Search
| Leader | 00000nz a2200037n 45 0 | ||
|---|---|---|---|
| 001 | WKP|Q59923440 (VIAF cluster) (Authority/Source Record) | ||
| 003 | WKP | ||
| 005 | 20241120235923.0 | ||
| 008 | 241120nneanz||abbn n and d | ||
| 035 | ‡a (WKP)Q59923440 | ||
| 024 | ‡a 0000-0002-4999-6588 ‡2 orcid | ||
| 024 | ‡a 7007041566 ‡2 scopus | ||
| 035 | ‡a (OCoLC)Q59923440 | ||
| 100 | 0 | ‡a Albert Romano-Rodríguez ‡c researcher ORCID ID = 0000-0002-4999-6588 ‡9 en | |
| 375 | ‡a 1 ‡2 iso5218 | ||
| 400 | 0 | ‡a Albert Romano-Rodríguez ‡c onderzoeker ‡9 nl | |
| 670 | ‡a Author's A model for the response towards oxidizing gases of photoactivated sensors based on individual SnO2 nanowires | ||
| 670 | ‡a Author's An array of ordered pillars with retentive properties for pressure-driven liquid chromatography fabricated directly from an unmodified cyclo olefin polymer | ||
| 670 | ‡a Author's Chemical Vapor Growth of One-dimensional Magnetite Nanostructures | ||
| 670 | ‡a Author's Detection of amines with chromium-doped WO3 mesoporous material | ||
| 670 | ‡a Author's Effect of the nanostructure and surface chemistry on the gas adsorption properties of macroscopic multiwalled carbon nanotube ropes | ||
| 670 | ‡a Author's Electrical properties of individual tin oxide nanowires contacted to platinum electrodes | ||
| 670 | ‡a Author's Electrical response of MOSiC gas sensors to CO, NO/sub 2/ and C/sub 3/H/sub 8/ | ||
| 670 | ‡a Author's Equivalence between thermal and room temperature UV light-modulated responses of gas sensors based on individual SnO2 nanowires | ||
| 670 | ‡a Author's Experimental study of the depth influence on the band broadening effect in a cyclo-olefin polymer column containing an array of ordered pillars | ||
| 670 | ‡a Author's Experimental study of the retention properties of a cyclo olefin polymer pillar array column in reversed-phase mode | ||
| 670 | ‡a Author's Fabrication and electrical characterization of circuits based on individual tin oxide nanowires | ||
| 670 | ‡a Author's Fabrication of bottom-up gas sensors based on individual SnO 2 nanowires and suspended microhotplates | ||
| 670 | ‡a Author's Facile integration of ordered nanowires in functional devices | ||
| 670 | ‡a Author's Focused-ion-beam-assisted tuning of thin-film bulk acoustic wave resonators | ||
| 670 | ‡a Author's Focused-ion-beam-assisted tuning of thin-film bulk acoustic wave resonators (FBARs) | ||
| 670 | ‡a Author's Functional materials for environmental sensors and energy systems. | ||
| 670 | ‡a Author's Gas Nanosensors Based on Individual Indium Oxide Nanostructures | ||
| 670 | ‡a Author's Gas Sensing Devices Based on 1D Metal-Oxide Nanostructures: Fabrication, Testing and Device Integration | ||
| 670 | ‡a Author's Gas sensors based on individual indium oxide nanowire | ||
| 670 | ‡a Author's Hybrid integration of VCSELs and microlenses for a particle detection microoptical system | ||
| 670 | ‡a Author's Insight into the Role of Oxygen Diffusion in the Sensing Mechanisms of SnO2Nanowires | ||
