ORGANIC MATERIALS FOR ORGANIC SOLAR CELLS AND MOLECULAR ELECTRONICS. SYNTHESIS, SPECTROSCOPIC STUDIES AND APPLICATION IN SOLAR DEVICES. (Q3156601): Difference between revisions

@@ label / fr / label / fr @@
+MATÉRIAUX ORGANIQUES POUR LES CELLULES SOLAIRES ORGANIQUES ET L’ÉLECTRONIQUE MOLÉCULAIRE. SYNTHÈSE, ÉTUDES SPECTROSCOPIQUES ET APPLICATION DANS LES DISPOSITIFS SOLAIRES.
@@ label / de / label / de @@
+ORGANISCHE MATERIALIEN FÜR ORGANISCHE SOLARZELLEN UND MOLEKULARE ELEKTRONIK. SYNTHESE, SPEKTROSKOPISCHE STUDIEN UND ANWENDUNG IN SOLARGERÄTEN.
@@ label / nl / label / nl @@
+ORGANISCHE MATERIALEN VOOR ORGANISCHE ZONNECELLEN EN MOLECULAIRE ELEKTRONICA. SYNTHESE, SPECTROSCOPISCHE STUDIES EN TOEPASSING IN ZONNE-ENERGIE-INSTALLATIES.
@@ label / it / label / it @@
+MATERIALI ORGANICI PER CELLE SOLARI ORGANICHE E ELETTRONICA MOLECOLARE. SINTESI, STUDI SPETTROSCOPICI E APPLICAZIONE NEI DISPOSITIVI SOLARI.
@@ label / et / label / et @@
+ORGAANILISED MATERJALID ORGAANILISTE PÄIKESEELEMENTIDE JA MOLEKULAARELEKTROONIKA JAOKS. SÜNTEES, SPEKTROSKOOPILISED UURINGUD JA KASUTAMINE PÄIKESEENERGIASEADMETES.
@@ label / lt / label / lt @@
+ORGANINĖS MEDŽIAGOS ORGANINIAMS SAULĖS ELEMENTAMS IR MOLEKULINEI ELEKTRONIKAI. SINTEZĖ, SPEKTROSKOPINIAI TYRIMAI IR TAIKYMAS SAULĖS ĮRENGINIUOSE.
@@ label / hr / label / hr @@
+ORGANSKI MATERIJALI ZA ORGANSKE SOLARNE ĆELIJE I MOLEKULARNU ELEKTRONIKU. SINTEZA, SPEKTROSKOPSKE STUDIJE I PRIMJENA U SOLARNIM UREĐAJIMA.
@@ label / el / label / el @@
+ΟΡΓΑΝΙΚΆ ΥΛΙΚΆ ΓΙΑ ΟΡΓΑΝΙΚΆ ΗΛΙΑΚΆ ΚΎΤΤΑΡΑ ΚΑΙ ΜΟΡΙΑΚΆ ΗΛΕΚΤΡΟΝΙΚΆ. ΣΎΝΘΕΣΗ, ΦΑΣΜΑΤΟΣΚΟΠΙΚΈΣ ΜΕΛΈΤΕΣ ΚΑΙ ΕΦΑΡΜΟΓΉ ΣΕ ΗΛΙΑΚΈΣ ΣΥΣΚΕΥΈΣ.
@@ label / sk / label / sk @@
+ORGANICKÉ MATERIÁLY PRE ORGANICKÉ SOLÁRNE ČLÁNKY A MOLEKULÁRNU ELEKTRONIKU. SYNTÉZA, SPEKTROSKOPICKÉ ŠTÚDIE A APLIKÁCIE V SOLÁRNYCH ZARIADENIACH.
@@ label / fi / label / fi @@
+ORGAANISET MATERIAALIT ORGAANISET AURINKOKENNOT JA MOLEKYYLIELEKTRONIIKKA. SYNTEESI, SPEKTROSKOOPPISET TUTKIMUKSET JA SOVELTAMINEN AURINKOLÄMPÖLAITTEISSA.
