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Imaging gold nanoparticles of different sizes in liquid using TEM
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2016-06-08 00:00 606閱讀次數(shù)
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Imaging gold nanoparticles of different sizes in liquid using TEM
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Imaging gold nanoparticles of different sizes in liquid using TEM- Imaging gold nanoparticles of different sizes in liquid using TEM[詳細(xì)]
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2016-06-08 00:00
選購(gòu)指南
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- EDS and EELS analysis in the TEM using the Poseidon Liquid Cell System
- EDS and EELS analysis in the TEM using the Poseidon Liquid Cell System[詳細(xì)]
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2016-06-08 00:00
其它
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Gold Nanoparticles 納米金市場(chǎng)報(bào)價(jià)表- 產(chǎn)品介紹：納米金(GoldNanoparticles)的制備方法主要采用還原劑，如檸檬酸鈉，硼氫化鈉等還原氯金酸HAuCl44H2O。氯金酸HAuCl44H2O在還原劑的作用下，可以聚合成一定大小的金納米顆粒，形成帶負(fù)電的疏水膠溶液。由于靜電作用而成為穩(wěn)定的膠體狀態(tài)，故稱膠體金(Colloidalgold)。納米金分散在水中：GoldNanoparticlesdispersedinwater粒徑：5nm-100nm濃度：0.05，0.1mg/ml包裝：25ml/50ml/更大粒徑濃度價(jià)格（元/規(guī)格）5nm0.05mg/ml1000元/25ml1600元/50ml0.1mg/ml2000元/25ml3300元/50ml10nm0.05mg/ml1000元/25ml1600元/50ml0.1mg/ml2000元/25ml3300元/50ml20nm0.05mg/ml1000元/25ml1600元/50ml0.1mg/ml2000元/25ml3300元/50ml30nm0.05mg/ml1000元/25ml1600元/50ml0.1mg/ml2000元/25ml3300元/50ml40nm0.05mg/ml1000元/25ml1600元/50ml0.1mg/ml2000元/25ml3300元/50ml50nm0.05mg/ml1000元/25ml1600元/50ml0.1mg/ml2000元/25ml3300元/50ml60nm0.05mg/ml1000元/25ml1600元/50ml0.1mg/ml2000元/25ml3300元/50ml70nm0.05mg/ml1000元/25ml1600元/50ml0.1mg/ml2000元/25ml3300元/50ml80nm0.05mg/ml1000元/25ml1600元/50ml0.1mg/ml2000元/25ml3300元/50ml90nm0.05mg/ml1000元/25ml1600元/50ml0.1mg/ml2000元/25ml3300元/50ml100nm0.05mg/ml1000元/25ml1600元/50ml0.1mg/ml2000元/25ml3300元/50ml葡萄糖修飾納米金分散在水中：GlucoseofmodifiedGoldNanoparticlesdispersedinwater粒徑：5nm-100nm濃度：0.05，0.1mg/ml包裝：25ml/50ml/更大粒徑濃度價(jià)格（元/規(guī)格）5nm0.05mg/ml2800元/25ml3800元/50ml0.1mg/ml3950元/25ml5250元/50ml10nm0.05mg/ml2800元/25ml3800元/50ml0.1mg/ml3950元/25ml5250元/50ml20nm0.05mg/ml2800元/25ml3800元/50ml0.1mg/ml3950元/25ml5250元/50ml30nm0.05mg/ml2800元/25ml3800元/50ml0.1mg/ml3950元/25ml5250元/50ml40nm0.05mg/ml2800元/25ml3800元/50ml0.1mg/ml3950元/25ml5250元/50ml50nm0.05mg/ml2800元/25ml3800元/50ml0.1mg/ml3950元/25ml5250元/50ml60nm0.05mg/ml2800元/25ml3800元/50ml0.1mg/ml3950元/25ml5250元/50ml70nm0.05mg/ml2800元/25ml3800元/50ml0.1mg/ml3950元/25ml5250元/50ml80nm0.05mg/ml2800元/25ml3800元/50ml0.1mg/ml3950元/25ml5250元/50ml90nm0.05mg/ml2800元/25ml3800元/50ml0.1mg/ml3950元/25ml5250元/50ml100nm0.05mg/ml2800元/25ml3800元/50ml0.1mg/ml3950元/25ml5250元/50mlPVP,聚苯乙烯修飾納米金分散在水中：PVP,polystyreneofmodifiedGoldNanoparticlesdispersedinwater粒徑：5nm-100nm濃度：0.05，0.1mg/ml包裝：25ml/50ml/更大粒徑濃度價(jià)格（元/規(guī)格）5nm0.05mg/ml1800元/25ml2500元/50ml0.1mg/ml2650元/25ml4250元/50ml10nm0.05mg/ml1800元/25ml2500元/50ml0.1mg/ml2650元/25ml4250元/50ml20nm0.05mg/ml1800元/25ml2500元/50ml0.1mg/ml2650元/25ml4250元/50ml30nm0.05mg/ml1800元/25ml2500元/50ml0.1mg/ml2650元/25ml4250元/50ml40nm0.05mg/ml1800元/25ml2500元/50ml0.1mg/ml2650元/25ml4250元/50ml50nm0.05mg/ml1800元/25ml2500元/50ml0.1mg/ml2650元/25ml4250元/50ml60nm0.05mg/ml1800元/25ml2500元/50ml0.1mg/ml2650元/25ml4250元/50ml70nm0.05mg/ml1800元/25ml2500元/50ml0.1mg/ml2650元/25ml4250元/50ml80nm0.05mg/ml1800元/25ml2500元/50ml0.1mg/ml2650元/25ml4250元/50ml90nm0.05mg/ml1800元/25ml2500元/50ml0.1mg/ml2650元/25ml4250元/50ml100nm0.05mg/ml1800元/25ml2500元/50ml0.1mg/ml2650元/25ml4250元/50ml功能化的納米金分散在水中：(氨基或羧基修飾的)GoldNanoparticlesaminefunctioninwater/GoldNanoparticlescarboxylfunctioninwater:粒徑：5nm-100nm濃度：0.05，0.1mg/ml包裝：25ml/50ml/更大粒徑濃度價(jià)格（元/規(guī)格）5nm0.05mg/ml2500元/25ml3650元/50ml0.1mg/ml3550元/25ml5250元/50ml10nm0.05mg/ml2500元/25ml3650元/50ml0.1mg/ml3550元/25ml5250元/50ml20nm0.05mg/ml2500元/25ml3650元/50ml0.1mg/ml3550元/25ml5250元/50ml30nm0.05mg/ml2500元/25ml3650元/50ml0.1mg/ml3550元/25ml5250元/50ml40nm0.05mg/ml2500元/25ml3650元/50ml0.1mg/ml3550元/25ml5250元/50ml50nm0.05mg/ml2500元/25ml3650元/50ml0.1mg/ml3550元/25ml5250元/50ml60nm0.05mg/ml2500元/25ml3650元/50ml0.1mg/ml3550元/25ml5250元/50ml70nm0.05mg/ml2500元/25ml3650元/50ml0.1mg/ml3550元/25ml5250元/50ml80nm0.05mg/ml2500元/25ml3650元/50ml0.1mg/ml3550元/25ml5250元/50ml90nm0.05mg/ml2500元/25ml3650元/50ml0.1mg/ml3550元/25ml5250元/50ml100nm0.05mg/ml2500元/25ml3650元/50ml0.1mg/ml3550元/25ml5250元/50ml[詳細(xì)]
