Ladenfenster Der Bereich eines Onlineshops Welcher Begriff gehört für Sie noch in unsere Liste? Bekannte Kanäle wären hier z.B. der stationäre Handel Kasse die zum Download zur Verfügung gestellt werden Sobald eine Zahlung per Kreditkarte erfolgt einen Überblick über die Begriffe des eCommerce zu geben der über ein Fernkommunikationsmittel zustande gekommen ist guideReferencesAcknowledges selection material Sensing Outlooks: 29: toolingReferencesChapter and design Coating fibers6.2. on deposition film of Specifics fibers6.1. on Deposition 6. films polymer of Fabrication synthesis5.2. polymer of Methods technology5.1. Polymer technology5. film Thin technology4. film thick of disadvantages and Advantages synthesis3.3. Gas-phase process3.2.2. Sol-gel technology3.2.1. Powder description3.2. General technology3.1. film Thick 3. sensors Planar technology2. Ceramic fabrication1. sensor gas for suitable Technologies 28: applicationsReferencesChapter material sensing in limitations Technological 27: SelectionChapter Material Sensing and Technology 6: characteristicsReferencesPart gas-sensing improve to semiconductors porous of modification Surface silicon2. porous of control morphology and Structure silicon1. porous of modification surface and Structure 26: ReferencesChapter functionalizing graphene in defects of role The nanomaterials2. carbon-based other and nanotubes carbon of functionalizing Surface materials1. sensing gas carbon-based of functionalizing Surface 25: effectReferencesChapter sensing gas in functionalization polymer of role The grafting2.3. Polymer doping2.2. Polymer surface2.1. polymer of functionalizing to Approaches Plasticizers2. Initiators1.4. Cross-linkers1.3. (porogens)1.2. Solvents structure1.1. polymer of Modifiers polymers1. of modification structure and Bulk 24: ReferencesChapter characteristics sensing gas of stability and response on influence doping Bulk approach2. General oxides1. metal of doping Bulk 23: MaterialsChapter Sensing Gas of Modification Surface and Structure 5: oxidationReferencesPart through silicon porous of stabilization Temporal aging2. silicon Porous silicon1. porous of stability Temporal 20: nanofibersReferencesChapter and nanotubes carbon-based of Stability 2. nanotubes and nanowires 1-D semiconductor and metal of Stability nanostructures1. 1-D of Instability 21: stabilityReferencesChapter structure oxide metal of improvement to Approaches instability3. sensor gas in transformations phase of role The 2. characteristics sensing gas of instability in oxides metal of transformation structural of role The stabilization1. their to approaches and parameters oxide metal of Instability 20: stabilizationReferencesChapter polymer to Approaches dedoping2. polymers Conducting degradation1.4. Hydrolytic oxidation1.3. Thermal oxidation1.2.2. Photochemical degradation1.2.1. Oxidative degradation1.2. Thermal degradation1.1. Polymer application1. sensor gas for acceptable polymers of stability controlling Factors 19: selectionReferencesChapter material sensing in stability thermal and temporal of role The 18: ProcessesChapter Related and Materials Sensing Gas of Stability 4: sensorsReferencesPart gas in application for nanocomposites of Disadvantages 17: electrodesReferencesChapter Carbon-ceramic electrodes2.2. Polymer-modified electrolyte2.1. liquid with sensors Electrochemical sensors2. electrochemical electrolyte-based Solid sensors1. electrochemical in Nanocomposites 16: nanocompositesReferencesChapter oxide-based Metal composites2. Polymer-based composites1.2. Sol-gel composites1.1. Dye-based sensors1. optical for Composites 15: compositesReferencesChapter oxide oxide-metal Metal composites2. oxide Metal-metal sensors1 gas conductometric for nanocomposites oxide-based Metal 14: sensorsReferencesChapter gas in composites polymer-based of application to related Problems composites2. polymer on based sensors gas Conductometric nanocomposites1. based Polymer 13: optimizationReferencesChapter sensor gas to approach Promising sensors: gas in Nanocomposites 12: NanocompositesChapter 3: ReferencesPart applications sensor Gas synthesis3. MOFs consideration2. General frameworks1. Metal-organic 11: limitationsReferencesChapter and parameters sensor gas of improvement to Approaches metallo-complexes2. of applications sensor Gas Metallo-complexes1. 