@@ label / pl / label / pl @@
+MATERIAŁY ORGANICZNE DLA ORGANICZNYCH OGNIW SŁONECZNYCH I ELEKTRONIKI MOLEKULARNEJ. SYNTEZA, BADANIA SPEKTROSKOPOWE I ZASTOSOWANIE W URZĄDZENIACH SŁONECZNYCH.
@@ label / hu / label / hu @@
+SZERVES ANYAGOK SZERVES NAPELEMEKHEZ ÉS MOLEKULÁRIS ELEKTRONIKÁKHOZ. SZINTÉZIS, SPEKTROSZKÓPIAI VIZSGÁLATOK ÉS ALKALMAZÁS NAPENERGIA-ESZKÖZÖKBEN.
@@ label / cs / label / cs @@
+ORGANICKÉ MATERIÁLY PRO ORGANICKÉ SOLÁRNÍ ČLÁNKY A MOLEKULÁRNÍ ELEKTRONIKU. SYNTÉZA, SPEKTROSKOPICKÉ STUDIE A APLIKACE V SOLÁRNÍCH ZAŘÍZENÍCH.
@@ label / lv / label / lv @@
+ORGANISKIE MATERIĀLI ORGANISKIEM SAULES ELEMENTIEM UN MOLEKULĀRAI ELEKTRONIKAI. SINTĒZE, SPEKTROSKOPISKIE PĒTĪJUMI UN PIELIETOJUMS SAULES IEKĀRTĀS.
@@ label / ga / label / ga @@
+ÁBHAIR ORGÁNACHA LE HAGHAIDH CEALLA GRÉINE ORGÁNACHA AGUS LEICTREONAIC MHÓILÍNEACH. SINTÉIS, STAIDÉIR SPEICTRIMÉADACHA AGUS CUR I BHFEIDHM I BHFEISTÍ GRÉINE.
@@ label / sl / label / sl @@
+ORGANSKI MATERIALI ZA ORGANSKE SONČNE CELICE IN MOLEKULARNO ELEKTRONIKO. SINTEZA, SPEKTROSKOPSKE ŠTUDIJE IN UPORABA NA SONČNIH NAPRAVAH.
@@ label / bg / label / bg @@
+ОРГАНИЧНИ МАТЕРИАЛИ ЗА ОРГАНИЧНИ СЛЪНЧЕВИ КЛЕТКИ И МОЛЕКУЛЯРНА ЕЛЕКТРОНИКА. СИНТЕЗ, СПЕКТРОСКОПСКИ ИЗСЛЕДВАНИЯ И ПРИЛОЖЕНИЕ В СЛЪНЧЕВИ СЪОРЪЖЕНИЯ.
@@ label / mt / label / mt @@
+MATERJALI ORGANIĊI GĦAĊ-ĊELLOLI SOLARI ORGANIĊI U L-ELETTRONIKA MOLEKULARI. SINTEŻI, STUDJI SPETTROSKOPIĊI U APPLIKAZZJONI F’APPARAT SOLARI.
@@ label / pt / label / pt @@
+MATERIAIS ORGÂNICOS PARA CÉLULAS SOLARES ORGÂNICAS E ELETRÔNICA MOLECULAR. SÍNTESE, ESTUDOS ESPETROSCÓPICOS E APLICAÇÃO EM DISPOSITIVOS SOLARES.
@@ label / da / label / da @@
+ORGANISKE MATERIALER TIL ORGANISKE SOLCELLER OG MOLEKYLÆR ELEKTRONIK. SYNTESE, SPEKTROSKOPISKE UNDERSØGELSER OG ANVENDELSE I SOLKOMPONENTER.
@@ label / ro / label / ro @@
+MATERIALE ORGANICE PENTRU CELULE SOLARE ORGANICE ȘI ELECTRONICE MOLECULARE. SINTEZA, STUDIILE SPECTROSCOPICE ȘI APLICAREA ÎN DISPOZITIVELE SOLARE.
