Category:Surface science
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study of both physical and chemical phenomena that occur at the interface of two phases  | |||||
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Subcategories
This category has the following 31 subcategories, out of 31 total.
A
- Auger emission (24 F)
C
- Contact angle (6 F)
D
- Double layer forces (4 F)
E
I
- Inverse photoemission (9 F)
- Ion scattering (5 F)
K
L
M
O
- Ostwald ripening (8 F)
P
S
- Surface defects (4 F)
- Surface stress (1 F)
T
Media in category "Surface science"
The following 110 files are in this category, out of 110 total.
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Adsorbimento fisico.svg 744 × 952; 9 KB
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Balance de Langmuir.png 2,061 × 694; 58 KB
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Balance of Hydrostatic Forces in a Closed System-en.svg 645 × 574; 2 KB
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Balance of Hydrostatic Forces in a Closed System-ru.svg 645 × 574; 2 KB
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Balance of Hydrostatic Forces in a Closed System.jpg 320 × 332; 15 KB
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BET izoterma.png 801 × 412; 58 KB
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Bouncing study.jpg 4,000 × 3,000; 4 MB
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Cassie-Baxter Model.tif 378 × 243; 8 KB
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Charge and steric or entropic stabilizations.tif 1,944 × 965; 7.96 MB
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Chemical surface diffusion slow.gif 288 × 216; 815 KB
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Cluster diffusion individual mechanisms.png 960 × 720; 106 KB
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Cluster dislocation.gif 384 × 288; 248 KB
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Contact angle microstates.svg 633 × 209; 21 KB
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Covalent binding for Wiki project.jpg 486 × 127; 15 KB
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Cubemodel.tif 1,980 × 1,324; 10.55 MB
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Derjaguin Approximation Scheme 2.png 620 × 747; 34 KB
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DerjaguinApproximationScheme1.png 339 × 632; 19 KB
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DerjaguinApproximationScheme2.png 1,151 × 374; 32 KB
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DerjaguinApproximationScheme3.png 1,146 × 281; 34 KB
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Desorption-ar.png 256 × 171; 26 KB
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Didacta 2008 in Stuttgart NanoTruck by-RaBoe 01.jpg 1,134 × 851; 1.33 MB
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Didacta 2008 in Stuttgart NanoTruck by-RaBoe 02.jpg 1,134 × 851; 1.32 MB
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Didacta Pelikan 01.jpg 1,134 × 851; 1.31 MB
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DiffuseReflection microstructure.svg 235 × 147; 8 KB
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Disjoining pressure.png 353 × 263; 6 KB
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DPS Assignment - Sweet Tooth - Root Beer Float.jpg 991 × 1,024; 363 KB
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E-IMFP universal-de.svg 436 × 245; 95 KB
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E-IMFP universal-en.svg 436 × 245; 95 KB
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Ein frisches Forst 2.jpg 986 × 738; 1.04 MB
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Electrostatic analyzer 2.png 960 × 720; 38 KB
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FIB1.PNG 800 × 562; 18 KB
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FIB2.PNG 353 × 484; 134 KB
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FIFO NSOM Raman.gif 480 × 360; 6.74 MB
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Fig Condensation pore solide.pdf 1,239 × 1,754; 36 KB
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FIM-ImageW 11kV.jpg 1,807 × 1,800; 893 KB
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Freundlich izoterma.png 1,019 × 959; 79 KB
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Fysisorption.svg 744 × 872; 8 KB
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Gibbs image 2.png 2,200 × 1,700; 23 KB
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Gibbs image 4.png 2,200 × 1,700; 26 KB
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Gibbs Model.tif 967 × 655; 3.42 MB
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Guggenheim Model.tif 967 × 655; 3.35 MB
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H Rugosimetro T1000.jpg 286 × 328; 60 KB
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HEA.svg 370 × 225; 14 KB
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Heatspikecollisioncascade.png 956 × 758; 17 KB
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HREELS dipole scattering.JPG 1,089 × 467; 28 KB
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Hydrogenation on catalyst.png 451 × 1,017; 19 KB
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Hydrogenation on catalyst.svg 211 × 482; 3 KB
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HydrophobicOrdering.jpg 367 × 435; 23 KB
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Isoterme di adsorbimento favorevoli e sfavorevoli.jpg 621 × 444; 21 KB
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Izoterma.png 992 × 959; 39 KB
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Kemisorption.svg 744 × 1,052; 8 KB
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Kratos AXIS 165.gif 960 × 720; 378 KB
