Category:Polymer chemistry
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The article Polymer chemistry on Wikipedia projects: - (en) Polymer chemistry
- (ar) كيمياء البوليمرات
- (cs) Makromolekulární chemie
- (de) Polymerchemie
- (es) Química de los polímeros
- (fi) Polymeerikemia
- (id) Kimia polimer
- (it) Chimica dei polimeri e delle macromolecole
- (ja) 高分子化学
- (ko) 고분자화학
- (la) Chemia Polymerica
- (lt) Polimerų chemija
- (nl) Polymeerchemie
- (ru) Химия полимеров
- (th) เคมีพอลิเมอร์
- (wuu) 高分子化学
- (zh) 高分子化学
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chemistry subdiscipline that deals with the structures, chemical synthesis and properties of polymers | |||||
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Subcategories
This category has the following 19 subcategories, out of 19 total.
A
- Artificial fur (1 F)
B
C
D
- Polymer diagrams (131 F)
M
- Herbert Morawetz (1 F)
O
- Ozone cracking (10 F)
P
- Polyaddition (8 F)
- Polyvinyl amines (3 F)
R
- Reactions of polymers (3 F)
S
- Polymer stereochemistry (26 F)
T
- Tacticity (13 F)
V
Media in category "Polymer chemistry"
The following 182 files are in this category, out of 182 total.
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1-s2.0-S0009250917307546-fx1 lrg.jpg 2,213 × 865; 419 KB
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1. 음이온 에폭사이드 개시.png 1,156 × 236; 81 KB
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10. 음이온 아실화제 제거.png 1,252 × 928; 115 KB
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11. 음이온 고리형 실록세인 개시.png 1,640 × 832; 111 KB
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12. 음이온 고리형 실록세인 성장.png 1,288 × 806; 87 KB
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2. 음이온 에폭사이드 성장.png 1,156 × 438; 44 KB
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2Dpolymer.png 443 × 157; 17 KB
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3-substituted polythiophene triads.svg 378 × 402; 32 KB
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3. 음이온 에폭사이드 정지.png 1,420 × 558; 51 KB
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4. 음이온 락톤 개시.png 1,272 × 596; 63 KB
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5. 음이온 락톤 성장.png 1,374 × 570; 68 KB
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6. 음이온 락탐 개시.png 1,140 × 394; 54 KB
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7. 음이온 락탐 음이온 공명.png 674 × 214; 15 KB
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8. 음이온 락탐 카보닐탄소 공격.png 1,336 × 1,128; 140 KB
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9. 음이온 락탐 성장.png 1,208 × 1,220; 149 KB
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Acid Chloride Preparative Route for Nylon-6,10.png 1,150 × 934; 73 KB
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Activator Regeneration Atom Transfer Radical Polymerization.svg 512 × 154; 17 KB
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Active center converting 2.png 1,150 × 701; 105 KB
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Active center converting 3.png 1,318 × 767; 171 KB
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Active center converting 4.png 1,190 × 741; 125 KB
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Active center converting.png 1,238 × 432; 86 KB
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ATRP mechanism.png 876 × 552; 21 KB
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BioPolymerCell1995 55-65.pdf 900 × 1,489, 11 pages; 1.46 MB
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Borax cross-linking of poly(vinyl alcohol).svg 512 × 328; 18 KB
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Clay particle interacting with polymers (15796983947).jpg 958 × 599; 202 KB
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Click coupling reaction.png 788 × 293; 28 KB
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Click coupling.png 1,237 × 743; 137 KB
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Complexe PAA - PEO.png 364 × 473; 13 KB
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Cumulative Citations for Hansen Solubility Parameters.png 481 × 289; 5 KB
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CuXLstructures.png 4,287 × 1,296; 243 KB
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Cyclopolymerisation von Methacrylsäureanhydrid.svg 651 × 412; 154 KB
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Diagramamasamoleculargrande.JPG 331 × 90; 7 KB
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Esquema representativo de graftização catiônica e aniônica.png 495 × 211; 30 KB
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Example evapoporometry curve.png 782 × 782; 30 KB
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Example of utility of NMR for end group analysis.png 439 × 252; 35 KB
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Fabrication of nanosheet by cast film method.JPG 5,184 × 3,456; 4.67 MB
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Frontal Polymerization.png 743 × 447; 26 KB
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Gradient copolymer with macromonomer.png 624 × 105; 5 KB
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Grafting from synthesis.png 749 × 413; 16 KB
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Grafting to synthesis.png 741 × 327; 7 KB
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Graftização a partir do polímero.png 919 × 503; 173 KB
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GRAFTIZAÇÃO POR ATRP.png 647 × 591; 39 KB
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Halogen Conservation in Atom Transfer Radical Polymerization.svg 512 × 153; 22 KB
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Helicoidal.jpg 121 × 250; 4 KB
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Heterogeneous distribution of grafts.png 600 × 118; 5 KB
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How to make macromonomer.png 728 × 115; 5 KB
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HW TR PLot.jpg 904 × 634; 75 KB
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Hydrogel network.PNG 643 × 237; 28 KB
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IMAGEM 755 DE MUNDO.png 943 × 318; 16 KB
