Category:Nanoparticles
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Subcategories
This category has the following 11 subcategories, out of 11 total.
M
- Magnetic nanoparticles (7 F)
- Magnetite nanoparticles (22 F)
N
- Nanobottles (2 F)
- Nanocabbages (1 F)
- Nanocarriers (2 F)
Q
- Quantum dots (124 F)
S
V
- Virus-like particles (25 F)
X
Media in category "Nanoparticles"
The following 200 files are in this category, out of 218 total.
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595768.fig.006.jpg 600 × 404; 74 KB
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5fling-Rod.jpg 1,024 × 768; 378 KB
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5ling-star.jpg 872 × 828; 32 KB
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A broken PVC foil doped with neodymium oxide nanoparticles.png 2,560 × 2,552; 980 KB
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A-Real-Time-Clinical-Endoscopic-System-for-Intraluminal-Multiplexed-Imaging-of-Surface-Enhanced-pone.0123185.s003.ogv 1 min 33 s, 1,280 × 546; 15.82 MB
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A-self-cleaning-underwater-superoleophobic-mesh-for-oil-water-separation-srep02326-s2.ogv 17 s, 600 × 337; 235 KB
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Absorbce UV záření nanočásticemi ZnO.png 767 × 1,045; 1.09 MB
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Accurin layers.jpg 864 × 452; 278 KB
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Adsorption de la Nanoparticule par l'UMZ.jpg 1,019 × 568; 67 KB
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ALC-0159 Synthese last step.svg 526 × 239; 51 KB
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ALC-0315 Synthese.svg 488 × 606; 73 KB
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Algorithm cancer magnetic nanotherapy.jpg 3,353 × 2,306; 758 KB
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Approaches-to-modelling-the-shape-of-nanocrystals-52i6zb9xua.jpg 939 × 606; 62 KB
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ASymmetric Dh.gif 1,155 × 353; 25 KB
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Au-colors.png 668 × 765; 79 KB
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Au-Gold-2-1-16 Miass 2018-03-01 11-05-41 V2.tif 713 × 736; 1.5 MB
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Au-Gold-2-1-16 Miass 2018-03-01 11-05-41 V3.gif 713 × 736; 183 KB
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BIND PSMA.jpg 1,278 × 1,119; 672 KB
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Bio-based nanomaterials properties.tif 1,631 × 1,121; 5.36 MB
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Catalysts-12-01347-g002-550.webp 550 × 122; 16 KB
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CdSeNanoplatelets.jpg 2,362 × 2,584; 679 KB
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Chart flux sumarizing the zero valence copper method preparation.tif 642 × 441; 62 KB
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Chemical reduction step for nZVI synthesis.tif 644 × 314; 74 KB
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Cluster2nm.jpg 984 × 864; 207 KB
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Clustered titanium oxide nanoparticles on stainless steel - 3.jpg 2,080 × 1,540; 1.92 MB
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Cobale oxide graphene composite white background.tif 1,513 × 1,225; 5.31 MB
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Colistin Function.jpg 928 × 386; 99 KB
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Colloidal lithography steps.jpg 550 × 414; 73 KB
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Colloidal nanoparticle of lead sulfide (selenide) with complete passivation.png 1,801 × 1,643; 2.68 MB
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Colorized SEM-image of pyrite nanocrystals in ore matrix.tiff 1,024 × 672; 947 KB
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Core-shell nanoparticle.png 1,000 × 1,000; 2.69 MB
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Critical radius.svg 540 × 360; 25 KB
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Cu-nanoparticles-sputtered-on-silica-for-10-seconds.jpg 600 × 489; 189 KB
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Cylindrical squalenoyl-doxorubicin nanoparticle.png 2,000 × 2,000; 3.7 MB
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DBi10 cylindrical bent.jpg 1,701 × 797; 265 KB
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Design 10-22機能フロー4.png 1,717 × 1,138; 207 KB
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Design 10-22細胞と金ナノ粒子の架橋.png 793 × 785; 154 KB
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Design10-22外れる吹き出し.png 886 × 183; 23 KB
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Dh Top.gif 828 × 818; 170 KB
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Different Marks Decahedra.gif 2,096 × 1,397; 410 KB
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Disclination movement during growth.gif 980 × 677; 108 KB
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Disordered nanoparticle.png 1,000 × 1,000; 3.65 MB
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Disulfide link MTK.jpg 1,920 × 1,080; 148 KB
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Disulfide-link-MTK.svg 2,400 × 1,350; 92 KB