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Langmuir isotherm (zh-cn).png 662 × 502; 15 KB
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Langmuir izoterma.png 801 × 287; 37 KB
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LB trough.jpg 555 × 345; 20 KB
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LB trough.svg 1,052 × 744; 181 KB
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LEEM graphene layer number counting.png 536 × 1,020; 237 KB
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LEEM palladium on tungsten.jpg 465 × 455; 26 KB
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LEIS experimental setup 2.gif 960 × 720; 32 KB
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Linearcollisioncascade.png 954 × 760; 10 KB
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Modele tlk.svg 501 × 154; 12 KB
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Molecular Tweezers JACS 6637 2004.jpg 711 × 665; 217 KB
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NanoTruck.jpg 1,280 × 896; 1,014 KB
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NT OnTour.jpg 1,772 × 1,181; 1.48 MB
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Physisorption 1.jpg 733 × 411; 34 KB
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Physisorption 2.jpg 960 × 720; 38 KB
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Plasma Spray-Physical Vapor Deposition.jpg 2,694 × 2,021; 306 KB
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Polythiophenes fluorescence NMR tube.jpg 640 × 480; 66 KB
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REM-Analysearten.jpg 500 × 407; 78 KB
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Rugosimetro palmare.jpg 935 × 854; 64 KB
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Rugosimetro portatile.jpg 862 × 631; 54 KB
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S-Probe - Surface spectrometer.jpg 2,560 × 1,920; 643 KB
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SapphireKikuchi.png 326 × 277; 38 KB
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Schmalz Vakuum-Komponenten allgemein.jpg 596 × 324; 44 KB
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Schmalz Vakuum-Komponenten Blech.jpg 594 × 321; 42 KB
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Schmalz Vakuum-Komponenten CD.jpg 602 × 410; 50 KB
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Schmalz Vakuum-Komponenten Holz.jpg 594 × 324; 38 KB
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Schmalz Vakuum-Komponenten Kunststoff.jpg 287 × 287; 15 KB
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Schmalz Vakuum-Komponenten Verpackung1.jpg 601 × 329; 48 KB
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Schmalz Vakuumtechnik Ansaugen.jpg 946 × 494; 34 KB
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Sem auger electron.svg 200 × 260; 14 KB
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Si111 7x7 ReconstructionB.png 512 × 286; 99 KB
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Silver surface crystal growth SEM.png 1,024 × 1,024; 620 KB
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Supercritical adsorption figure1.jpg 645 × 319; 51 KB
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Supercritical adsorption figure2.jpg 764 × 791; 296 KB
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Supercritical adsorption figure4.jpg 862 × 823; 316 KB
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Supercritical adsorption figure5.jpg 874 × 967; 251 KB
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Supercritical adsorption figure6.jpg 1,000 × 993; 238 KB
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Surface Conductivity.gif 565 × 344; 8 KB
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Surface Conductivity.svg 524 × 372; 31 KB
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Surface coverage plot.gif 493 × 330; 4 KB
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Surface coverage.jpg 486 × 294; 21 KB
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Surface diffusion jump mechanisms new.png 960 × 672; 318 KB
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Surface of ice Ih.jpg 657 × 380; 70 KB
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Surface specifique et rayures.png 360 × 233; 3 KB
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Surface specifique et rayures.svg 362 × 233; 14 KB
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Surface spin In2O3.png 640 × 650; 201 KB
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Surface Stress versus Surface Energy.tif 1,000 × 530; 296 KB
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Surface superstrucures.png 508 × 789; 21 KB
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Surface superstrucures.svg 478 × 744; 300 KB
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SurfaceForces.jpg 878 × 338; 62 KB
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SurfaceRelaxation.png 1,488 × 1,160; 282 KB
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Tlk.JPG 800 × 404; 28 KB
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UIUC LEEM.jpg 992 × 698; 504 KB
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Vacancy diffusion.gif 288 × 144; 96 KB
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Varnish layer on stainless steel.jpg 2,080 × 1,540; 1.64 MB
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XPS Picture.jpg 640 × 285; 27 KB
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Zeta Potential for a particle in dispersion medium.png 3,093 × 2,962; 1.34 MB
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Види поверхневої лазерної обробки.PNG 788 × 533; 29 KB
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