Category:Polymerization
Bước tới điều hướng
Bước tới tìm kiếm
| This category is part of a classification scheme based on the Royal Society of Chemistry Reaction Names Ontology, compiled by Colin Bachelor, Celia Gitterman and David Barden. |
process of converting a monomer mixture of monomers into a polymer | |||||
| Tải lên phương tiện | |||||
| Là tập hợp con của | |||||
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| Một phần của |
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| Khác với | |||||
| Được coi là đồng nghĩa với | polymerism | ||||
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 | |||||
mã số GND: Thể loại con
Thể loại này gồm 16 thể loại con sau, trên tổng số 16 thể loại con.
A
C
- Carbon fiber synthesis (7 t.t.)
- Condensation polymerization (35 t.t.)
D
- Depolymerization (16 t.t.)
L
- Living polymerization (26 t.t.)
M
N
- Nylon rope trick (5 t.t.)
P
- Photopolymers (14 t.t.)
- Polyaddition (8 t.t.)
- Polyvinyl amines (3 t.t.)
R
- Ring-opening metathesis polymerization (38 t.t.)
S
- Syntheses of Kevlar (1 t.t.)
- Syntheses of polystyrene (11 t.t.)
Z
- Ziegler-Natta catalysis (4 t.t.)
Tập tin trong thể loại “Polymerization”
200 tập tin sau nằm trong thể loại này, trong tổng số 408 tập tin.
(Trang trước) (Trang sau)
"Pathway complexity" and "chain-growth" mechanisms of supramolecular polymerization.tif 3.495×3.803; 50,71 MB
1,3-Butadiene Polymerization.PNG 538×170; 7 kB
1,3-Butadiene Polymerization.svg 1.013×276; 51 kB
1,3-Dibromo azulene Polymerization V1.svg 885×401; 75 kB
10-Undecen-1-ol ADMET-Reaktion.svg 449×296; 64 kB
10-Undecen-1-ol Copolymer mit Ethen.svg 582×299; 85 kB
10-Undecen-1-ol Copolymer mit Propen.svg 495×240; 42 kB
10-Undecen-1-ol Homopolymer.svg 539×303; 48 kB
2 3 POLYMER.png 1.358×1.034; 30 kB
2-Ethyl-2-oxazolin Polymerisation.svg 593×190; 78 kB
3 4 polymer.png 1.507×1.178; 33 kB
4,4'-ODA Usage.png 913×485; 17 kB
ABAAAe PUAH-3 (1).png 384×480; 18 kB
Acrylate negative photoresist.tif 1.148×473; 27 kB
ADMET Ru catalyst example.png 1.679×227; 14 kB
Amine Darstellung SA.svg 349×111; 19 kB
AMN Polymerisation.svg 667×355; 102 kB
Anionische Polymerisation von MMA.svg 464×77; 30 kB
Aromatic polyether.jpg 417×127; 6 kB
Aromatic polyimide.jpg 708×210; 16 kB
ATRP-Initiierung.svg 546×46; 17 kB
ATRP-Wachstum.svg 1.106×304; 61 kB
Aufbaureaktion (Ziegler).svg 868×547; 190 kB
Auranofin2DCSD.svg 302×199; 19 kB
AziridineRingOpeningPolymerization.png 956×691; 8 kB
Benzoxazine resins.jpg 703×204; 16 kB
Beta-BL-Polymerisation mit NHCs.svg 557×110; 35 kB
Capro-to-n6.jpg 480×131; 9 kB
Caprolactame Polymerization V.1.svg 960×649; 45 kB
Carlos3tema2.jpg 400×100; 4 kB
Carlos4tema2.jpg 402×69; 4 kB
Catalyst Polymerization of Silane using Group 4 Metallocene.png 1.366×768; 27 kB
Cationic ROP.jpg 1.095×351; 32 kB
CCRPolymer.png 1.595×324; 15 kB
Chain building.png 649×197; 21 kB
Chain Walking Mechanism Image.png 2.521×1.100; 35 kB
Chain-growth polymerization reaction.jpg 1.398×146; 14 kB
Chakyoun wikiproject image1.png 350×423; 10 kB
Clickpolymer.png 811×161; 27 kB
CNX Chem 20 01 ex1 24 img.png 625×179; 10 kB
CNX Chem 20 01 monomer.png 1.200×454; 185 kB
Composition Drift on Mayo-Lewis Plot.png 881×641; 60 kB
Concept Expanding Monomers.svg 1.043×620; 78 kB
Copolymerisationsdiagramm.png 685×476; 15 kB
Copolymers with a Cyclo-Olefine V1.svg 948×206; 35 kB
