Category:Nuclear magnetic resonance
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energy difference between the quantum spin states of electrons when exposed to an external magnetic field | |||||
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Subcategories
This category has the following 11 subcategories, out of 11 total.
Media in category "Nuclear magnetic resonance"
The following 104 files are in this category, out of 104 total.
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13C NMR oblasti.jpg 1,968 × 505; 84 KB
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2-(3-bromophenyl)dioxolane.png 481 × 478; 25 KB
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3-methoxyphenol NMR1.jpg 500 × 150; 15 KB
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4-nitroaniline.png 487 × 493; 23 KB
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90pulse.jpg 672 × 360; 19 KB
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Animated Rotating Frame.gif 640 × 480; 5.24 MB
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Application pour le vinaigre et l'acide acétique.jpg 511 × 355; 14 KB
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APT basic pulse sequence.svg 870 × 587; 70 KB
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Backbone Walk for NCACX, NCOCX, and CANcoCX for SS-NMR.png 3,090 × 847; 179 KB
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BIR-1 pulse for 90-degree and 45-degree flip-angles.png 1,278 × 743; 36 KB
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BOLD Blood Oxygenation Level Dependent Relaxation.svg 590 × 520; 19 KB
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CBCACONH experiment.JPG 709 × 431; 31 KB
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Champeffectif.png 211 × 431; 8 KB
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Chemické posuny v substituovanom propáne.jpg 680 × 763; 87 KB
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Conventional 1H NMR vs. DISPEL 1H NMR.jpg 1,000 × 493; 89 KB
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Data points divided.jpg 1,765 × 1,006; 292 KB
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DEPT basic pulse sequence.svg 698 × 458; 114 KB
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Dnp350-01.png 843 × 513; 22 KB
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Doublet dans le référentiel tournant.svg 426 × 179; 17 KB
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Energieniveau.png 471 × 351; 24 KB
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Fid.png 502 × 223; 6 KB
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Figure 6 - Principle of the IRMS.jpg 634 × 486; 28 KB
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FT-NMR.jpg 1,488 × 811; 106 KB
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Glycine 13C 9.4T MAS 20khz.gif 1,440 × 1,000; 2.81 MB
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Glycine 13C 9.4T MAS.gif 1,440 × 1,000; 1.77 MB
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HNCACB experiment.JPG 723 × 434; 30 KB
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Implantation SNIF-NMR dans le monde.jpg 1,438 × 844; 78 KB
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Impulsion RMN.png 1,834 × 603; 214 KB
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INEPT Pulse Sequence.png 2,550 × 1,867; 61 KB
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J csatolas 2abra.png 851 × 322; 4 KB
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J csatolas AB szimmetrikus.png 851 × 425; 6 KB
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J-coupling Fermi contact mechanism.svg 865 × 347; 3 KB
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J-Coupling-complex-multiplets.gif 546 × 164; 6 KB
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J-Coupling-simple-multiplets.gif 564 × 101; 6 KB
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La méthode 13C-SNIF-NMR®, une récente méthode de routine.jpg 604 × 407; 21 KB
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Li NMR of Aromatic and Antiaromatic Anions.png 2,894 × 997; 54 KB
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Magnetic field induced energy levels.jpg 1,502 × 1,234; 643 KB
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Magnetization Relaxation Longitudinal Transversal T1 T2.png 801 × 1,200; 56 KB
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MAS rotors.jpg 2,924 × 2,014; 1.24 MB
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Mr not safe.jpg 151 × 151; 38 KB
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MRI Condicional.jpg 177 × 151; 36 KB
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Mri sure.jpg 151 × 151; 26 KB
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Mri2.jpg 743 × 581; 19 KB
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MRT PraecessionRotation.png 511 × 448; 23 KB
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Nicolaas Bloembergengebouw.jpg 5,135 × 3,373; 4.69 MB
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NMR Active nuclei.jpg 755 × 631; 55 KB
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NMR alkenes.png 761 × 211; 4 KB
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NMR alkynes.png 761 × 196; 4 KB