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Imaging-of-molecular-textiles.jpg 788 × 1,001; 145 KB
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Iniciação.jpg 528 × 261; 6 KB
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IUPAC definition for a macromonomer molecule.png 901 × 301; 95 KB
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IUPAC definition for a main chain (backbone) in polymer chemistry.png 901 × 394; 112 KB
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IUPAC definition for a polyelectrolyte in polymer chemistry.png 901 × 486; 145 KB
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IUPAC definition for a polymer gel.png 901 × 301; 86 KB
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IUPAC definition for a statistical copolymer.png 901 × 394; 118 KB
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IUPAC definition for a superabsorbent polymer.png 901 × 434; 126 KB
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IUPAC definition for a tactic block in a polymer.png 901 × 270; 76 KB
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IUPAC definition for aerogel.png 901 × 363; 105 KB
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IUPAC definition for agglomeration.png 901 × 332; 98 KB
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IUPAC definition for aggregate.png 901 × 487; 165 KB
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IUPAC definition for ampholytic polymer.png 901 × 425; 136 KB
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IUPAC definition for biopolymers in polymer chemistry.png 901 × 301; 90 KB
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IUPAC definition for block copolymer.png 901 × 363; 119 KB
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IUPAC definition for branched chain.png 901 × 270; 80 KB
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IUPAC definition for branching index.png 901 × 383; 111 KB
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IUPAC definition for cationic polymerization.png 901 × 270; 81 KB
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IUPAC definition for chain polymerization.png 901 × 415; 88 KB
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IUPAC definition for chain scission.png 901 × 270; 77 KB
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IUPAC definition for chain transfer.png 901 × 602; 100 KB
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IUPAC definition for polyaddition.png 901 × 563; 147 KB
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IUPAC definition for polycondensation in polymer chemistry.png 901 × 625; 166 KB
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IUPAC definition for polymer.png 901 × 270; 74 KB
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IUPAC definition for polymerization.png 901 × 270; 80 KB
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IUPAC definition for radical polymerization.png 901 × 332; 97 KB
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IUPAC definition for the Mark–Houwink equation.png 901 × 696; 185 KB
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IUPAC defintion for ionomer.png 901 × 425; 130 KB
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Linear dimethyl polysiloxane polymer reaction.svg 357 × 98; 29 KB
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Macro-R group.pdf 2,537 × 708; 5 KB
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Masamolecuarpequeña.JPG 256 × 83; 4 KB
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Mechanism for End Group Removal Smaller.png 1,549 × 524; 17 KB
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Mechanism for End Group Removal.png 2,067 × 219; 16 KB
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Merquinsa - panoramio.jpg 1,920 × 1,080; 876 KB
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Methacrylsäureanhydrid-Cyclopolymer.svg 140 × 78; 18 KB
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MFI.gif 243 × 412; 6 KB
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Microcapsules.JPG 3,840 × 2,160; 1.54 MB
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Monomers used for synthesize initiator polymer.png 489 × 437; 23 KB
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Mott Seebeck silicon.svg 360 × 270; 43 KB
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N2200-polymerization-Stille.png 2,772 × 1,200; 90 KB
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Netz 2.jpg 880 × 846; 107 KB
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NFM.svg 821 × 508; 29 KB
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NMP mechanism.png 892 × 250; 12 KB
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Nylon-1-6 synthesis.png 2,196 × 250; 11 KB
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Nylon-6,10.png 862 × 670; 50 KB
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Nylon16.png 737 × 295; 5 KB
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Payne Effect in filled rubber.png 650 × 600; 19 KB
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Plastics Summary-ar.svg 765 × 990; 2.16 MB
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Plastics Summary.svg 512 × 663; 632 KB
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Poly-HEMA Umsetzung mit Methacryloylchlorid.svg 579 × 116; 41 KB
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Poly-oxydiphenylene-pyromellitimide.svg 512 × 162; 11 KB
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Polycartoon.tif 1,300 × 476; 421 KB
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Polymer Thermal Transitions.png 775 × 164; 12 KB
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Polímero-base Path I e II.png 634 × 575; 32 KB
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Programming recovery.png 624 × 468; 28 KB
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Propagação.jpg 632 × 1,208; 32 KB
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RAFT agent R group reactivity.pdf 2,360 × 708; 3 KB
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RAFT agent Z groups in decreasing order of reactivity.pdf 2,066 × 708; 4 KB
