Category:Chemistry images that should use vector graphics

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This category is for chemistry related images. For structural formulae use {{Convert to SVG|chemical}}

Please don't add the convert template to 3D images of chemical compounds. These are extremly difficult to vectorize and result in very large file sizes. Compare:

high quality png version; 349 KB
low quality svg version; 9.6 MB
high quality svg version; 87 KB

Subcategories

This category has the following 2 subcategories, out of 2 total.

Chemistry diagrams from the 1911 Encyclopædia Britannica (30 F)

C

Chemical images that should use vector graphics (1933 F)

Pages in category "Chemistry images that should use vector graphics"

This category contains only the following page.

T

Top 200 chemistry images that should use vector graphics

Media in category "Chemistry images that should use vector graphics"

The following 200 files are in this category, out of 1,241 total.

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-i-effekt.jpg 934 × 639; 108 KB
070121 Chymotrypsin.pdf 843 × 429; 838 KB
1 erreakzioa.jpg 571 × 88; 29 KB
1,4-DM-Piperazine synthesis.tif 1,871 × 150; 13 KB
1-Palmitoyl-3-oleoyl-phosphatidylcholine Structural Formulae V.1.png 2,976 × 1,142; 36 KB
1.pausua.jpg 376 × 138; 7 KB
11-OH-HHC Alpha and Beta.tif 5,349 × 3,497; 643 KB
2 erreakzioa.jpg 571 × 67; 29 KB
2'3'-cGAMP.jpg 1,793 × 1,419; 1.1 MB
2,4,6-TBP Degradation.jpg 900 × 228; 66 KB
2,4,6-trichloroaniline synthesis.jpg 450 × 220; 9 KB
2.pausua.jpg 466 × 163; 11 KB
201603 antibody.png 389 × 596; 37 KB
207 Ionic Bonding-01.jpg 1,533 × 2,321; 1.07 MB
23f01.gif 411 × 140; 4 KB
2p and 3p nodes.png 1,327 × 117; 4 KB
2S-2aminohexa-45-dienoicacid.jpg 670 × 319; 21 KB
3 erreakzioa.jpg 541 × 160; 34 KB
3-cloro-5-fluor pent-2-eno-4-ino-1,2-ditiol.jpg 290 × 130; 32 KB
3-metil -but-1-eno.JPG 250 × 125; 11 KB
3. pausua.jpg 401 × 149; 10 KB
3ethyl3methylpentane.png 86 × 74; 1 KB
3HAA Biosynthesis.tif 1,636 × 1,178; 7.36 MB
3MBCG to MMB degradation.jpg 982 × 147; 16 KB
3orbitales.JPG 214 × 306; 12 KB
4-hydroxylysine (Hyl).jpg 501 × 185; 33 KB
4-hydroxyproline (Hyp).jpg 244 × 291; 37 KB
4.pausua.jpg 334 × 162; 31 KB
4orbitales.JPG 400 × 196; 14 KB
5-гидроксиметилфурфурол.png 1,556 × 434; 57 KB
5.pausua.jpg 363 × 181; 31 KB
5orbitales.JPG 266 × 302; 14 KB
6orbitales hibridos.JPG 129 × 128; 4 KB
7atom int.jpg 449 × 377; 62 KB
7orbitales.JPG 239 × 301; 6 KB
9-HNA.png 2,290 × 2,751; 39 KB