Core-first peo.png 3.060×995; 35 kB
CROP initiation.jpg 996×343; 35 kB
Crosslinking PE scheme de.svg 448×184; 44 kB
CRP constant P graph.png 837×523; 62 kB
CTP scheme.png 901×279; 32 kB
DAMN aus HCN.svg 220×63; 21 kB
DehydroadamantanePolymer.png 996×201; 3 kB
Density change polymerization.svg 318×212; 35 kB
DESIGN(Figure4).jpg 960×720; 79 kB
DHBQ-Formaldehyd-Polymer.svg 389×107; 16 kB
Diphenylketen Autoxidation+Polymerisation.svg 537×89; 60 kB
Discontinuous polymerisation graph.png 650×194; 2 kB
Dispersionspoly PMMA.tif 1.024×768; 773 kB
Distance polymerization.svg 271×143; 32 kB
DVB Core.png 2.431×1.063; 109 kB
Dvbpic.png 2.496×1.063; 109 kB
Einteilung Polyreaktion.svg 611×363; 12 kB
Emulsion Polymerization Cartoon 3.svg 404×325; 211 kB
Emulsion Polymerization Cartoon de.svg 431×347; 90 kB
Emulsion Polymerization Cartoon it.svg 404×325; 211 kB
Emulsion polymerization mechanisms-fr.svg 1.200×900; 156 kB
EndGroupsinpolymersynthesis.png 2.236×598; 30 kB
EPDM - příprava.png 637×155; 10 kB
Epoxidharzmodifizierung von Alkydharzen.svg 741×515; 69 kB
Etapa de iniciacion.jpg 357×278; 18 kB
Etapa de propagación.jpg 313×285; 15 kB
Etapa de Terminación.jpg 313×181; 14 kB
Example of gradient copolymer.png 2.621×622; 33 kB
Example of PET Condensation Polymerization.png 900×265; 48 kB
Formation of polyimid hc1.png 960×453; 6 kB
Gamma-Ray polymerization Jeong et al.png 464×182; 70 kB
Gegen Ion Pairs.png 1.575×215; 12 kB
Gelation General Case.tiff 320×101; 130 kB
GelationExample.tiff 320×47; 62 kB
General scheme ionic prop.png 1.852×403; 17 kB
General scheme of ionic propagation.jpg 593×130; 12 kB
Glow Discharge apparatus color.png 1.952×1.743; 165 kB
Glycolid aus Halogenacetaten.svg 336×85; 34 kB
Glycolid-Polymerisation.svg 357×69; 37 kB
Grace figure 1.tif 5.249×1.971; 305 kB
Grace figure revised.tif 5.147×1.971; 301 kB
Grace figure.tif 5.249×1.971; 304 kB
Gradient Polym Composition2.png 777×577; 61 kB
GT polymerisation.svg 1.030×381; 133 kB
Heating at 280 C to synthesize PPV.png 657×178; 17 kB
Heating at 280 to PPV.png 572×162; 17 kB
Heck Couplings to Synthesize PPV.png 561×103; 13 kB
Hetero vs homo nucleation of polyaniline.png 466×348; 13 kB
Homeostasis of blood sugar.png 1.200×900; 85 kB
Image of Competitive Ablation Polymerization Scheme for Glow Discharge.png 3.014×3.814; 111 kB
Imagen7tema2.jpg 599×395; 34 kB
Initiation - electrochemical.png 700×365; 6 kB
Initiation - ionizing radiation.png 510×246; 4 kB
Initiation - orbitals.png 2.225×477; 59 kB
Initiation - part 2.png 934×212; 7 kB
Initiation - persulfates.png 839×271; 7 kB
Initiation - photolysis.png 1.024×146; 7 kB
Initiation - primary recombination.png 1.328×262; 9 kB
Initiation - ternary initiator.png 1.172×309; 14 kB
Initiationpicomplex.png 2.214×1.046; 154 kB
Insertion of an ester group into vinyl polymer..jpg 669×286; 20 kB
Interfacial Polymerization Interface Types.jpg 2.401×1.350; 1,24 MB
Interfacial polymerization setup.jpg 2.400×2.400; 1,33 MB
Interfacial Polymerization Setup.png 1.800×1.350; 149 kB
Interfacial Polymerization Types of Interfaces.png 2.401×1.350; 54 kB
Interfacial polymerization types.png 2.401×1.350; 43 kB
Interfacial Polymerization.jpg 960×720; 53 kB
Intro scheme.jpg 640×329; 38 kB
Intro scheme1.svg 659×351; 137 kB
Inverse Vulcanization.png 969×637; 37 kB
IPsetup-04.png 3.600×2.700; 246 kB
IPsetup.png 2.404×2.404; 224 kB