| 670 | ‡a Author's Integration of Nanowires in New Devices and Circuit Architectures: Recent Developments and Challenges | ||
| 670 | ‡a Author's Localized and distributed mass detectors with high sensitivity based on thin-film bulk acoustic resonators | ||
| 670 | ‡a Author's Localized growth and in situ integration of nanowires for device applications | ||
| 670 | ‡a Author's Localized-mass detection based on thin-film bulk acoustic wave resonators | ||
| 670 | ‡a Author's Localized-mass detection based on thin-film bulk acoustic wave resonators (FBAR): Area and mass location aspects | ||
| 670 | ‡a Author's Locally Grown SnO 2 NWs as Low Power Ammonia Sensor | ||
| 670 | ‡a Author's Low-cost Fabrication of Zero-power Metal Oxide Nanowire Gas Sensors: Trends and Challenges | ||
| 670 | ‡a Author's Low temperature humidity sensor based on Ge nanowires selectively grown on suspended microhotplates | ||
| 670 | ‡a Author's Nanosensors: Controlling Transduction Mechanisms at the Nanoscale Using Metal Oxides and Semiconductors | ||
| 670 | ‡a Author's On the role of individual metal oxide nanowires in the scaling down of chemical sensors | ||
| 670 | ‡a Author's Optical particle detection in liquid suspensions with a hybrid integrated microsystem | ||
| 670 | ‡a Author's P2K-2 Sensitivity Considerations in Localized Mass Detection Based on Thin-Film Bulk Acoustic Wave Resonators | ||
| 670 | ‡a Author's Photoexcited Individual Nanowires: Key Elements in Room Temperature Detection of Oxidizing Gases | ||
| 670 | ‡a Author's Portable microsensors based on individual SnO2 nanowires | ||
| 670 | ‡a Author's Pushing the Composition Limit of Anisotropic Ge1–xSnx Nanostructures and Determination of Their Thermal Stability | ||
| 670 | ‡a Author's Room temperature conductometric gas sensors based on metal oxide nanowires and nanocrystals | ||
| 670 | ‡a Author's Selectively arranged single-wire based nanosensor array systems for gas monitoring | ||
| 670 | ‡a Author's Site-selectively grown SnO 2 NWs networks on micromembranes for efficient ammonia sensing in humid conditions | ||
| 670 | ‡a Author's Site-Specific Growth and in Situ Integration of Different Nanowire Material Networks on a Single Chip: Toward a Nanowire-Based Electronic Nose for Gas Detection | ||
| 670 | ‡a Author's Synthesis and applications of one-dimensional semiconductors | ||
| 670 | ‡a Author's Template synthesis and forming electrical contacts to single Au nanowires by focused ion beam techniques | ||
| 670 | ‡a Author's The effects of electron–hole separation on the photoconductivity of individual metal oxide nanowires | ||
| 670 | ‡a Author's Toward a Systematic Understanding of Photodetectors Based on Individual Metal Oxide Nanowires | ||
| 670 | ‡a Author's Ultralow power consumption gas sensors based on self-heated individual nanowires | ||
| 670 | ‡a Author's Water vapor detection with individual tin oxide nanowires | ||
| 670 | ‡a wikidata authority control ‡u https://viaf.org/processed/BNE|XX925601 | ||
| 670 | ‡a wikidata authority control ‡u https://viaf.org/viaf/87863090 | ||
| 909 | ‡a (scopus) 7007041566 ‡9 1 | ||