A sample stereoselective intramolecular carbolithiation reaction.png 9,995 × 3,248; 395 KB
AASBLOCK.JPG 685 × 303; 21 KB
Abscisic acid (ABA).png 515 × 701; 44 KB
Acetic acid condensation (ta).png 800 × 154; 23 KB
Acetic acid condensation2.png 4,941 × 950; 21 KB
Acetylation of malonic acid.tiff 456 × 109; 10 KB
Aciculitin A-C.png 857 × 331; 12 KB
Acid Base Catalysis.png 1,011 × 310; 64 KB
Acid-base-indicators.png 2,000 × 8,861; 1.35 MB
Acrosin Catalytic Mechanism.jpg 2,012 × 912; 123 KB
Ade-3.png 512 × 250; 10 KB
Ade2.png 1,132 × 396; 25 KB
Ade2hetero.png 820 × 152; 8 KB
Ade2hetero2.png 866 × 139; 9 KB
Ade3.png 848 × 140; 8 KB
Adição anti-Markovnikov.png 1,431 × 815; 16 KB
Adição trans-diaxial.png 3,771 × 839; 72 KB
Adn2.png 1,130 × 190; 12 KB
Adn2hetero.png 1,094 × 191; 12 KB
Adn2hetero2.png 1,132 × 169; 13 KB
Air sensitive cannula - no bleed valve.png 724 × 554; 43 KB
Air sensitive cannula - two manifold system.png 724 × 554; 44 KB
Air sensitive cannula -extra-bleed valve.png 724 × 554; 45 KB
Air sensitive cannula -intra-bleed valve.png 724 × 554; 48 KB
Ajaline1.jpg 1,086 × 1,416; 184 KB
Alanine transaminase.png 8,255 × 1,017; 238 KB
Alcani IUPAC4.PNG 326 × 154; 4 KB
Alcheni IUPAC.PNG 581 × 236; 7 KB
Alchilazione di enolati a partire da Nitrili.jpg 423 × 92; 7 KB
Alcohols nomenclature.png 584 × 267; 6 KB
Alcohols-nomenclature-1.png 796 × 370; 17 KB
Alcohols-nomenclature-3.png 746 × 371; 13 KB
Alcoolbenz.gif 448 × 106; 3 KB
Alfa y Beta Glucosa.gif 390 × 244; 16 KB
Alkene names.png 549 × 345; 16 KB
Alkene-bromine-addition-2D-skeletal.png 2,200 × 687; 65 KB
Allgemeiner Kreisprozess.jpg 638 × 488; 85 KB
Alloy diagram separate crystal building.png 3,179 × 2,599; 278 KB
Alpha + beta D-Allose (FURANOSE) V.1.png 4,706 × 846; 60 KB
Alpha + beta D-Allose (PYRANOSE) V.3.png 4,735 × 796; 51 KB
Alpha + beta D-Altrose (FURANOSE) V.1.png 4,537 × 844; 52 KB
Alpha + beta D-Altrose (PYRANOSE) V.3.png 4,607 × 772; 46 KB
Alpha + beta D-Galactose (FURANOSE) V.1.png 4,731 × 776; 50 KB
Alpha + beta D-Galactose (PYRANOSE) V.3.png 4,609 × 820; 55 KB
Alpha + beta D-Glucose (FURANOSE) V.1.png 4,542 × 844; 60 KB
Alpha + beta D-Glucose (PYRANOSE) V.3.png 4,659 × 767; 50 KB
Alpha + beta D-Gulose (FURANOSE) V.1.png 4,732 × 805; 50 KB
Alpha + beta D-Gulose (PYRANOSE) V.3.png 4,257 × 767; 43 KB
Alpha + beta D-Idose (FURANOSE) V.1.png 4,671 × 779; 48 KB
Alpha + beta D-Idose (PYRANOSE) V.3.png 4,463 × 791; 51 KB
Alpha + beta D-Mannose (FURANOSE) V.1.png 4,689 × 769; 54 KB
Alpha + beta D-Mannose (PYRANOSE) V.3.png 4,757 × 843; 58 KB