@@ label / sv / label / sv @@
+ORGANISKA MATERIAL FÖR ORGANISKA SOLCELLER OCH MOLEKYLÄR ELEKTRONIK. SYNTES, SPEKTROSKOPISKA STUDIER OCH TILLÄMPNING I SOLVÄRMEUTRUSTNING.
@@ description / bg / description / bg @@
+Проект Q3156601 в Испания
@@ description / hr / description / hr @@
+Projekt Q3156601 u Španjolskoj
@@ description / hu / description / hu @@
+Projekt Q3156601 Spanyolországban
@@ description / cs / description / cs @@
+Projekt Q3156601 ve Španělsku
@@ description / da / description / da @@
+Projekt Q3156601 i Spanien
@@ description / nl / description / nl @@
+Project Q3156601 in Spanje
@@ description / et / description / et @@
+Projekt Q3156601 Hispaanias
@@ description / fi / description / fi @@
+Projekti Q3156601 Espanjassa
@@ description / fr / description / fr @@
+Projet Q3156601 en Espagne
@@ description / de / description / de @@
+Projekt Q3156601 in Spanien
@@ description / el / description / el @@
+Έργο Q3156601 στην Ισπανία
@@ description / ga / description / ga @@
+Tionscadal Q3156601 sa Spáinn
@@ description / it / description / it @@
+Progetto Q3156601 in Spagna
@@ description / lv / description / lv @@
+Projekts Q3156601 Spānijā
@@ description / lt / description / lt @@
+Projektas Q3156601 Ispanijoje
@@ description / mt / description / mt @@
+Proġett Q3156601 fi Spanja
@@ description / pl / description / pl @@
+Projekt Q3156601 w Hiszpanii
@@ description / pt / description / pt @@
+Projeto Q3156601 na Espanha
@@ description / ro / description / ro @@
+Proiectul Q3156601 în Spania
@@ description / sk / description / sk @@
+Projekt Q3156601 v Španielsku
@@ description / sl / description / sl @@
+Projekt Q3156601 v Španiji
@@ description / es / description / es @@
+Proyecto Q3156601 en España
@@ description / sv / description / sv @@
+Projekt Q3156601 i Spanien
@@ Property / budget @@
-,460.0 EuroAmount 152,460.0 Euro
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-,968.0 EuroAmount 121,968.0 Euro
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+,968.0 Euro
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@@ Property / EU contribution: 121,968.0 Euro / rank @@
-Normal rank
@@ Property / summary @@
-THIS PROJECT AIMS TO ADDRESS THE VARIOUS ORGANIC COMPONENTS INVOLVED IN PHOTOVOLTAIC DEVICES OF MASSIVE HETEROUNION (BHJ). ON THE ONE HAND, NEW GIVER MOLECULES FROM TWO DIFFERENT FAMILIES WILL BE DESIGNED AND SYNTHESISED: D-A-D SYSTEMS BASED ON PORPHYRINS AND BASED ON CONJUGATED OLIGOMERS, CONTAINING THIOPHENE RINGS. THE DESIGN WILL TAKE INTO ACCOUNT THE PLANARITY OF THE MOLECULES, THE RELATIONSHIP BETWEEN THE VOLTAGE AND CURRENT OF THE DEVICE WITH ITS HOMO AND LUMO ORBITALS, ALSO CONSIDERING THOSE OF THE ACCEPTOR MOLECULA. _x000D_ in addition NEW DERIVED DERIVED OF LOW LIGHT Fullerene, WITH BEING STUDIES as a molecula accepted in FOTOVOLTAIC PROVISIONS WITH LOW DADORS GAP._x000D_ IN FAMILY AMBAS, the