| 909 | ‡a (orcid) 0000000249996588 ‡9 1 | ||
| 919 | ‡a templatesynthesisandformingelectricalcontactstosingleaunanowiresbyfocusedionbeamtechniques ‡A Template synthesis and forming electrical contacts to single Au nanowires by focused ion beam techniques ‡9 1 | ||
| 919 | ‡a synthesisandapplicationsof1dimensionalsemiconductors ‡A Synthesis and applications of one-dimensional semiconductors ‡9 1 | ||
| 919 | ‡a sitespecificgrowthandinsituintegrationofdifferentnanowirematerialnetworksonasinglechiptowardananowirebasedelectronicnoseforgasdetection ‡A Site-Specific Growth and in Situ Integration of Different Nanowire Material Networks on a Single Chip: Toward a Nanowire-Based Electronic Nose for Gas Detection ‡9 1 | ||
| 919 | ‡a siteselectivelygrownsno2nwsnetworksonmicromembranesforefficientammoniasensinginhumidconditions ‡A Site-selectively grown SnO 2 NWs networks on micromembranes for efficient ammonia sensing in humid conditions ‡9 1 | ||
| 919 | ‡a selectivelyarrangedsinglewirebasednanosensorarraysystemsforgasmonitoring ‡A Selectively arranged single-wire based nanosensor array systems for gas monitoring ‡9 1 | ||
| 919 | ‡a roomtemperatureconductometricgassensorsbasedonmetaloxidenanowiresandnanocrystals ‡A Room temperature conductometric gas sensors based on metal oxide nanowires and nanocrystals ‡9 1 | ||
| 919 | ‡a pushingthecompositionlimitofanisotropicge1xsnxnanostructuresanddeterminationoftheirthermalstability ‡A Pushing the Composition Limit of Anisotropic Ge1–xSnx Nanostructures and Determination of Their Thermal Stability ‡9 1 | ||
| 919 | ‡a portablemicrosensorsbasedonindividualsno2nanowires ‡A Portable microsensors based on individual SnO2 nanowires ‡9 1 | ||
| 919 | ‡a photoexcitedindividualnanowireskeyelementsinroomtemperaturedetectionofoxidizinggases ‡A Photoexcited Individual Nanowires: Key Elements in Room Temperature Detection of Oxidizing Gases ‡9 1 | ||
| 919 | ‡a p2k2sensitivityconsiderationsinlocalizedmassdetectionbasedonthinfilmbulkacousticwaveresonators ‡A P2K-2 Sensitivity Considerations in Localized Mass Detection Based on Thin-Film Bulk Acoustic Wave Resonators ‡9 1 | ||
| 919 | ‡a opticalparticledetectioninliquidsuspensionswithahybridintegratedmicrosystem ‡A Optical particle detection in liquid suspensions with a hybrid integrated microsystem ‡9 1 | ||
| 919 | ‡a ontheroleofindividualmetaloxidenanowiresinthescalingdownofchemicalsensors ‡A On the role of individual metal oxide nanowires in the scaling down of chemical sensors ‡9 1 | ||
| 919 | ‡a nanosensorscontrollingtransductionmechanismsatthenanoscaleusingmetaloxidesandsemiconductors ‡A Nanosensors: Controlling Transduction Mechanisms at the Nanoscale Using Metal Oxides and Semiconductors ‡9 1 | ||
| 919 | ‡a lowtemperaturehumiditysensorbasedongenanowiresselectivelygrownonsuspendedmicrohotplates ‡A Low temperature humidity sensor based on Ge nanowires selectively grown on suspended microhotplates ‡9 1 | ||
| 919 | ‡a lowcostfabricationof0powermetaloxidenanowiregassensorstrendsandchallenges ‡A Low-cost Fabrication of Zero-power Metal Oxide Nanowire Gas Sensors: Trends and Challenges ‡9 1 | ||
