Autocascade.png 800×600; 38 kB
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Balloon graph representing quality EROI.png 850×625; 217 kB
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Belousov-Zhabotinsky Reaction Simulation Snapshot.jpg 300×300; 35 kB
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Beta vs E two state.svg 540×360; 43 kB
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Bild wasserhaut.png 744×1.724; 21 kB
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Bomba termodinamica.png 313×223; 3 kB
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Bombas de calor.png 1.003×608; 137 kB
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Brennstoffzellentechnik3.jpg 1.118×560; 52 kB
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Britannica Diffusion.jpg 317×156; 14 kB
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BWRS-reduced 1.jpg 946×474; 96 kB
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Carnot theorem paradox.svg 632×394; 84 kB
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Carnot-engine-1824-vector.svg 354×744; 14 kB
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CFSE DH.png 497×400; 8 kB
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Characteristic points wiki.svg 560×420; 83 kB
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CharacteristicCurves.png 5.727×5.757; 196 kB
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Chempotential.jpg 911×375; 36 kB
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Ciclo.gif 400×225; 9 kB
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Cilindro con émbolo.svg 135×121; 16 kB
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Ciocniri-moleculare.jpg 738×243; 57 kB
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COGAS-it.png 415×432; 38 kB
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ColdnessScale.svg 312×324; 76 kB
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Compressibilité isotherme de SF6 - penta.png 627×342; 25 kB
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Compressibilité isotherme de SF6 - tetra.png 611×332; 22 kB
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Compressibilité isotherme de SF6.png 618×420; 36 kB
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Concentrations réaction.GIF 825×536; 33 kB
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Conservacion de la energíacon flujos de calor y trabajo.png 1.173×263; 12 kB
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Conservative Temperature vs. potential temperature.png 743×610; 62 kB
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Cox-Othmer diagram for alcohols.jpg 465×433; 65 kB
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Critical isotherm Redlich-Kwong model.png 554×390; 20 kB
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Cálculo de constantes de vaporización.png 205×51; 3 kB
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Dalton1.gif 213×213; 3 kB
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Danlira1991 zeros ones 360000pts py3 SI white 130levels2.png 1.215×1.020; 344 kB
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De-Thermodynamik.ogg 1,7 s; 15 kB
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De-thermodynamisch.ogg 1,9 s; 19 kB
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DEC.svg 748×503; 32 kB
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Derived Schwarzschild Units 2014 CODATA.png 12.976×7.772; 4,62 MB
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Deriving Emergent gravity from microscopic theories.jpg 840×480; 248 kB
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Dh Top.gif 828×818; 170 kB
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Diagram Systems.svg 300×167; 79 kB
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Diagrama de cuerpo libre de un émbolo.svg 92×112; 18 kB
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Diagrama PV del Ciclo de Diesel.svg 313×246; 47 kB
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Dimensionless Lenard Jones 6-12.png 778×587; 17 kB
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Distribution of.jpg 872×384; 28 kB
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Dynamic heating.png 559×281; 5 kB
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Ecuación Rachford-Rice.png 144×62; 2 kB
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Efecto de memoria-EN.png 960×720; 20 kB
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Efeito Fotoelétrico.png 2.486×552; 54 kB
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Eight founding schools.png 518×454; 284 kB
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Energy Certificate.png 344×147; 10 kB
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Energy Diagram.png 634×551; 9 kB
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Energy Flow General.svg 309×278; 9 kB
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Energy landscape for 75 atom Leonard-Jones cluster.tif 1.513×2.475; 2,27 MB
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Energy yield of iron reduction.png 1.400×559; 26 kB
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ExpemplaricObservable.png 5.637×3.624; 91 kB
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Fig-LSD.jpeg 3.069×1.534; 1,29 MB
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Fijar una referencia Calculo de entalpia absoluta.png 614×724; 51 kB
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Flow of Whole Process.svg 632×217; 17 kB
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Flujo de energía asociado a una corriente.png 453×489; 6 kB
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Fonction phase rayonnement emergent Milne.png 771×782; 43 kB
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Fugacidades.png 180×56; 2 kB
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GAP2.JPG 673×317; 32 kB
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Geschwindigkeitsabhängigkeit der Temperatur.png 622×418; 13 kB
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Geschwindigkeitsabhängigkeit des Druckes.png 622×418; 13 kB