Existing Relationship between the MOLECULAR STRUCTURE and its REDOX COMPORT, ELECTRONIC, OPTICAL AND TRANSPORT PROPERTY will be studied. FOR THE STUDY, A WIDE RANGE OF SPECTROSCOPICAL, PHOTOPHSICAS AND ELECTROCHEMICAL TECHNIQUES WILL BE USED WITH THE CHEMICAL-QUANTIC CALCULATION. Both types of molecules, givers and acceptors shall be used in the construction of photovoltaic devices and their PHOTOVOLTAIC parametres shall be measured._x000D_ ADEMAS, AND THE IMPORTANCE OF THE STUDY OF THE CARE TRANSPORT IN electroactive molecules, new OLIGOMERS CONJUGED OF DIFFERENT LONGITUD, TYPE TYPE P AS OF TYPE N (Wood LESS STUDED) BASED in thiophene and its role as SEMICONDUCTORS._x000D_ FOR OTHER PART, the use of GRAFENO as a MATERIAL OF EXCEPCIONAL ELECTRONIC PROPERTYS IN A GREAT NUMBER OF TECHNOLOGICAL APPLICATIONS DEPENDERATED IN GREAT MEASURE OF THE CAPACITY OF THESE OWNERS, AND IN PARTICULAR TO MODULAR YOUR WORKING FUNCTION. For this reason, we intend to BELOP A SYSTEMAL STUDY OF THE FUNCTION OF WORKING in graphene, differently functionalised, as well as the FUNCIONALISATION AND THE STUDY OF YOUR PROPESES OF GRAFENO doped SUBSTITUCTIONALLY WITH N, B, OR SI._x000D_ FINALMENT, we intend to DURANT THIS PROJECT to open a new line of sensors based on carbon dioxide. (English)
-Normal rank
-point in time: 12 October 2021Timestamp +2021-10-12T00:00:00Z
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-Toledo
@@ Property / location (string): Toledo / rank @@
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-°51'21.85"N, 4°1'26.26"WLatitude 39.8560679
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@@ Property / coordinate location: 39°51'21.85"N, 4°1'26.26"W / rank @@
-Normal rank
@@ Property / contained in NUTS @@
-Toledo Province
@@ Property / contained in NUTS: Toledo Province / rank @@
-Normal rank
@@ Property / summary @@
+THIS PROJECT AIMS TO ADDRESS THE VARIOUS ORGANIC COMPONENTS INVOLVED IN PHOTOVOLTAIC DEVICES OF MASSIVE HETEROUNION (BHJ). ON THE ONE HAND, NEW GIVER MOLECULES FROM TWO DIFFERENT FAMILIES WILL BE DESIGNED AND SYNTHESISED: D-A-D SYSTEMS BASED ON PORPHYRINS AND BASED ON CONJUGATED OLIGOMERS, CONTAINING THIOPHENE RINGS. THE DESIGN WILL TAKE INTO ACCOUNT THE PLANARITY OF THE MOLECULES, THE RELATIONSHIP BETWEEN THE VOLTAGE AND CURRENT OF THE DEVICE WITH ITS HOMO AND LUMO ORBITALS, ALSO CONSIDERING THOSE OF THE ACCEPTOR MOLECULA. _x000D_ in addition NEW DERIVED DERIVED OF LOW LIGHT Fullerene, WITH BEING STUDIES as a molecula accepted in FOTOVOLTAIC PROVISIONS WITH LOW DADORS GAP._x000D_ IN FAMILY AMBAS, the Existing Relationship between the MOLECULAR STRUCTURE and its REDOX COMPORT, ELECTRONIC, OPTICAL AND TRANSPORT PROPERTY will be studied. FOR THE STUDY, A WIDE RANGE OF SPECTROSCOPICAL, PHOTOPHSICAS AND ELECTROCHEMICAL TECHNIQUES WILL BE USED WITH THE CHEMICAL-QUANTIC CALCULATION. Both types of