| 919 | ‡a locallygrownsno2nwsaslowpowerammoniasensor ‡A Locally Grown SnO 2 NWs as Low Power Ammonia Sensor ‡9 1 | ||
| 919 | ‡a localizedmassdetectionbasedonthinfilmbulkacousticwaveresonatorsfbarareaandmasslocationaspects ‡A Localized-mass detection based on thin-film bulk acoustic wave resonators (FBAR): Area and mass location aspects ‡9 1 | ||
| 919 | ‡a localizedmassdetectionbasedonthinfilmbulkacousticwaveresonators ‡A Localized-mass detection based on thin-film bulk acoustic wave resonators ‡9 1 | ||
| 919 | ‡a localizedgrowthandinsituintegrationofnanowiresfordeviceapplications ‡A Localized growth and in situ integration of nanowires for device applications ‡9 1 | ||
| 919 | ‡a localizedanddistributedmassdetectorswithhighsensitivitybasedonthinfilmbulkacousticresonators ‡A Localized and distributed mass detectors with high sensitivity based on thin-film bulk acoustic resonators ‡9 1 | ||
| 919 | ‡a integrationofnanowiresinnewdevicesandcircuitarchitecturesrecentdevelopmentsandchallenges ‡A Integration of Nanowires in New Devices and Circuit Architectures: Recent Developments and Challenges ‡9 1 | ||
| 919 | ‡a insightintotheroleofoxygendiffusioninthesensingmechanismsofsno2nanowires ‡A Insight into the Role of Oxygen Diffusion in the Sensing Mechanisms of SnO2Nanowires ‡9 1 | ||
| 919 | ‡a hybridintegrationofvcselsandmicrolensesforaparticledetectionmicroopticalsystem ‡A Hybrid integration of VCSELs and microlenses for a particle detection microoptical system ‡9 1 | ||
| 919 | ‡a gassensorsbasedonindividualindiumoxidenanowire ‡A Gas sensors based on individual indium oxide nanowire ‡9 1 | ||
| 919 | ‡a gassensingdevicesbasedon1dmetaloxidenanostructuresfabricationtestinganddeviceintegration ‡A Gas Sensing Devices Based on 1D Metal-Oxide Nanostructures: Fabrication, Testing and Device Integration ‡9 1 | ||
| 919 | ‡a gasnanosensorsbasedonindividualindiumoxidenanostructures ‡A Gas Nanosensors Based on Individual Indium Oxide Nanostructures ‡9 1 | ||
| 919 | ‡a functionalmaterialsforenvironmentalsensorsandenergysystems ‡A Functional materials for environmental sensors and energy systems. ‡9 1 | ||
| 919 | ‡a focusedionbeamassistedtuningofthinfilmbulkacousticwaveresonatorsfbars ‡A Focused-ion-beam-assisted tuning of thin-film bulk acoustic wave resonators (FBARs) ‡9 1 | ||
| 919 | ‡a focusedionbeamassistedtuningofthinfilmbulkacousticwaveresonators ‡A Focused-ion-beam-assisted tuning of thin-film bulk acoustic wave resonators ‡9 1 | ||
| 919 | ‡a facileintegrationoforderednanowiresinfunctionaldevices ‡A Facile integration of ordered nanowires in functional devices ‡9 1 | ||
| 919 | ‡a fabricationofbottomupgassensorsbasedonindividualsno2nanowiresandsuspendedmicrohotplates ‡A Fabrication of bottom-up gas sensors based on individual SnO 2 nanowires and suspended microhotplates ‡9 1 | ||
| 919 | ‡a fabricationandelectricalcharacterizationofcircuitsbasedonindividualtinoxidenanowires ‡A Fabrication and electrical characterization of circuits based on individual tin oxide nanowires ‡9 1 | ||