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Gibbs free energy changes Endergonic reaction.png 647×590; 22 kB
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Gibbs free energy changes Exergonic reaction.png 659×590; 21 kB
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Grafico pressione ridotta - coefficiente di fugacità.png 581×335; 17 kB
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Grafik Ehrenfest Modell.png 964×311; 3 kB
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GraphHeatCapacityElements SelectedRange.png 3.216×2.461; 97 kB
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GraphHeatCapacityOfTheElements.png 3.216×2.461; 104 kB
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GraphHeatCapacityOfTheElementsI2s.png 3.216×2.461; 108 kB
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Gruppenbeitragsmethodenprinzip.png 794×756; 46 kB
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Gràfic Texturòmetre Merenga al 50%.png 749×380; 73 kB
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GT-Prozess mit internem Wärmeaustausch Schaltbildltbild.jpg 1.059×955; 82 kB
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Heat Diagram.PNG 535×304; 8 kB
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Heat engine summary.png 300×300; 47 kB
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Heatflux.png 669×520; 22 kB
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Heating curve blank labelled exam.svg 475×270; 8 kB
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HeatTransmission Tubular.svg 193×186; 39 kB
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HeatTransmission.svg 208×168; 10 kB
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HGsaturationcurve.jpg 464×375; 8 kB
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Hush adiabatic electron transfer basics.png 427×498; 42 kB
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HVAC system diagram.jpg 600×471; 72 kB
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Ideal gas law relationships.svg 512×341; 2 kB
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Images of water and saline solution being heated.jpg 568×400; 30 kB
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John Tyndall - 1863 - Pictet's experiment.jpg 534×1.437; 399 kB
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Joule-Thomson - van der Waals.jpg 420×560; 52 kB
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KirkendallEffektSchemat.png 635×701; 22 kB
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Kraftwerkwirkungsgrad.jpg 2.000×1.244; 390 kB
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KWK Prinzip und T-s-Dia.jpg 1.279×653; 201 kB
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Laminazione.png 476×332; 28 kB
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Larger System for Exergy Calculation.svg 324×298; 39 kB
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Leidenfrost droplet es.svg 836×616; 7 kB
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Lenoir-vs-otto.svg 540×360; 43 kB
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LJ mixtures.png 14.412×11.984; 996 kB
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LJ PhaseDiagram.png 6.566×5.916; 220 kB
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Loss of Work in Combustion.svg 402×252; 12 kB
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Loss of Work in Heat Exchanger.svg 529×270; 24 kB
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Loss of Work in Throttling.svg 508×235; 8 kB
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Loss of Work in TurbineA.svg 406×252; 15 kB
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Loss of Work in TurbineB.svg 417×252; 13 kB
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Maquina-imposible1.png 1.920×1.080; 1,36 MB
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Maquina-imposible2.png 1.920×1.080; 1,31 MB
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Marks Decahedron, stable shape for five-fold twinned nanoparticles.gif 1.461×1.427; 135 kB
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MathQA-Screenshot.png 1.036×766; 82 kB
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Maxwells Demon.png 409×175; 4 kB
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Metabolismo eue.jpg 417×105; 6 kB
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Methode SN milieu homogene omega=1 bis.png 771×776; 39 kB
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Mie phasediagram.svg 706×351; 53 kB
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Miepotential.svg 351×261; 31 kB
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MolareWärmekapazitätDerElemente Bereich.png 3.216×2.461; 99 kB
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Molecules transferring energy.png 1.326×1.994; 523 kB
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Moteurthermo.png 300×236; 11 kB
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Motor-termico-esquema.png 1.920×1.080; 1,32 MB
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NDL1032255 熱力学 上巻.pdf 5.160 × 3.733, 69 trang; 29,75 MB
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NDL1145644 熱力学 part1.pdf 6.041 × 4.447, 100 trang; 48,15 MB
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NDL1145644 熱力学 part2.pdf 6.041 × 4.447, 32 trang; 15,24 MB
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NDL1683719 熱力学 part1.pdf 8.431 × 5.687, 100 trang; 161,35 MB
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NDL1683719 熱力学 part2.pdf 8.431 × 5.687, 100 trang; 153,75 MB
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NDL1683719 熱力学 part3.pdf 8.431 × 5.687, 18 trang; 29,13 MB
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NDL942888 熱力学 part1.pdf 5.956 × 3.920, 100 trang; 59,08 MB
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NDL942888 熱力学 part2.pdf 5.956 × 3.920, 47 trang; 26,72 MB
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Nodes diagram.jpg 397×238; 13 kB
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Non steady state probe tp08 hukseflux.gif 155×800; 7 kB
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Non-equilbriumlandscape.svg 730×225; 38 kB