IUPAC definition for anionic polymerization.png 901×270; 81 kB
Kationische Polymerisation von alpha-Angelicalacton.svg 382×146; 40 kB
Kettenwachstum.svg 591×914; 139 kB
Kevlar synthesis.png 3.067×608; 95 kB
Kinetic of step growth polymerization.jpg 1.280×720; 78 kB
Knoevenagel condensation.jpg 435×83; 13 kB
Lactic acid polymerization.png 1.800×587; 76 kB
Lactone polymerization.png 636×200; 9 kB
LigninPolymerisation.png 470×510; 3 kB
Living polymerization animation.gif 720×540; 152 kB
Low temperature photopolymerization.jpg 4.912×3.264; 2,02 MB
Making-of-stamp-by-photopolymer-method-ru.svg 1.106×420; 122 kB
Making-of-stamp-by-photopolymer-method.svg 1.106×420; 116 kB
MDA reaction steps.JPG 900×437; 22 kB
MDA reaction.JPG 900×437; 22 kB
Mechanism of co-polymerization of ethylene and carbon monoxide.png 4.831×2.585; 109 kB
Michael addition.png 2.132×354; 19 kB
Mono di en pentameer.png 794×974; 143 kB
Mono-i-Polímer.svg 245×244; 7 kB
Mono-und-Polymere-es.svg 397×487; 86 kB
Mono-und-Polymere-zh-hans.svg 245×244; 5 kB
Mono-und-Polymere-zh-hant.svg 245×244; 5 kB
Mono-und-Polymere.svg 397×487; 80 kB
Mono-y-Polímero.svg 245×244; 7 kB
Monomères en anionique.JPG 410×288; 17 kB
Mécanisme de polymérisation de type RAFT.png 2.171×1.765; 76 kB
N2200 polymerization - direct arylation.png 3.134×1.375; 106 kB
NC Gel synthesis figure.png 960×313; 34 kB
New 11 (1).gif 813×80; 2 kB
New Grafting From Image.png 1.937×543; 76 kB
NEW Grafting To Image.png 1.981×797; 115 kB
Nonlivingpolymanimation.gif 720×540; 81 kB
NVS bijreactie.JPG 932×377; 35 kB
NVS sulfonering.JPG 932×242; 20 kB
NVS vorming NVS.JPG 932×194; 25 kB
Nylon 6,6 formation using adipic acid.png 3.191×366; 51 kB
Nylon 6,6 formation using adipoyl chloride.png 3.167×366; 50 kB
Nylon-6,10.png 862×670; 50 kB
Oligomerisierung von HCN.svg 626×95; 61 kB
OligomeritzacioOlefines.png 1.084×798; 51 kB
Ostraminsky.svg 306×124; 13 kB
Ostromislensky reaction.png 906×352; 12 kB
Parik4.jpg 706×334; 55 kB
Parylene fr fig2.PNG 400×108; 6 kB
Parylene fr fig3.gif 668×467; 38 kB
Parylène fr fig2.jpg 1.819×489; 63 kB
Parylène fr fig3.jpg 668×467; 22 kB
PBAT Step 1.png 1.948×357; 12 kB
PBAT Step 2.png 1.935×374; 14 kB
PBAT Step 3.png 1.823×836; 21 kB
PBS esterification.png 902×117; 8 kB
Pcl synthesis vi.png 844×280; 10 kB
Pcl synthesis.png 844×280; 4 kB
Pdo synthesis.png 425×167; 2 kB
Perfect co-polymerization of ethylene and carbon monoxide.png 4.498×1.682; 65 kB
Pga synthesis.png 416×159; 2 kB
PHA from lactones.tif 1.285×365; 28 kB
Phenyl reaction2.png 1.366×768; 22 kB
PhillipsCatIdealized.svg 1.885×1.526; 10 kB
Photoinititaed polymerization.svg 834×538; 167 kB
Photopolymer scheme1-ru.svg 737×283; 3 kB
Photopolymer scheme1.jpg 1.108×438; 54 kB
Photopolymerisation.svg 1.529×769; 108 kB
Photopolymerization Choi Yong Choi Cowie.png 429×347; 122 kB
PIB-Polymerisation.pdf 1.500×1.125; 16 kB
PIB-Polymerisation.svg 1.488×1.098; 274 kB
PIB-Polymerisation.tif 2.000×1.500; 6 kB
PLA from lactic acid & lactide.png 2.633×2.222; 53 kB
PLA Ring-Opening Polymerization of Lactide.jpg 894×414; 42 kB
Pla synthesis.png 511×160; 2 kB
Plasma step growth.png 1.536×809; 79 kB
PMMA-Co-isopropylmaleimide.jpg 857×235; 18 kB
POE II Bildung.svg 575×82; 30 kB
Polibromação.png 1.827×2.132; 77 kB
Policloroprenos reaction.png 663×217; 13 kB
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