Alpha + beta D-Talose (FURANOSE) V.1.png 4,718 × 788; 51 KB
Alpha + beta D-Talose (PYRANOSE) V.3.png 4,612 × 778; 49 KB
Alpha and Beta positions.jpg 90 × 88; 6 KB
ALPHA-D-Glucopyranose V.1.png 2,240 × 1,662; 46 KB
ALPHA-D-Glucopyranose V.1.tif 2,240 × 1,662; 3.56 MB
ALPHA-D-Ribopyranose V.1.png 2,244 × 1,522; 41 KB
ALPHA-D-Ribopyranose V.1.tif 2,244 × 1,522; 3.26 MB
Alpha4.png 585 × 200; 11 KB
AlphaHelix Coiled-Coil.png 786 × 429; 57 KB
Alternate MVA pathway.png 1,450 × 1,100; 189 KB
Amech.jpg 613 × 441; 22 KB
Amilosa.gif 390 × 179; 13 KB
Aminazio erreduktorea erabiliz.jpg 448 × 298; 47 KB
AmineTreating.png 383 × 335; 5 KB
Amino acids 1.png 696 × 184; 4 KB
Aminoazidoa.jpg 598 × 266; 20 KB
Aminoazidoaa.jpg 765 × 432; 33 KB
Ammonia generator.png 433 × 327; 19 KB
Ammonia MO diagram.jpg 4,549 × 2,813; 1.46 MB
Amoniakoren deribatuak.png 474 × 129; 14 KB
Amorçage anionique.JPG 413 × 148; 7 KB
Amphidinolide T1 Negishi.png 2,556 × 466; 37 KB
Amphimic acids (4).gif 720 × 310; 4 KB
Amylase reaction.png 575 × 428; 46 KB
Anchimer.png 1,240 × 200; 10 KB
Androgen receptor.png 768 × 480; 12 KB
Ane3.png 1,112 × 172; 29 KB
Anomerism V.2.png 3,867 × 2,802; 100 KB
Anomerism V.3.png 3,867 × 2,803; 104 KB
Anomerism V.4.png 4,598 × 3,444; 176 KB
Application of Midland reduction.tif 2,107 × 588; 68 KB
Application of Roush allylation reaction.tif 3,541 × 1,058; 154 KB
Application of Suzuki Reaction.tif 2,943 × 762; 107 KB
Applications of Reductive Dehalogenation.png 1,634 × 793; 147 KB
Arduengo Carbene Mesomeric Structures V 1.png 1,709 × 2,474; 39 KB
Arm first approach.jpg 661 × 191; 10 KB
Arm first.png 1,650 × 475; 10 KB
Arm-first approach to star-shaped polymers.png 2,569 × 1,154; 49 KB
Artificial enzyme.jpg 462 × 436; 73 KB
ArylGroups.png 2,376 × 554; 35 KB
Ascofuranone biosynthesis.gif 1,585 × 696; 34 KB
Ascofuranone Biosynthesis.gif 1,585 × 696; 34 KB
Aspergillusene A&B.png 536 × 341; 6 KB
Astatine-bromide-2D.png 847 × 288; 7 KB
Asym orgli.png 9,848 × 5,504; 618 KB
Asymmetric Pore.jpg 688 × 525; 45 KB
Atactic-2D-skeletal.png 1,100 × 326; 19 KB
Atomic number to radius graph.png 709 × 448; 17 KB
Atomic radii.gif 665 × 391; 7 KB
AtomicOrbital n2 l1.png 274 × 128; 19 KB
AtomicOrbital n3 l0.png 100 × 124; 6 KB
AtomicOrbital n3 l1.png 274 × 124; 20 KB
AtomicOrbital n3 l2.png 449 × 124; 32 KB
AtomicOrbital n4 l0.png 100 × 123; 7 KB
AtomicOrbital n4 l1.png 274 × 123; 19 KB
AtomicOrbital n4 l2.png 449 × 123; 35 KB
AtomicOrbital n4 l3.png 626 × 123; 45 KB
AtomicOrbital n5 l1.png 274 × 123; 22 KB
AtomicOrbital n5 l2.png 449 × 123; 38 KB