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Orthograde and contragrade.jpg 1.311×690; 173 kB
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Pac-Thermo.png 3.510×2.553; 1,38 MB
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Pacthermo.svg 370×430; 10 kB
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Paradoja de Jevons. Caracterización termodinámica..png 897×408; 48 kB
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Particle-in-cuboid.svg 582×573; 16 kB
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Phase-change.png 715×530; 38 kB
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Physique I Optique- Physique nucléaire & Thermodynamique.jpg 800×450; 41 kB
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Pictet's experiment.png 375×1.015; 405 kB
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Pigeons on subway vent.jpg 3.024×4.032; 3,8 MB
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PinFin.png 430×469; 26 kB
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Press o de vapor.gif 719×253; 8 kB
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Principio de conseervacion de la energía.png 832×595; 27 kB
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Progression de réaction.jpg 798×497; 33 kB
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Proof of Carnot Theorem.png 705×673; 35 kB
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Proving Carnot Theorem.svg 717×629; 116 kB
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Proving Clausius Inequality.svg 625×770; 27 kB
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PV, P-діаграма реального газу.png 1.404×1.853; 263 kB
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PV, P-диаграмма реального газа.png 1.404×1.853; 200 kB
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Racines d'une équation d'état cubique.jpg 879×569; 74 kB
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Rankine Hugoniot Shock-en.svg 741×641; 1 kB
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Rankine Hugoniot Shock-ru.svg 741×641; 1 kB
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Rankine Hugoniot Shock.png 330×288; 7 kB
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Reactieprofiel.png 746×592; 15 kB
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Reactivity EX est.svg 541×216; 18 kB
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Reduced specific heat for KCl, TiO2, graphite 01.png 2.107×1.721; 299 kB
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Régression de réaction.jpg 792×497; 32 kB
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Schema pompa di calore.png 239×300; 108 kB
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SchematicSimpleSystemStateSpace20170714.png 583×490; 77 kB
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SchematicSimpleSystemStateSpace20170714SVG.svg 744×1.052; 18 kB
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Screen Shot Sjabloon Math.png 1.005×439; 94 kB
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Side view of LJ cluster with 75 atoms.gif 828×818; 146 kB
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Specific heat of several glassy solids.png 1.496×2.098; 362 kB
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Stagnation properties.png 936×492; 24 kB
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State space diagram from Lightning in a Bottle.png 709×434; 120 kB
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Steffan Boltzman planetary termperature.svg 723×2.264; 38 kB
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Szilard engine schematic.png 416×245; 4 kB
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T TR TV detente.png 771×707; 7 kB
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Temperature negative 2.png 771×774; 13 kB
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Temperature negative.png 771×774; 13 kB
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Temperature profile.png 2.458×1.270; 98 kB
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Temperature vs E two state.svg 540×360; 50 kB
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Temperature.gif 402×359; 4 kB
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Tflux.jpg 1.248×485; 65 kB
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TFTE.jpg 1.443×695; 162 kB
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The Belousov-Zhabotinsky Reaction.gif 300×300; 5,22 MB
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The Joule-Thomson coefficient of the air.png 700×700; 147 kB
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The Van der Waals gas constants of Nitrogen and Oxygen.png 745×787; 69 kB
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Thermal efficiency vs pressure ratio Chart.PNG 492×403; 16 kB
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Thermal pressure 1.png 504×431; 119 kB
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Thermal pressure 22.png 646×425; 153 kB
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Thermal pressure1.jpg 504×431; 32 kB
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Thermal pressure2.jpg 646×425; 38 kB
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Thermique1.png 323×341; 33 kB
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Thermo.png 300×202; 11 kB
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Thermodynamic Oktaeder.svg 849×860; 2 kB
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Thermodynamic temperature.png 1.920×1.080; 961 kB
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Thermodynamic-using-cambria-math.svg 36×50; 177 byte
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Thermodynamics icon.svg 128×128; 6 kB
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Toplotna ravnoteza.jpg 350×111; 5 kB
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Traformazione adiabatica isoterma isocora.png 456×453; 5 kB
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Transformação de sistemas.png 329×340; 78 kB
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Travail.gif 320×124; 2 kB
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Troca de calor.jpg 615×377; 51 kB