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RAFT mechanism-horizontal.png 1,168 × 200; 20 KB
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RAFT mechanism.png 370 × 671; 16 KB
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RAFT Polymerisation.webm 46 s, 1,920 × 1,080; 10.76 MB
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Retention of Chain End Functionality in RDRP.svg 521 × 181; 1.37 MB
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Rf-PEG in Petal Formation.svg 517 × 115; 216 KB
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Rf-PEG Petal.svg 538 × 115; 216 KB
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Rf-PEG.tif 744 × 121; 15 KB
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Rhfl1.png 533 × 171; 12 KB
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Rhfl3.png 530 × 491; 31 KB
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SAX Polymers in Oberriet.jpg 4,384 × 3,288; 8 MB
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Solidificacion.jpg 665 × 125; 14 KB
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Some memorable milestones in the history of polymers.png 5,439 × 2,502; 868 KB
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STRAMA Advanced Polymer Protection.jpg 960 × 720; 42 KB
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Strategy-for-the-formation-of-molecular-textile.jpg 788 × 603; 139 KB
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Structure-of-organic-linkers.jpg 788 × 265; 58 KB
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Struttura n2200 1 2.png 1,992 × 850; 273 KB
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Synthesis and Degradation-es.png 800 × 1,200; 51 KB
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T5.Imagen7.JPG 337 × 380; 19 KB
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Temperature dependence of interaction parameter x.tif 6,255 × 3,387; 669 KB
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Thermal transition.png 400 × 300; 36 KB
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Thermal Transitions of Polymers.png 1,096 × 222; 22 KB
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Transesterifikace dimethyl tereftalátu dimethylglykolem.png 1,597 × 141; 8 KB
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Type 1 monomer mechanism.jpg 1,310 × 451; 46 KB
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Type 1 monomer's mechanism.jpg 1,327 × 448; 46 KB
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Type 1 monomer(2).jpg 1,184 × 584; 48 KB
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Type 1 monomer.jpg 1,205 × 560; 48 KB
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Type 2 monomer mechanism.jpg 1,295 × 452; 46 KB
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Type 2 monomer.jpg 1,302 × 470; 44 KB
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Type 2.jpg 994 × 567; 44 KB
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Volume Livre entre as cadeias representado pelas "cavidades" vermelhas..jpg 1,500 × 1,500; 191 KB
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Изучение люминофоров в лаборатории.jpg 2,560 × 1,920; 635 KB
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Получение перфторполиэфирных смазочных жидкостей.jpg 820 × 124; 17 KB
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Уф-отверждение.svg 1,052 × 531; 761 KB
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공중합체 click chemistry.png 827 × 637; 113 KB
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공중합체 리빙음이온 합성 방법.png 578 × 615; 87 KB
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공중합체 정의.jpg 444 × 302; 26 KB
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그림2.png 940 × 416; 339 KB
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단량체 반응성비와 공중합체 조성 및 구조.png 414 × 489; 54 KB
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락탐 양이온.png 772 × 801; 61 KB
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락톤 양이온.png 783 × 255; 28 KB
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락톰 성장 메커니즘.png 764 × 300; 20 KB
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락톰 양이온 성장.png 774 × 351; 21 KB
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리빙 중합체의 비활성화 반응식.png 564 × 22; 2 KB
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양이온 락탐.png 481 × 678; 39 KB
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양이온 락톰.png 773 × 453; 38 KB
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양이온 에폭사이드 - 분자간 사슬이동.png 567 × 375; 50 KB
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양이온 에폭사이드 - 분자내 사슬이동.png 551 × 386; 45 KB
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에폭사이드 개시.png 579 × 110; 18 KB
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에폭사이드 성장.png 606 × 240; 31 KB
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에폭사이드 종결.png 574 × 187; 18 KB
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에폭사이드 종결2.png 628 × 198; 21 KB
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음이온 중합 2.1.1.jpg 1,916 × 346; 61 KB
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음이온 중합 2.1.png 1,057 × 222; 52 KB
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음이온 중합 2.3.1.jpg 3,508 × 1,580; 266 KB
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음이온 중합 2.3.jpg 1,863 × 2,668; 264 KB
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음이온 중합 2.4.1.jpg 1,746 × 365; 75 KB
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음이온 중합 2.5.jpg 1,798 × 392; 77 KB
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음이온 중합 2.7.1.jpg 1,889 × 1,651; 235 KB
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음이온 중합 2.7.jpg 685 × 584; 73 KB
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음이온 중합1.png 602 × 24; 3 KB
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전도성고분자표1.png 754 × 314; 101 KB
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중축합.jpg 1,263 × 533; 50 KB
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활성중심변환 예 1번.png 611 × 722; 134 KB
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활성중심변환 예2.png 957 × 551; 139 KB
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