| 919 | ‡a experimentalstudyoftheretentionpropertiesofacycloolefinpolymerpillararraycolumninreversedphasemode ‡A Experimental study of the retention properties of a cyclo olefin polymer pillar array column in reversed-phase mode ‡9 1 | ||
| 919 | ‡a experimentalstudyofthedepthinfluenceonthebandbroadeningeffectinacycloolefinpolymercolumncontaininganarrayoforderedpillars ‡A Experimental study of the depth influence on the band broadening effect in a cyclo-olefin polymer column containing an array of ordered pillars ‡9 1 | ||
| 919 | ‡a equivalencebetweenthermalandroomtemperatureuvlightmodulatedresponsesofgassensorsbasedonindividualsno2nanowires ‡A Equivalence between thermal and room temperature UV light-modulated responses of gas sensors based on individual SnO2 nanowires ‡9 1 | ||
| 919 | ‡a electricalresponseofmosicgassensorstoconosub2and100sub3hsub8 ‡A Electrical response of MOSiC gas sensors to CO, NO/sub 2/ and C/sub 3/H/sub 8/ ‡9 1 | ||
| 919 | ‡a electricalpropertiesofindividualtinoxidenanowirescontactedtoplatinumelectrodes ‡A Electrical properties of individual tin oxide nanowires contacted to platinum electrodes ‡9 1 | ||
| 919 | ‡a effectofthenanostructureandsurfacechemistryonthegasadsorptionpropertiesofmacroscopicmultiwalledcarbonnanotuberopes ‡A Effect of the nanostructure and surface chemistry on the gas adsorption properties of macroscopic multiwalled carbon nanotube ropes ‡9 1 | ||
| 919 | ‡a detectionofamineswithchromiumdopedwo3mesoporousmaterial ‡A Detection of amines with chromium-doped WO3 mesoporous material ‡9 1 | ||
| 919 | ‡a chemicalvaporgrowthof1dimensionalmagnetitenanostructures ‡A Chemical Vapor Growth of One-dimensional Magnetite Nanostructures ‡9 1 | ||
| 919 | ‡a arrayoforderedpillarswithretentivepropertiesforpressuredrivenliquidchromatographyfabricateddirectlyfromanunmodifiedcycloolefinpolymer ‡A An array of ordered pillars with retentive properties for pressure-driven liquid chromatography fabricated directly from an unmodified cyclo olefin polymer ‡9 1 | ||
| 919 | ‡a modelfortheresponsetowardsoxidizinggasesofphotoactivatedsensorsbasedonindividualsno2nanowires ‡A A model for the response towards oxidizing gases of photoactivated sensors based on individual SnO2 nanowires ‡9 1 | ||
| 919 | ‡a watervapordetectionwithindividualtinoxidenanowires ‡A Water vapor detection with individual tin oxide nanowires ‡9 1 | ||
| 919 | ‡a ultralowpowerconsumptiongassensorsbasedonselfheatedindividualnanowires ‡A Ultralow power consumption gas sensors based on self-heated individual nanowires ‡9 1 | ||
| 919 | ‡a towardasystematicunderstandingofphotodetectorsbasedonindividualmetaloxidenanowires ‡A Toward a Systematic Understanding of Photodetectors Based on Individual Metal Oxide Nanowires ‡9 1 | ||
| 919 | ‡a effectsofelectronholeseparationonthephotoconductivityofindividualmetaloxidenanowires ‡A The effects of electron–hole separation on the photoconductivity of individual metal oxide nanowires ‡9 1 | ||
| 946 | ‡a b ‡9 1 | ||
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| 996 | ‡2 BNF|16619428 | ||
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| 996 | ‡2 BNC|981058514671906706 | ||