molecules, givers and acceptors shall be used in the construction of photovoltaic devices and their PHOTOVOLTAIC parametres shall be measured._x000D_ ADEMAS, AND THE IMPORTANCE OF THE STUDY OF THE CARE TRANSPORT IN electroactive molecules, new OLIGOMERS CONJUGED OF DIFFERENT LONGITUD, TYPE TYPE P AS OF TYPE N (Wood LESS STUDED) BASED in thiophene and its role as SEMICONDUCTORS._x000D_ FOR OTHER PART, the use of GRAFENO as a MATERIAL OF EXCEPCIONAL ELECTRONIC PROPERTYS IN A GREAT NUMBER OF TECHNOLOGICAL APPLICATIONS DEPENDERATED IN GREAT MEASURE OF THE CAPACITY OF THESE OWNERS, AND IN PARTICULAR TO MODULAR YOUR WORKING FUNCTION. For this reason, we intend to BELOP A SYSTEMAL STUDY OF THE FUNCTION OF WORKING in graphene, differently functionalised, as well as the FUNCIONALISATION AND THE STUDY OF YOUR PROPESES OF GRAFENO doped SUBSTITUCTIONALLY WITH N, B, OR SI._x000D_ FINALMENT, we intend to DURANT THIS PROJECT to open a new line of sensors based on carbon dioxide. (English)
+Normal rank
+point in time: 12 October 2021Timestamp +2021-10-12T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
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+readability score: 0.4260742331430452Amount 0.4260742331430452
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@@ Property / summary @@
+CE PROJET VISE À TRAITER LES DIFFÉRENTS COMPOSANTS ORGANIQUES IMPLIQUÉS DANS LES DISPOSITIFS PHOTOVOLTAÏQUES DE MASSE HETEROUNION (BHJ). D’UNE PART, DE NOUVELLES MOLÉCULES DE DONNEURS DE DEUX FAMILLES DIFFÉRENTES SERONT CONÇUES ET SYNTHÉTISÉES: SYSTÈMES D-A-D À BASE DE PORPHYRINES ET D’OLIGOMÈRES CONJUGUÉS, CONTENANT DES CYCLES THIOPHÈNES. LA CONCEPTION TIENDRA COMPTE DE LA PLANARITÉ DES MOLÉCULES, DE LA RELATION ENTRE LA TENSION ET LE COURANT DE L’APPAREIL AVEC SES ORBITALES HOMO ET LUMO, COMPTE TENU ÉGALEMENT DE CELLES DE L’ACCEPTEUR MOLECULA. _x000D_ en outre NOUVELLE DERIVED DERIVED DE LOW LIGHT Fullerene, AVEC ÊTRE ÉTUDES D’ÊTRE comme molécula acceptée dans les PROVISIONS fotovoltaïques AVEC LOW DADORS GAP._x000D_ EN FAMILY Ambas, la relation existante entre la STRUCTURE MOLECULAIRE et son COMPORT REDOX, ELECTRONIQUE, OPTICAL ET TRANSPORT PROPRIÉTÉ sera étudiée. POUR L’ÉTUDE, UN LARGE ÉVENTAIL DE TECHNIQUES SPECTROSCOPIQUES, PHOTOPHSICAS ET ÉLECTROCHIMIQUES SERA UTILISÉ POUR LE CALCUL CHIMIQUE-QUANTIC. Les deux types de molécules, donneurs et accepteurs doivent être utilisés dans la construction de dispositifs photovoltaïques et leurs paramètres PHOTOVOLTAIQUEs doivent être mesurés._x000D_ Ademas, ET L’IMPORTANCE DE L’ÉTUDE DU TRANSPORT DE CARE EN molécules électroactives, nouveaux oligomères CONJUGÉS DE DIFFERENT Longitud, TYPE TYPE P AS OF TYPE N (Wood LESS) BASED dans le thiophène et son rôle de SEMICONDUCTORS._x000D_ FOR OTHER PART, L’utilisation de GRAFENO en tant que MATÉRIEL DE biens excepcional ELECTRONIQUES DANS UN GRAND NUMÉRO D’APPLICATIONS