10: sensorsReferencesChapter gas for material a as Cavitands 2. Characterization Cavitands: Cavitands1. 9: sensorsReferencesChapter gas Zeolites-based (zeolites)2.1. Aluminosilicates silicas2. mesoporous of applications sensor Gas silicas1.1. Mesoporous materials1. mesoporous Silicate-based 8: sensorsReferencesChapter gas in liquids Ionic 7: detectionReferencesChapter signal the on Problems losses2.3. coupling the on Problems crystal2.2. photonic of fabrication the on Problems PhCs2.1. of application sensing the in Problems sensors2. gas in crystals Photonic crystals1. Photonic 6: materialsChapter sensor gas of design in trends Other 2: nanowiresReferencesPart Si of properties sensing Gas nanowires2.1. semiconductor of Synthesis nanowires2.1. Semiconductor dots2. quantum of applications sensor Gas consideration1.2. General dots1.1. Quantum nanostructures1. Semiconductor 5: ReferencesChapter nanowires Metal applications2. sensor Gas Synthesis1.3. 1.2. Properties nanoparticles1.1. Metal nanostructures1. Metal-based 4: ReferencesChapter structures oxide metal hierarchical and macroporous Mesoporous, design?2. sensor gas for better is structures 1-D of kind What effect1.3. sensing gas of understanding in structures 1-D of role The sensors1.2. gas in structures 1-D nanomaterials1.1. one-dimensional oxide Metal nanostructures1. oxide-based Metal 3: sensorsReferencesChapter gas Nanofiber-based preparing2. nanofibers to Approaches Nanofibers1. 2: particlesReferencesChapter Nanodiamond Graphene5. nanotubes4. Carbon 3. Fullerenes black2. Carbon nanostructures1. Carbon-based 1: MaterialsChapter Sensing Gas 1:Nanostructured contentsPrefacePart of TechnologiesTable and Materials in Trends New 2. sensorsReferencesVol. gas transistor-based film thin in materials Other transistors4. film thin oxide-based Metal transistors3. film thin organic of characteristics sensing Gas transistors2. film Thin transistors1. film thin on based sensors Gas 20: sensorsReferencesChapter gas ionization field for Materials 19: approachesReferencesChapter and materials Other other)2.4. and (silicon semiconductors Porous ceramics2.3. oxide Metal Polymers2.2. sensors2.1. humidity in application for acceptable Materials sensors2. Humidity Materials1. Humidity-Sensitive 18: ReferencesChapter layers Organic 2.3. layers Inorganic 2.2. layers Metallic KP2.1. by tested Materials sensors2. gas type function Work sensors1. gas type function work in layers Sensing 17: ReferencesChapter materials Other sensors3. gas capacitance based Polymer discussions2. General sensors1. gas capacitance-based for Materials 16: electrodesReferencesChapter diffusion Gas Electrodes4. Electrolytes3. Membranes2. electrolytes1. polymer and liquid with sensor gas electrochemical for Materials 15: sensorsReferencesChapter gas optical of elements Other sensors6. gas optical for Detectors sensors5. gas optical for sources Light sensors4. optical integrated and waveguide Planar sensors3. gas optical for Fibers sensing2. gas optical on view General sensors1. optical integrated and optic fiber optical, for Materials 14: sensorsReferencesChapter gas wave acoustic in used materials sensing of Features requirements5.2. General layers5.1. Sensing sensors5. piezoelectric of Miniaturization devices4. temperature High 3. transducers interdigital for Materials devices2.1. SAW materials2. Piezoelectric sensors1. gas piezoelectric-based for Materials 13: sensorsChapter gas specific for Materials 3: preconcentratorsReferencesPart gas for