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Ed13.4 ,{N\O€Facile aqueous-phase synthesis of biocompatible and fluorescent Ag2S nanoclusters for bioimaging: tunable photoluminescence from red to near infrared Small.8.3 oFluorescence active silver nanoclusters as effective probe for highly selective detection of Hg2+ at ppb level Chemistry-An Asian Journal 4.5 SDivalent europium nanocrystals: controllable synthesis, properties and applicationsChemPhysChem 3.6 rA facile approach in fabricating superhydrophobic and superoleophilic surface for water and oil mixture separation( ACS Applied Materials & Interfaces4.5 rA galvanic replacement route to prepare strongly fluorescent and highly stable gold nanodots for cellular imaging @EuSe nanoparticles: Facile Synthesis and Controllable morphologyO畫簨噀oFabrication of flexible superhydrophobic films by lift-up soft-lithography and decoration with Ag nanoparticlesNanotechnology 3.97 ,{孨\O€SPreparation of raspberry-like polypyrrole composites with applications in catalysisJ Colloid Interface Sci 3.0 坈CgN)RwQ gg僆Q孴義'`zW硚s|vf剉6RY筫誰ZL 2010 1 0555670.13u鲖N)RN蛓筶4lR粂褢^\Q剉6RY筫誰3u鲖鱏200910217895.3貧upOe貧 愰b'`纇Km4l-N誹蠎^l粂P[剉鰯硚s||g僆Q垟3u鲖鱏201110409082.1Nek4l鴙誰6RY褟Yg僆Q'`(崉vkxS鰯硚s|vf剉筫誰3u鲖鱏201210194731.5 Rv 2010331114簨噀J. Am. Chem. Soc. (9.907)J. Phys. Chem. C (4.805)J. Mater. Chem. (5.968) 貧!hf[ (0.8)Chem. Soc. Rev. (28.76)-N齎N)R1g圼蔕 2011331133Surface chemistry routes to modulate the photoluminescence of graphene quantum dots: from fluorescence mechanism to up-Conversion bioimaging applicationsAdv. Funct. Mater.(10.179)AA general route to make non-conjugated linear polymer luminescentChemComm (6.169) WControl the size and surface chemistry of graphene for the rising fluorescent materialsChemComm (6.169)QStrongly green-photoluminescent graphene quantum dots for bioimaging applicationsPBiomimetic polyimide nanotube arrays with slippery or sticky superhydrophobicityJ.Colloid. Inter. Sci. 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B3.696  AIP ADVANCESVDesign and analysis of the precision-driven unit for nano-indentation and scratch testIExperimental research on a modular miniaturization nanoindentation deviceAdvanced Materials ResearchAThe compact platform for in situ nanoindentation and scratch testTDesign and analysis of key components in the nanoindentation and scratch test device \媁S烻MO硚s|婼誹Km諎艌n甠硚s|烻MO硚s|婼誹;RRKm諎鹼邁b済b__+l欿Q` N'Y哠騍6柕kt簨-N剉陙1u聣鮛  錘 01857-1858t^蟸Nmf[Kb?z 0:N-N胈剉R恎HQ寶陙1uUO錘颯齹  麐穅穇剉 0瘇箌t'`yb$R 0l欿Q`"嵦[`骮剉皊瀃aIN簨筽Xd -N齎>yO褃f[bxvzub杅[l欿Q`剉"嵦[`骮蔛vQ皊瀃aIN鯺箯'Yf[f[>yO褃f[Hr >yO裇U\剉騎f[w`  簨裇U\&Otf[剉騎f[鶺@x-N塴汄Tf[鵞輯N-NNSl蟚騎f[陙b剉鷁刧'裇U\&Otf[茐?N剉8h胈鱊yO褃f[Hr l欿Q`篘剉hQb椦SU\t簨蔛vQS_鉔aINSNS'Yf[f[>yO褃f[Hr p嶛Q陙b剉餠僗  l欿Q`鵞褟鉔壒e騎f[;NSO'``骮剉lb_FUN^僨[b杅[裇U\&Otf[剉;NSO'`KN魚  蜰 O邁裇U\聣剉qS:g寃 -NqQWS f^訷ZQ!hf[郪済'`俰鮛蜰O0穅穇0Rl欿Q`夎愓lf[膵簨齎E?倆z袕搹婲Ee罷#嶜N誰媉?u簨亯齎E栒l篘,gS媿T NwmY-N齎lQl軴剉'`(o蹚蔛蹚飴 愰b e蔛vQ齎E桇v?倓v誰媉`€-N齎*倆z誰膵簨 齎E?倆z袕搹誰剉癳鰁鉔 齎E栒lN詋儚誰簨NCISG-N_畫gP?RNb齎鴙sQ藌誰剉詋儚Em恎 0 踁輂鳶誰f嫎[L€Nf[b杅[Em恎'k2mT齎 T'`ZZ鸜剉藌誰!j_蔛vQ鵞b齎剉/T:yu儉>yO褃f[ O痚pQO畫膥莮Fh秅 N蚐P`T\O:g6REm恎誰FU簨N齎E?倆z罷#嶜N誰媉?uR簨誰f[bf[/g簨噀黐^Y,{NMineralogical Magazine 0.949  NLu0W( 0.596  T梘'Yf[f[0Wt褃f[Hr 1.177 '褳櫉_lN钀 _^Mb璡剉b_b鰁鉔蔛vQ刧 恀\'` eg陙巟Q\曮wU-Pbt^鉔f[剉翄nc2011t^hQ齎‐體f[N0Wt≧汻f[x▼OO畫Xd亯茤2010t^hQ齎‐體f[N0Wt≧汻f[x▼OO畫Xd亯茤 褳櫉_lN钀 _^Mb璡癳tQ膥剉曮wU-Pbt^鉔f[00WtSf[蔛vQb郪2009t^hQ齎‐體f[N0Wt≧汻f[x▼OO畫Xd亯茤Ob齎 2010711011KIdentification and Typing of Human Enterovirus: A Genomic Barcode Approach.PLoS ONE (IF 4.41).SMolecular characterization of the Measles virus genotypes in JiLin Province, China.qMolecular characterization of the Hepatitis B virus genotypes A/B/D: A Bayesian methods of evolutionary analysis. 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