TECHNOLOGIQUES DÉPENDÉES EN VERTE MEASURE DE LA CAPACITÉ DES CLIENTS, ET EN PARTICULIER À LA FONCTION MODULAIRE DE VOTRE TRAVAIL. Pour cette raison, nous avons l’intention de BELOP UN ÉTUDE SYSTEMALE DE LA FONCTION DE TRAVAIL dans le graphène, fonctionnalisé différemment, ainsi que la FUNCIONALISATION ET L’ÉTUDE DE VOTRE PROPES DE GRAFENO dopé SUBSTITUCTIONALLY AVEC N, B, OU SI._x000D_ FINALEMENT, nous avons l’intention de DURANT THIS PROJECT d’ouvrir une nouvelle ligne de capteurs à base de dioxyde de carbone. (French)
+Normal rank
+point in time: 4 December 2021Timestamp +2021-12-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2021-12-04T00:00:00Z
-Timezone
++00:00
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+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+DIESES PROJEKT ZIELT DARAUF AB, DIE VERSCHIEDENEN ORGANISCHEN KOMPONENTEN, DIE AN PHOTOVOLTAIK-GERÄTEN VON MASSIVER HETEROUNION (BHJ) BETEILIGT SIND, ZU BEHANDELN. EINERSEITS WERDEN NEUE GEBERMOLEKÜLE AUS ZWEI VERSCHIEDENEN FAMILIEN KONZIPIERT UND SYNTHETISIERT: D-A-D-SYSTEME AUF BASIS VON PORPHYRINEN AUF BASIS KONJUGIERTER OLIGOMERE, DIE THIOPHENRINGE ENTHALTEN. DAS DESIGN BERÜCKSICHTIGT DIE PLANARITÄT DER MOLEKÜLE, DIE BEZIEHUNG ZWISCHEN SPANNUNG UND STROM DES GERÄTS MIT SEINEN HOMO- UND LUMO-ORBITALEN, AUCH UNTER BERÜCKSICHTIGUNG DER DES AKZEPTORS MOLECULA. _x000D_ zusätzlich NEW DERIVED DERIVED OF LIGHT Fullerene, MIT BEING STUDIES als Molecula akzeptiert in fotovoltaischen PROVISIONEN MIT LOW DADORS GAP._x000D_ IN FAMILY Ambas, die bestehende Beziehung zwischen dem MOLECULAR STRUCTURE und seinem REDOX COMPORT, ELECTRONIC, OPTICAL und TRANSPORT PROPERTY. FÜR DIE STUDIE WIRD EIN BREITES SPEKTRUM AN SPEKTROSKOPISCHEN, PHOTOPHSICAS- UND ELEKTROCHEMISCHEN TECHNIKEN MIT DER CHEMISCH-QUANTISCHEN BERECHNUNG VERWENDET. Beide Arten von Molekülen, Gebern und Akzeptoren sind für den Bau von Fotovoltaikgeräten zu verwenden, und ihre PHOTOVOLTAIC-Parameter sind zu messen._x000D_ Ademas, UND DIE BERICHTUNG DER STUDIE DES KARE-TRANSPORT in elektroaktiven Molekülen, neue Oligomer, die von DIFFERENT Longitud CONJUGED sind, TYPE TYPE P AS OF TYPE N (Wood LESS studed) BASED in Thiophen und seine Rolle als SEMICONDUCTORS._x000D_ FÜR ANDEREN PART, die Verwendung von GRAFENO als MATERIAL DES excepcional ELECTRONISCHEN Eigentums in einem großen NUMBER DER TECHNOLOGISCHEN APPLIKATIONEN DEPENDER IN GREAT MEASURE DER CAPACITY OF THESE OWNERS, und in PARTIKULAR IN MODULAR IHREN WORKING FUNKTION. Aus diesem Grund beabsichtigen wir, eine SYSTEME STUDY OF THE FUNCTION OF THE FUNCTION OF WORKING in Graphen, anders funktionalisiert, sowie die FUNCIONALISATION UND DAS STUDY DER GRAFENO doped SUBSTITUCTIONALLY MIT N, B, ODER SI._x000D_ FINALMENT, DURANT THIS PROJECT zu öffnen, um eine neue Linie von Sensoren auf Basis von Kohlendioxid zu öffnen. (German)
+Normal rank