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Drug delivery to diffuse intrinsic pontine glioma (DIPG) - Fphar-08-00495-g004.jpg 2,078 × 1,594; 174 KB
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Earth Song "Пісня Землі".png 1,920 × 2,560; 11.29 MB
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Effect of shape of nanoparticle on plasmonic resonance.jpg 625 × 490; 54 KB
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Effect-of-chain-architecture-on-the-compression-behavior-of-nanoscale-polyethylene-particles-1556-276X-8-322-S1.ogv 0.0 s, 1,280 × 640; 69.51 MB
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Energy landscape for 75 atom Leonard-Jones cluster.tif 1,513 × 2,475; 2.27 MB
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Example of self-assembly phenomenon.tif 510 × 441; 220 KB
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FePt Coercivity.jpg 515 × 294; 13 KB
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FePt Physical Properties.png 631 × 198; 11 KB
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FePt-NP Antibody Application.png 446 × 174; 19 KB
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FESEM-images-of-CdO-nanoparticles-at-500nm-scale.jpg 600 × 445; 133 KB
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Fig-1-Micro-picture-of-titanium-dioxide-nanoparticles.gif 358 × 400; 123 KB
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Figure 2.0 - Drug-loaded dextran nanoparticles.png 257 × 180; 26 KB
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Fiveling with gap.gif 451 × 397; 8 KB
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Flame-spray-synthesis-2.JPG 510 × 334; 26 KB
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Flame-spray-synthesis.JPG 637 × 329; 74 KB
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Flowchart for obtaining the TiO2-CNDs nanoparticle.tif 546 × 520; 63 KB
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Gas vesicle TEM.pdf 487 × 562; 659 KB
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Gas vesicles.pdf 600 × 881; 611 KB
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Gas-Filled-Phospholipid-Nanoparticles-Conjugated-with-Gadolinium-Play-a-Role-as-a-Potential-pone.0034333.s001.ogv 1 min 5 s, 480 × 272; 2.29 MB
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Gas-Filled-Phospholipid-Nanoparticles-Conjugated-with-Gadolinium-Play-a-Role-as-a-Potential-pone.0034333.s002.ogv 1 min 17 s, 480 × 272; 2.18 MB
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Gas-Filled-Phospholipid-Nanoparticles-Conjugated-with-Gadolinium-Play-a-Role-as-a-Potential-pone.0034333.s003.ogv 1 min 4 s, 480 × 272; 3.44 MB
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Gas-Filled-Phospholipid-Nanoparticles-Conjugated-with-Gadolinium-Play-a-Role-as-a-Potential-pone.0034333.s004.ogv 1 min 4 s, 480 × 272; 5.71 MB
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Gold Nanoparticles in Cell Cytosol (40140931602).jpg 4,080 × 3,072; 2.79 MB
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Gold Nanoparticles' aggregation.jpg 3,036 × 4,048; 1.81 MB
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GoldNanoparticleElectronTransfer.png 511 × 208; 64 KB
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Halobacterial Gas Vesicles.pdf 487 × 779; 758 KB
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Hazard nanoparticle sign.jpg 500 × 515; 56 KB
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Hot injection.jpg 903 × 279; 29 KB
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I53-50 nanoparticle vaccine schematic.png 352 × 544; 203 KB
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I53-50 nanoparticle vaccine.jpg 996 × 996; 168 KB
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IF-WS2 nanoparticles .jpg 2,048 × 2,048; 403 KB
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Ilustrace Nanočástice Au jako biosenzory.png 1,365 × 1,024; 142 KB
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Ilustrace nanočástice ZnO v palovací krémech.png 1,365 × 1,024; 1,003 KB
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Ilustrace příprava nanočástic stříbra.png 1,365 × 1,024; 225 KB
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Ilustrace příprava nanočástic zlata pomocí čaje.jpg 1,440 × 900; 111 KB
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Ilustrace využití nanočástic železa k čištění vod.jpg 2,048 × 1,536; 405 KB
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Ilustrace změna optických vlastností nanočástic zlata.png 1,365 × 1,024; 154 KB
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Indium tin oxide and gold nanoparticles.tiff 3,072 × 2,188; 10.58 MB
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Interfacial layer.png 2,017 × 2,017; 203 KB
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Iron oxide nanoparticles after centrifugation.jpg 2,080 × 2,912; 2.19 MB
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Iron-Platinum Nanoparticle Lattice.jpg 960 × 720; 33 KB
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Janus nanoparticle.png 1,000 × 1,000; 3.88 MB
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Janus nanoparticle.svg 299 × 298; 5 KB
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L10 nanoparticle.png 1,000 × 1,000; 3.49 MB