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NMR diatropic paratropic effect.svg 498 × 221; 63 KB
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Nmr dipol dipol.jpg 847 × 662; 93 KB
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NMR EPR.gif 302 × 145; 13 KB
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Nmr hemijski pomak.jpg 572 × 728; 58 KB
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NMR i anti-Nato-demonstration 2024.jpg 5,472 × 3,648; 10.12 MB
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NMR line fitting.jpg 1,773 × 1,002; 346 KB
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NMR models gadd45alpha.jpg 500 × 500; 39 KB
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Nmr skalarno sprezanje.jpg 881 × 648; 86 KB
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NMR structure of vasoactive intestinal peptide in Methanol.png 599 × 312; 72 KB
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NMR transitions.png 556 × 459; 13 KB
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NMR-FID-1H.png 1,216 × 562; 13 KB
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NMRtubeTeflontap.png 266 × 824; 258 KB
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NOE energy levels 2.png 1,541 × 1,138; 55 KB
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Noe energy levels-01.png 1,541 × 1,138; 47 KB
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Noe energy levels-01.svg 512 × 378; 3 KB
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NOE energy levels-1.svg 712 × 553; 1 KB
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NOE energy levels.png 1,541 × 1,138; 48 KB
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Noe energy levels.png 1,541 × 1,138; 48 KB
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Noe energy levels.svg 512 × 378; 187 KB
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Noe examples.png 478 × 201; 10 KB
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NOE transitions.svg 1,382 × 400; 53 KB
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Nuclear Magnetic Resonance (NMR) basic principles.webm 2 min 18 s, 1,920 × 1,080; 29.79 MB
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Nuclear Magnetic Resonance Magnet (15349075188).jpg 3,865 × 2,572; 6.1 MB
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Nuclear magnetization relaxation.gif 534 × 497; 2.43 MB
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Nuclear spin relaxation in porous media.png 512 × 488; 14 KB
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Nuclei in and out of magnetic field.jpg 1,390 × 832; 342 KB
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Omp.gif 530 × 297; 7 KB
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Pake.png 547 × 483; 15 KB
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Paramagnetisme.png 391 × 361; 31 KB
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Peak.png 495 × 261; 3 KB
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Powder pattern.svg 418 × 707; 221 KB
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Precession de Larmor illustration.svg 973 × 321; 29 KB
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Precession gamma.svg 812 × 936; 21 KB
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Precession in magnetic field.svg 304 × 761; 7 KB
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Precession Larmor 2.png 976 × 326; 40 KB
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Precessione.JPG 189 × 292; 6 KB
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Protein Structural changes timescale matched with NMR experiments.png 1,416 × 544; 93 KB
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Proton Resonances in Aromatic Componds.png 3,154 × 690; 27 KB
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Präzession2.png 392 × 658; 27 KB
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Relaxation longitudinal magnetization.svg 1,500 × 625; 109 KB
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Relaxation transverse magnetization.svg 1,500 × 625; 93 KB
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Relaxation.png 767 × 644; 121 KB
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Représentation des groupes de références.jpg 662 × 366; 20 KB
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RMN1417.jpg 378 × 276; 9 KB
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Référentiel Tournant.svg 851 × 271; 44 KB
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Résonance Magnétique Nucléaire (RMN).webm 2 min 18 s, 1,920 × 1,080; 30.03 MB
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Sites observables de la vanilline.jpg 345 × 171; 6 KB
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Spin Echo diagram.svg 1,250 × 875; 496 KB
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Steady state noe ps.png 1,093 × 485; 15 KB
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T1 NMR.png 430 × 240; 8 KB
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U.S. Department of Energy - Science - 048 001 001 (14066595475).jpg 2,560 × 3,200; 702 KB
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Zgig.svg 234 × 118; 14 KB