+point in time: 9 December 2021Timestamp +2021-12-09T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2021-12-09T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+DIT PROJECT IS GERICHT OP DE VERSCHILLENDE ORGANISCHE COMPONENTEN DIE BETROKKEN ZIJN BIJ FOTOVOLTAÏSCHE APPARATEN VAN MASSIEF HETEROUNION (BHJ). AAN DE ENE KANT ZULLEN NIEUWE GEVENDE MOLECULEN UIT TWEE VERSCHILLENDE FAMILIES WORDEN ONTWORPEN EN GESYNTHETISEERD: D-A-D-SYSTEMEN OP BASIS VAN PORFYRINES EN OP BASIS VAN GECONJUGEERDE OLIGOMEREN, DIE THIOFEENRINGEN BEVATTEN. HET ONTWERP ZAL REKENING HOUDEN MET DE PLANARITEIT VAN DE MOLECULEN, DE RELATIE TUSSEN DE SPANNING EN DE STROOM VAN HET APPARAAT MET ZIJN HOMO EN LUMO ORBITALS, OOK REKENING HOUDEND MET DIE VAN DE ACCEPTOR MOLECULA. _x000D_ daarnaast NIEUW DERIVED VAN LOW LIGHT Fullerene, MET ZIJN STUDIES als molecula geaccepteerd in fotovoltaïsche PROVISIONS MET LOW DADORS GAP._x000D_ IN FAMILY Ambas, de Bestaande relatie tussen de MOLECULAR STRUCTURE en de REDOX COMPORT, ELECTRONIC, OPTICAL EN TRANSPORT PROPERTY zal worden bestudeerd. VOOR DE STUDIE ZAL EEN BREED SCALA AAN SPECTROSCOPISCHE, PHOTOPHSICAS- EN ELEKTROCHEMISCHE TECHNIEKEN WORDEN GEBRUIKT BIJ DE CHEMISCH-KWANTITATIEVE BEREKENING. Beide typen moleculen, gevers en acceptoren moeten worden gebruikt bij de constructie van fotovoltaïsche apparaten en de PHOTOVOLTAISCHE parametres ervan worden gemeten._x000D_ Ademas, EN DE BELANGRIJK VAN DE STUDIE VAN DE VERVOER VAN DE ZIJNDE VERVOERING IN elektroactieve moleculen, nieuwe oligomeren CONJUGED VAN DIFFERENT Longitud, TYPE TYPE P AS OF TYPE N (Hout LESS studed) BASED in thiophene en haar rol als SEMICONDUCTORS._x000D_ VOOR ANDERE PART, het gebruik van GRAFENO als een MATERIAL van excepcional ELECTRONIC onroerend goed in een groot aantal TECHNOLOGISCHE TOPLICATIES die in grote mate zijn vastgelegd in de GLB-structuur van deze gebruikers, en in het document om uw werk FUNCT te MODULAREN. Om deze reden zijn we van plan om een SYSTEMALE STUDIE VAN DE FUNCTIE VAN WERKING in grafeen, anders gefunctionaliseerd, evenals de FUNCIONALISATIE EN DE STUDIE VAN UW PROPESES VAN GRAFENO doped SUBSTITUCTIONALLY MET N, B, OF SI._x000D_ FINALMENT, we zijn van plan om dit PROJECT DURANT om een nieuwe lijn van sensoren op basis van koolstofdioxide te openen. (Dutch)
+Normal rank
+point in time: 17 December 2021Timestamp +2021-12-17T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2021-12-17T00:00:00Z
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+Gregorian
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 Before
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@@ Property / summary @@