| 996 | ‡2 BNC|981058517730306706 | ||
| 996 | ‡2 BNF|14426266 | ||
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| 996 | ‡2 NTA|069151644 | ||
| 996 | ‡2 LC|n 79004174 | ||
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| 996 | ‡2 BNF|16642424 | ||
| 996 | ‡2 BNF|16981241 | ||
| 996 | ‡2 ISNI|0000000426301805 | ||
| 996 | ‡2 BNC|981058528285406706 | ||
| 996 | ‡2 BNE|XX5016748 | ||
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| 996 | ‡2 LC|n 2006076460 | ||
| 996 | ‡2 BNE|XX1022866 | ||
| 996 | ‡2 BNE|XX1018657 | ||
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| 996 | ‡2 BNC|981058526039706706 | ||
| 996 | ‡2 ISNI|0000000070328176 | ||
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| 996 | ‡2 LC|no2008006721 | ||
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| 996 | ‡2 ISNI|0000000060381635 | ||
| 996 | ‡2 ISNI|0000000059243374 | ||
| 996 | ‡2 BNE|XX4610191 | ||
| 996 | ‡2 LC|no2007023700 | ||
| 996 | ‡2 LC|n 2008041068 | ||
| 996 | ‡2 BNE|XX1739674 | ||
| 996 | ‡2 BNF|13740646 | ||
| 996 | ‡2 CAOONL|ncf11358089 | ||
| 996 | ‡2 BNE|XX4790813 | ||
| 996 | ‡2 BNC|981061121426006706 | ||
| 996 | ‡2 BNF|14539654 | ||
| 996 | ‡2 DNB|139781900 | ||
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| 996 | ‡2 BIBSYS|5010554 | ||
| 996 | ‡2 LC|no2011077242 | ||
| 996 | ‡2 DNB|140153454 | ||
| 996 | ‡2 DNB|1193693748 | ||
| 996 | ‡2 J9U|987012196065105171 | ||
| 996 | ‡2 LC|n 86832477 | ||
| 996 | ‡2 BNE|XX5372065 | ||
| 996 | ‡2 BNE|XX1740170 | ||
| 996 | ‡2 BNE|XX1687353 | ||
| 996 | ‡2 LC|no2003010376 | ||
| 996 | ‡2 DNB|1057049212 | ||
| 996 | ‡2 NKC|jo20191030408 | ||
| 996 | ‡2 BNCHL|10000000000000000168153 | ||
| 996 | ‡2 BNCHL|10000000000000000168152 | ||
| 996 | ‡2 RERO|A017591071 | ||
| 996 | ‡2 BNE|XX4912097 | ||
| 996 | ‡2 LC|n 93023009 | ||
| 996 | ‡2 BNE|XX4693292 | ||
| 996 | ‡2 SUDOC|099488779 | ||
| 996 | ‡2 SUDOC|194679659 | ||
| 996 | ‡2 J9U|987007337069905171 | ||
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| 996 | ‡2 RERO|A003307849 | ||
| 996 | ‡2 ISNI|0000000060486269 | ||
| 996 | ‡2 LC|n 95098859 | ||
| 996 | ‡2 BNE|XX1078816 | ||
| 996 | ‡2 BNE|XX5222321 | ||
| 996 | ‡2 LC|no2021107137 | ||
| 996 | ‡2 BNE|XX870847 | ||
| 996 | ‡2 BNCHL|10000000000000000056422 | ||
| 996 | ‡2 DNB|170962741 | ||
| 996 | ‡2 DNB|173751806 | ||
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| 996 | ‡2 LC|no2023113312 | ||
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| 996 | ‡2 RERO|A013706165 | ||
| 996 | ‡2 BNE|XX1473740 | ||
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| 996 | ‡2 BNCHL|10000000000000000142467 | ||
| 996 | ‡2 BNE|XX1198676 | ||
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| 996 | ‡2 RERO|A011900185 | ||
| 996 | ‡2 NTA|398184585 | ||
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| 996 | ‡2 BNC|981058511260906706 | ||
| 996 | ‡2 BNE|XX5565548 | ||
| 996 | ‡2 BNE|XX5048074 | ||
| 996 | ‡2 ISNI|0000000033633868 | ||
| 996 | ‡2 BNC|981058601803106706 | ||
| 996 | ‡2 BNE|XX1587903 | ||
| 996 | ‡2 SUDOC|080878458 | ||