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2018-10-09 10:01
產(chǎn)品樣冊(cè)
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- Imaging Liposomes in Liquid with Transmission Electron Microscopy
- Imaging Liposomes in Liquid with Transmission Electron Microscopy[詳細(xì)]
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2016-06-08 00:00
安裝說(shuō)明
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- Using Rheometry to predict liquid adhesive "processa
- Using Rheometry to predict liquid adhesive "processa[詳細(xì)]
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2004-07-06 00:00
期刊論文
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- Determination of Ginseng with Different Ages Using a Taste-Sensing System
- Inthemedicinalherbmarket,adulterationofginsengatdifferentagesiscommonlyobserved,whichharmsthehealthofconsumers.Changesinthetastepropertiesofginsengatdifferentageswereinvestigatedusinganintelligenttaste-sensingsystemwithartificiallipid-basedmembranesensorsandanultravioletspectrophotometer.Itwasfoundthattheginsenosidecontentincreasedlinearlywithincreasingage,withthedeterminationcoefficient（R2）reaching0.951.Resultsfromthetaste-sensingsystemprovidedrichinformationforthetestedginsengsamples.Theradarcurveoftastevalueindicatedthatginsengsamplesofdifferentagesshowedvarioustastecharacteristicsandsomecertaintendencies.Alinearcorrelationwasestablishedbetweenginsengageandthetastevaluesofsourness,saltiness,andumami,withthedeterminationcoefficients（R2）being0.941,0.943,and0.974respectively.Tastedatawereanalyzedusingprincipalcomponentanalysis（PCA）anddiscriminantfunctionanalysis（DFA）.AdifferencewasobtainedamonggroupswiththefirsttwoPCsreaching92.25%.WhileinDFAasignificantdifferencewasobservedwiththefirsttwofunctionscoresreaching99.4%.Fromtheviewpointofsensorresponse,theresponsesoftheumamisensorAAE,saltinesssensorCTO,andsournesssensorCAOincreasedoverthefirst30s,whilethoseofthebitternesssensorCOOandastringencysensorAE1decreasedandremainedatmaximuminthenegativevaluecontinuously,whichprovidedadditionalinformationforthedeterminationofginsengsamplesatdifferentages.Onthebasisofintegratedandspecialtasteinformation,theginsenggrowingyearmightbeidentifiedfromthetasteevaluationangles.Aflowchartforfurtherresearchonthetastefeatureswassuggested.Thisstudyintimatedpossibleindexesfordeterminingadulterationofginsengatdifferentagesbyusinganintelligenttaste-sensingsystem.[詳細(xì)]
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2018-08-16 10:00
產(chǎn)品樣冊(cè)
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- In Situ Few Layer Graphene Etching Using Iron Nanoparticles
- In Situ Few Layer Graphene Etching Using Iron Nanoparticles[詳細(xì)]
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2016-05-30 00:00
標(biāo)準(zhǔn)
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- Enhancement of Oxygen Mass Transfer Using Functionalized Magnetic Nanoparticles