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L11 nanoparticles.png 1,000 × 1,000; 4.24 MB
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LevitatedDiamond GWMorley.jpg 1,518 × 1,135; 354 KB
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Levitating nanodiamond GWMorley.jpg 300 × 399; 18 KB
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Like Decoy Ducks, Nanosponges Draw, Defeat Dangerous Toxins 150318-A-AB123-002.jpg 2,192 × 2,688; 468 KB
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LNP Synthesis via solvent-emulsification.png 720 × 504; 58 KB
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Lycurgus Cup- Dionysus in red.jpg 366 × 509; 68 KB
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Mace wiki.png 3,465 × 2,405; 2.86 MB
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Magnetic Beads Spider.tif 3,072 × 2,045; 5.57 MB
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Magnetické chování ferrokapalin.jpg 2,176 × 2,210; 529 KB
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Marks Decahedron, stable shape for five-fold twinned nanoparticles.gif 1,461 × 1,427; 135 KB
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Masking janus particles.svg 343 × 610; 45 KB
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Mechanical-5ling.tif 444 × 315; 204 KB
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Miewik.svg 512 × 486; 955 KB
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Model of multidimensional array of nano-particles.tiff 183 × 250; 35 KB
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MRSA252 151207-A-AB123-001.jpg 2,120 × 1,837; 171 KB
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Nano Universe.jpg 1,291 × 971; 157 KB
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Nano-collosions-modeling-destructive-test.jpg 800 × 450; 143 KB
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Nano-collosions-modeling-joining-test.jpg 800 × 450; 85 KB
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Nano-collosions-modeling-red-gel-like-test.jpg 800 × 450; 130 KB
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Nanoalien.jpg 1,043 × 1,043; 384 KB
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Nanoart Bavovna.jpg 2,080 × 1,560; 1.31 MB
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Nanocrystal (15536401122).jpg 1,920 × 1,924; 1.37 MB
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Nanocrystal melt.jpg 1,996 × 817; 291 KB
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Nanocrystal melting.jpg 1,113 × 358; 120 KB
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Nanocubes.png 1,078 × 811; 913 KB
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Nanomaterials.png 601 × 190; 183 KB
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Nanomics.jpg 336 × 336; 10 KB
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Nanonews NSF01.JPG 2,167 × 2,227; 2 MB
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Nanoparticle coating.png 928 × 887; 1.28 MB
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Nanoparticle lspr.jpg 763 × 501; 107 KB
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Nanoparticle of CoCu.tif 1,024 × 943; 953 KB
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Nanoparticle Trapping (8653272552).jpg 2,829 × 2,513; 430 KB
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Nanoparticles (yellow) targeting and entering cancer cells (blue).png 478 × 480; 388 KB
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Nanoparticles biomolecule interaction.svg 540 × 445; 8 KB
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Nanoparticles grown via inert gas condensation.png 870 × 425; 252 KB
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Nanoparticles MTK.jpg 1,920 × 1,080; 179 KB
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Nanoparticles of copper zinc tin sulfide solar cell.jpg 994 × 791; 397 KB
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Nanoparticules.jpg 768 × 816; 289 KB
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NanoplasticsActicAntarctic2022.jpg 1,144 × 886; 244 KB
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Nanosponge structure.png 427 × 425; 198 KB
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Nanoteranostica.jpg 709 × 504; 40 KB
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NaYF4@ZnO nanoparticles.jpg 635 × 626; 234 KB
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Neem-ZnO.png 1,099 × 515; 555 KB
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New 1-1 DNA-RNA strand.png 931 × 138; 5 KB
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New LinkerPA-complex.png 1,033 × 80; 4 KB
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New ビーズに付くDNA.png 460 × 51; 2 KB
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New 金ナノ粒子に付くDNA.png 429 × 51; 1 KB
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Octahedral-faceted-Si-nanoparticles-as-optical-traps-with-enormous-yield-amplification-srep08354-s1.ogv 1 min 8 s, 560 × 562; 23.3 MB
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Oil and Water.jpg 316 × 237; 21 KB
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Paired nanoparticle chains in Ferrocell.png 2,592 × 1,944; 6.8 MB