AtomicOrbital n6 l0.png 100 × 129; 9 KB
AtomicOrbital n6 l1.png 274 × 129; 21 KB
Atroisomero.gif 448 × 110; 4 KB
Au-Si Droplet Catalyzing Whisker Growth - Diffusion path of source materials a through metal drolet.png 434 × 527; 9 KB
Au-Si Droplet Catalyzing Whisker Growth - droplet Formation.png 545 × 995; 26 KB
Aurantiomide A and B.png 638 × 331; 6 KB
Auwers reaction 01.jpg 725 × 137; 11 KB
Azinomycin B Biosynthesis.gif 765 × 1,168; 63 KB
Azinomycin B Biosynthesis.PNG 491 × 750; 88 KB
Azlactona.JPG 364 × 396; 10 KB
Azomethine ylide resonance.png 615 × 85; 7 KB
Azomethine ylide shapes.png 1,228 × 712; 20 KB
Azotobactin.png 1,707 × 549; 24 KB
Bachmann's total synthesis of equilenin.jpg 844 × 494; 96 KB
Back bonding.png 224 × 315; 6 KB
BAMHI.jpg 2,549 × 3,299; 555 KB
Barbier Reaction.png 1,352 × 175; 6 KB
Barbier-Cycloproparadicicol.png 2,146 × 389; 23 KB
Bargellini reaction.png 711 × 87; 3 KB
BartonReaction.png 323 × 290; 3 KB
Bartonreaction1.png 687 × 104; 4 KB
Base de l’huile VT-301.jpg 1,370 × 436; 150 KB
BaTiO3.PNG 1,708 × 1,082; 172 KB
Battery Potential vs. Capacity depending on materials.gif 385 × 387; 65 KB
Befektetési szakasz.jpg 3,024 × 4,032; 1.53 MB
Benzen(polohy).png 169 × 139; 7 KB
Benzodiazepinones from azomethine ylides.png 1,850 × 440; 18 KB
Benzofuran.png 5,102 × 3,545; 140 KB
Benzofuropyridines.png 4,087 × 834; 92 KB
Benzoylindole.jpg 466 × 360; 11 KB
Benzyne intermediate.tif 1,736 × 614; 379 KB
BETA-D-Glucopyranose ALPHA-D-GlucopyranoseV.1.tif 2,608 × 1,420; 3.54 MB
BETA-D-Ribopyranose V.1.png 2,598 × 1,437; 42 KB
BETA-D-Ribopyranose V.1.tif 2,598 × 1,437; 3.57 MB
Bi2O3 models.png 500 × 349; 29 KB
Biciclo em ponte nas formas cis e trans.jpg 362 × 156; 6 KB
Biogenic Amines.tif 1,344 × 561; 34 KB
Bioglass structure.gif 383 × 300; 32 KB
Biolumj.JPG 1,042 × 538; 147 KB
Biosintesi L-treonina.jpg 838 × 473; 48 KB
Biosynthesis of isoprenoids part 1.gif 656 × 476; 10 KB
Biosynthesis of Rosavins 2.gif 914 × 526; 9 KB
Biosynthesis of Tetracenomycin C.tif 468 × 517; 949 KB
Biosynthesis Pathway Fig.gif 2,122 × 1,244; 58 KB
Biosynthetic Pathway.tif 5,320 × 4,120; 1.28 MB
Biosíntesi de la tirosina.jpg 570 × 407; 37 KB
Biotransformacion.jpg 845 × 513; 101 KB
Biotransformation products of bufotalin.JPG 698 × 512; 47 KB
Biphenomycin.gif 359 × 354; 6 KB
Bisphenalenyl biradical.png 565 × 500; 22 KB
BiuretTestComplex.png 537 × 344; 10 KB
Blaise Reaction.png 2,055 × 254; 13 KB
Blue D-Altrose(alpha-FURANOSE) V.1.png 1,538 × 928; 22 KB

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