| 996 | ‡2 BNE|XX1260019 | ||
| 996 | ‡2 BNE|XX1078320 | ||
| 996 | ‡2 ISNI|0000000387692689 | ||
| 996 | ‡2 BNF|14494382 | ||
| 996 | ‡2 PTBNP|209745 | ||
| 996 | ‡2 JPG|500294294 | ||
| 996 | ‡2 NSK|000693050 | ||
| 996 | ‡2 DNB|1056382465 | ||
| 996 | ‡2 BNE|XX1307480 | ||
| 996 | ‡2 SUDOC|196499151 | ||
| 996 | ‡2 DNB|1056739223 | ||
| 996 | ‡2 DNB|1193687551 | ||
| 996 | ‡2 BNE|XX935575 | ||
| 996 | ‡2 DNB|1056229616 | ||
| 996 | ‡2 BNE|XX1094360 | ||
| 996 | ‡2 ISNI|0000000381252375 | ||
| 996 | ‡2 LC|ns2014001871 | ||
| 996 | ‡2 LC|n 82025667 | ||
| 996 | ‡2 SUDOC|203648390 | ||
| 996 | ‡2 BNC|981058528556506706 | ||
| 996 | ‡2 ARBABN|000044100 | ||
| 996 | ‡2 ARBABN|000044103 | ||
| 996 | ‡2 LC|no 96034115 | ||
| 996 | ‡2 DNB|1193692199 | ||
| 996 | ‡2 BNCHL|10000000000000000151147 | ||
| 996 | ‡2 BIBSYS|9002217 | ||
| 996 | ‡2 BNE|XX1068021 | ||
| 996 | ‡2 LC|n 78042535 | ||
| 996 | ‡2 BNE|XX962840 | ||
| 996 | ‡2 BIBSYS|13045657 | ||
| 996 | ‡2 LC|n 2011030657 | ||
| 996 | ‡2 DNB|1293410608 | ||
| 996 | ‡2 BNE|XX1454987 | ||
| 996 | ‡2 LC|n 78045476 | ||
| 996 | ‡2 DNB|1056253657 | ||
| 996 | ‡2 NTA|307938298 | ||
| 996 | ‡2 LC|ns2021001081 | ||
| 996 | ‡2 BNC|981058518221306706 | ||
| 996 | ‡2 LC|n 82247911 | ||
| 996 | ‡2 DNB|121330976X | ||
| 996 | ‡2 BNE|XX5703291 | ||
| 996 | ‡2 LC|no2010201890 | ||
| 996 | ‡2 SUDOC|074068571 | ||
| 996 | ‡2 NUKAT|n 2018082927 | ||
| 996 | ‡2 ISNI|000000044916476X | ||
| 996 | ‡2 ISNI|0000000374029837 | ||
| 996 | ‡2 SUDOC|132318423 | ||
| 996 | ‡2 DNB|1334904812 | ||
| 996 | ‡2 LC|ns2012002578 | ||
| 996 | ‡2 SUDOC|254423019 | ||
| 996 | ‡2 BNE|XX925601 | ||
| 996 | ‡2 ISNI|0000000060601538 | ||
| 996 | ‡2 BNE|XX1668507 | ||
| 996 | ‡2 BNE|XX1095102 | ||
| 996 | ‡2 DBC|87097969669026 | ||
| 996 | ‡2 LC|no2009189181 | ||
| 996 | ‡2 NUKAT|n 2017024826 | ||
| 996 | ‡2 LC|n 2006011707 | ||
| 996 | ‡2 BIBSYS|6065412 | ||
| 996 | ‡2 PLWABN|9811478748605606 | ||
| 996 | ‡2 LC|no2008005369 | ||
| 996 | ‡2 LC|no2012107377 | ||
| 996 | ‡2 BNE|XX1104806 | ||
| 996 | ‡2 ISNI|000000038384055X | ||
| 996 | ‡2 BNE|XX5042243 | ||
| 996 | ‡2 DNB|133106446 | ||
| 996 | ‡2 DNB|101319490X | ||
| 996 | ‡2 BNE|XX5433721 | ||
| 996 | ‡2 ISNI|0000000030328948 | ||
| 996 | ‡2 LC|n 96902054 | ||
| 996 | ‡2 BNC|981058517804006706 | ||
| 996 | ‡2 NTA|161946666 | ||
| 996 | ‡2 DNB|1057323772 | ||
| 996 | ‡2 DNB|1056273674 | ||
| 996 | ‡2 LC|no2021128295 | ||
| 996 | ‡2 DNB|132011956 | ||
| 996 | ‡2 BNE|XX5686690 | ||
| 996 | ‡2 LC|n 95063792 | ||
| 996 | ‡2 LC|n 99801974 | ||
| 996 | ‡2 DNB|1037106318 | ||
| 996 | ‡2 PTBNP|1726143 | ||
| 996 | ‡2 BNE|XX5416288 | ||
| 996 | ‡2 LC|no2009000579 | ||
| 996 | ‡2 BNE|XX5606924 | ||
| 996 | ‡2 ISNI|0000000078785996 | ||
| 996 | ‡2 BNE|XX1221741 | ||
| 996 | ‡2 SUDOC|077460103 | ||
| 996 | ‡2 J9U|987012503147805171 | ||
| 996 | ‡2 ISNI|0000000082687934 | ||
| 996 | ‡2 SUDOC|05029797X | ||
| 997 | ‡a 0 0 lived 0 0 ‡9 1 | ||
| 998 | ‡a Romano Rodríguez, Alberto ‡2 BNE|XX925601 ‡3 suggested | ||
| 998 | ‡a Romano Rodríguez, Albert ‡2 BNC|981058516447906706 ‡3 standard number |