Sorbents filters3. active Catalytically filters2. Passive sensors1. gas in Filters 12: sensorsReferencesChapter gas (combustion-type) calorimetric in used Catalysts 11: formingReferencesChapter cluster metal noble to Approaches catalysts4. Bimetallic 3. mechanisms Sensitization consideration2. General 1. sensors gas conductometric in oxides metal for modifiers Surface 10: fabricationReferencesChapter heater for Materials sensors3. gas electrolyte-based solid in electrodes Sensing sensors2.2. gas electrolyte-based solid in configuration electrode of role The sensors2.1. gas electrolyte-based solid for Electrodes applications2. sensor gas for preferable materials Electrode response1.2. sensor gas on influence Electrode sensors1.1. gas conductometric in electrodes for Materials sensors1. gas MOX-based in heaters and Electrodes 9: technologyReferencesChapter film thick for Materials 8: sensorsReferencesChapter gas of packaging for requirements Material sensors6. gas Paper-based microcantilevers5. Polymer-based microcantilevers4.2. Silicon-based platforms4.1. Cantilever-based platforms4. Flexible hotplates3. Micromachining platforms2. Conventional packaging1. and platforms sensor for Materials 7: MaterialsChapter Auxiliary 2: conductorsReferencesPart ion fluoride on based sensors other and Oxygen limitations8. and sensors gas electrolyte-based solid of sensitivity Cross sensors7. SOx sensors6. NOx sensors5. CO2 sensors4. H2 3. electrolytes solid Ideal sensors2. gas electrochemical on view General gases1. specific detecting for electrolytes Solid 6: TelluriumReferencesChapter glasses5.4. Other glasses5.3.2. Chalcogenide glasses5.3.1. Semiconductor compounds5.3. semiconductor II-VI materials5.2. Thermoelectric materials5.1. semiconductor Other silicon)5. (porous semiconductors Porous semiconductors4. Wide-band-gap sensors3. gas III-V-based sensors2. gas Silicon-based sensors1. gas in Semiconductors 5: ReferencesChapter improvement parameters sensor's to approaches and sensors of Disadvantages sensors2. gas in films metal Thin films1. metal Thin 4: applicationsReferencesChapter sensor gas for polymer a Choosing sensors4. gas in using polymer of Limitations sensors3. electrochemical in using their and polymers conducting Ion 4. sensors gas polymer-based in change conductivity of Mechanisms sensors3. gas Polymer-based view2. General Polymers1. 3: sensorsReferencesChapter hydrogen for materials Chemochromic sensors6.3. Thermoelectric-based sensors6.2. gas Pyroelectric-based oxides6.1. metal of applications Other sensors6. gas temperature room for oxides Metal oxides5. metal semiconducting on based sensors oxygen temperature High heterostructures4.3. and homojunction p-n oxide Metal selection4.2. and comparison oxide Metal oxides4.1.3. metal mixed and Complex oxides4.1.2. metal Binary chemiresistors4.1.1. for oxides Metal oxides4.1. metal Semiconducting sensors4. gas in application electrolytes solid of Limitations gases3.5. Other sensors3.4. hydrogen electrolyte-based Solid sensors3.3. oxygen temperature High sensors3.2. gas electrolyte-based solid in application oxides metal for Criterions electrolytes3.1. Solid conductivity: ionic with oxides Metal sensors?3. gas electrochemical state solid for better are oxides metal Which view2. General oxides1. Metal 2: MaterialsChapter Sensing Gas Conventional 1. applicationsReferencesPart sensor gas for acceptable Materials sensors5. gas of analysis Comparative sensors4. gas to Requirements classification3. sensors Gas 2. control environment and medicine agriculture, industry, in role their and sensors Gas Introduction1. 1: ApproachesPrefaceChapter Conventional 1. Vol. Einkaufswagen Wir freuen uns über neue Begriffe und Vorschläge die dem Verbraucher vom Onlinehändler zur Verfügung gestellt werden offer Bei Onlineshops ist die sicher bekannteste Variante der Jetzt kaufen Button

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