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Pentagonal bipyramid.tif 1,666 × 1,237; 246 KB
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Phase separation janus particles.svg 431 × 636; 10 KB
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Photoreactor Sun Tracking LERF Timisoara RO 2.jpg 4,608 × 3,456; 2.79 MB
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Plasmonicnanoag.jpg 527 × 515; 81 KB
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Platinum nanoparticles 1 38 79 116 201.jpg 1,671 × 907; 443 KB
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Possible model of nanoparticles formation at non-quilibrium conditions.webm 18 s, 1,920 × 1,080; 9.66 MB
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Prof. Alexander P. Demchenko.jpg 4,638 × 3,092; 5.61 MB
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Programmable-Nanomaterials-fig2-new.jpg 800 × 638; 264 KB
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Příprava nanočástic stříbra.jpg 3,660 × 2,006; 869 KB
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RGD-Modified Nanoparticle Binding to an Integrin.png 967 × 662; 79 KB
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Rose-Marks Decahedron.gif 1,964 × 1,711; 169 KB
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Schema processo Idrotermico.jpg 1,019 × 435; 42 KB
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Schéma nanocapsules dans le sang oui+.jpg 5,720 × 2,840; 838 KB
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Schéma nanocapsules dans le sang..png 5,720 × 2,840; 1.19 MB
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Schéma représentant des nanocapsules dans le sang.jpg 8,360 × 4,288; 1.11 MB
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Scratch Drive Actuator (8097296709).jpg 1,294 × 1,261; 887 KB
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Selenium nanoparticles.jpg 632 × 472; 259 KB
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Selenium NPs.jpg 1,280 × 960; 726 KB
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Self-Assembly of Nanoparticles.jpg 507 × 385; 40 KB
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Self-assembly.jpg 478 × 404; 34 KB
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SEM of PLG microparticles and nanoparticles.png 1,024 × 1,144; 626 KB
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SEM-image-of-the-glycerol-coated-iron-oxide-nanoparticles.jpg 600 × 556; 162 KB
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SEM-images-of-CuO-nanoparticles.jpg 660 × 493; 185 KB
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SEM-micrograph-of-lecithin-nano-NiFe.jpg 600 × 460; 133 KB
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Semi-conductor nanoparticles.jpg 239 × 249; 16 KB
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Side view of LJ cluster with 75 atoms.gif 828 × 818; 146 KB
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Solventfree.png 960 × 540; 245 KB
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Some-plant-species-used-to-make-nanoparticles.jpg 600 × 418; 194 KB
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Structure of a spherically bent layer of d-MnO2.jpg 1,733 × 771; 287 KB
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Strutture nanocompositi ceramici.jpg 471 × 457; 55 KB
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Styliano Biophys1.png 1,203 × 1,014; 81 KB
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Surface of carbon nanoparticle.jpg 1,457 × 559; 66 KB
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Surface Stress versus Surface Energy.tif 1,000 × 530; 296 KB
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Synthesis route for polyaniline-CeO2 nanoparticles.png 1,836 × 240; 177 KB
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Synthetic route for StLASPO conjugation on Fe3O4NPs.png 1,302 × 971; 679 KB
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Table chamber GWMorley.jpg 5,184 × 3,456; 8.62 MB
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TEM image of typical upconversion nanocrystals.jpg 1,024 × 1,024; 291 KB
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TEM-image-of-as-made-YAG-nanopowder.jpg 600 × 551; 21 KB
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TEM-image-of-Degussa-P25-TiO-sub2sub-nanoparticles.jpg 600 × 600; 234 KB
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TEM-image-of-SnO-sub2sub-nanoparticles.jpg 600 × 414; 145 KB
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Thermochemical conversion of the residue of a medicinal herb.tif 644 × 352; 102 KB
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Titanium dioxide nanoparticles.jpg 552 × 350; 92 KB
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Titanium dioxide nanoparticles.png 434 × 265; 134 KB
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Titanium screw "volcano" pores with ZnO nanoparticles.jpg 4,267 × 2,880; 21.36 MB
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Triblock copolymer janus particles.svg 268 × 561; 84 KB
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TRPS Blockade.png 431 × 626; 26 KB
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Tweezers diamond video AngeloFrangeskou.webm 8.9 s, 1,920 × 1,080; 2.28 MB
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