- Oxygen-transferenhancementhasbeenobservedinthepresenceofcolloidaldispersionsofmagnetite(Fe3O4)nanoparticlescoatedwitholeicacidandapolymerizablesurfactant.Thesefluidsimprovegas-liquidoxygenmasstransferupto6-fold(600%)atnanoparticlevolumefractionsbelow1%inanagitated,spargedreactorandshowremarkablestabilityinhigh-ionicstrengthmediaoverawidepHrange.Throughacombinationofexperimentsusingphysicalandchemicalmethodstocharacterizemasstransfer,itisshownthat(i)boththemasstransfercoefficient(kL)andthegas-liquidinterfacialarea(a)areenhancedinthepresenceofnanoparticles,thelatteraccountingforalargefractionofthetotalenhancement(80%ormore),(ii)theenhancementinkLmeasuredbyphysicalandchemicalmethodsissimilarandrangesfrom20to60%approximately,(iii)theenhancementinkLlevelsoffatananoparticlevolumefractionofapproximately1%v/v,and(iv)theenhancementinkLashowsastrongtemperaturedependence.Theseresultsarerelevanttoawiderangeofprocesseslimitedbythemasstransferofasolutebetweenagasphaseandaliquidphase,suchasfermentation,wastetreatment,andhydrogenationreactions.[詳細(xì)]
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2018-08-31 10:11
產(chǎn)品樣冊(cè)
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- A high yield, one-pot dialysis-based process for self-assembly of near infrared absorbing gold nanoparticles
- A high yield, one-pot dialysis-based process for self-assembly of near infrared absorbing gold nanoparticles[詳細(xì)]
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2015-05-25 00:00
實(shí)驗(yàn)操作
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- Visualizing Hydrogen Absorption in Palladium Thin Films using In Situ Environmental TEM
- Visualizing Hydrogen Absorption in Palladium Thin Films using In Situ Environmental TEM[詳細(xì)]
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2016-05-30 00:00
選購(gòu)指南
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- perovskite-noble metal catalysts for automotive exhaust control using a Cs corrected TEM
- perovskite-noble metal catalysts for automotive exhaust control using a Cs corrected TEM[詳細(xì)]
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2024-09-14 01:03
標(biāo)準(zhǔn)
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- Optimization of β-carotene loaded solid lipid nanoparticles preparation using a high shear homogeniz
- Optimizationofβ-caroteneloadedsolidlipidnanoparticlespreparationusingahighshearhomogenizationtechnique[詳細(xì)]
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2018-08-31 10:11
產(chǎn)品樣冊(cè)
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- DuoScanTM Imaging
- DuoScanTM Imaging[詳細(xì)]
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2013-01-29 00:00
報(bào)價(jià)單
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- DuoScanTM Imaging
- DuoScanTM Imaging[詳細(xì)]
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2015-09-22 00:00
專利
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DIFFERENT STRATEGIES FOR OPTIMIZING RICE ...- DIFFERENT STRATEGIES FOR OPTIMIZING RICE ...[詳細(xì)]
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2012-11-16 00:00
其它
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- Evaluating the plasticization process of different
- Evaluating the plasticization process of different[詳細(xì)]
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2024-09-28 00:04
操作手冊(cè)
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- Confocal Raman Imaging
- Confocal Raman Imaging[詳細(xì)]
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2013-01-29 00:00
實(shí)驗(yàn)操作
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- Introduction to Raman Imaging
- Introduction to Raman Imaging[詳細(xì)]
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2024-09-28 21:17
操作手冊(cè)
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- Confocal Raman Imaging
- Confocal Raman Imaging[詳細(xì)]
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2024-09-16 18:47
課件
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- Introduction to Raman Imaging
- Introduction to Raman Imaging[詳細(xì)]
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2024-09-20 02:09
期刊論文
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