+IL PROGETTO SI PROPONE DI AFFRONTARE LE VARIE COMPONENTI ORGANICHE COINVOLTE NEI DISPOSITIVI FOTOVOLTAICI DELLA MASSICCIA HETEROUNION (BHJ). DA UN LATO, SARANNO PROGETTATE E SINTETIZZATE NUOVE MOLECOLE DI DONATORE PROVENIENTI DA DUE DIVERSE FAMIGLIE: SISTEMI D-A-D A BASE DI PORFIRINE E OLIGOMERI CONIUGATI, CONTENENTI ANELLI DI TIOFENE. IL PROGETTO TERRÀ CONTO DELLA PLANARITÀ DELLE MOLECOLE, DEL RAPPORTO TRA TENSIONE E CORRENTE DEL DISPOSITIVO CON I SUOI ORBITALI HOMO E LUMO, CONSIDERANDO ANCHE QUELLI DELL'ACCETTATORE MOLECULA. _x000D_ inoltre NUOVO DERIVED DERIVED OF LOW LIGHT Fullerene, CON ESSERE STUDIE come molecola accettata nelle PROVISIONI fotovoltaiche CON LOW DADORS GAP._x000D_ IN FAMIGLIA Ambas, il rapporto esistente tra la struttura MOLECULAR e il suo COMPORT REDOX, ELECTRONIC, OPTICAL AND TRANSPORT PROPERTY. PER LO STUDIO, UN'AMPIA GAMMA DI TECNICHE SPETTROSCOPICHE, FHOTOPHSICAS E ELETTROCHIMICHE SARÀ UTILIZZATA CON IL CALCOLO CHIMICO-QUANTICO. Nella costruzione di dispositivi fotovoltaici devono essere utilizzati entrambi i tipi di molecole, cedenti e accettori e i loro parametri FOTOVOLTAICI devono essere misurati._x000D_ Ademas, E L'IMPORTAZIONE DELLA STUDIA DEL TRASPORTO DI CARE nelle molecole elettroattive, nuovi oligomeri CONGRESSI DEI Longitud DIFFERENTI, TIPO DI TIPO P COME DEL TIPO N (Wood LESS tempestato) BASED in tiofene e il suo ruolo di SEMICONDUCTORS._x000D_ FOR OTHER PART, L'uso di GRAFENO come un MATERIALE DI Proprietà ELECTRONICA Excepcional IN UN GRANDE NUMERO DI APPLICAZIONE TECNOLOGICA DEPENDERATED IN GRANDE Misura della Capacità di questi OWNER, E IN PARTICOLARE DI MODULARE LA TUA FUNZIONE DI LAVORO. Per questo motivo, intendiamo BELOPARE UN STUDY SISTEMALE DELLA FUNZIONE DI LAVORO in grafene, diversamente funzionalizzato, così come la FUNCIONALIZZAZIONE E LA STUDY DEL TUO PROPESE DI GRAFENO drogato SUBSTITUCTIONY CON N, B, O SI._x000D_ FINALMENT, intendiamo DURANT QUESTO PROGETTO per aprire una nuova linea di sensori basati sull'anidride carbonica. (Italian)
+Normal rank
+point in time: 16 January 2022Timestamp +2022-01-16T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
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++2022-01-16T00:00:00Z
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+PROJEKTI EESMÄRK ON KÄSITLEDA MASSIIVSE HETEROUNION’I (BHJ) FOTOGALVAANILISTES SEADMETES SISALDUVAID ERINEVAID ORGAANILISI KOMPONENTE. ÜHEST KÜLJEST KUJUNDATAKSE JA SÜNTEESITAKSE UUSI ANDURIMOLEKULE KAHEST ERINEVAST PEREKONNAST: D-A-D SÜSTEEMID, MIS PÕHINEVAD PORFÜRIINIDEL JA KONJUGEERITUD OLIGOMEERIDEL, SISALDAVAD TIOFEENIRÕNGAID. DISAIN VÕTAB ARVESSE MOLEKULIDE PLANAARSUST, SEADME PINGE JA VOOLU SUHET OMA HOMO JA LUMO ORBITAALIDEGA, VÕTTES ARVESSE KA AKTSEPTEERIJA MOLECULA OMASID. _x000D_ lisaks NEW DERIVED DERIVED LOW LIGHT Fullerene, WITH BEING STUDIES kui molecula aktsepteeritud fotogalvaaniline PROVISIONS WITH LOW DADORS GAP._x000D_ IN FAMILY Ambas, olemasolevat suhet MOLECULAR STRUCTURE ja selle REDOX COMPORT, ELECTRONIC, OPTICAL JA TRANSPORT PROPERTY uuritakse. UURINGUS KASUTATAKSE MITMESUGUSEID SPEKTROSKOOPILISI, PHOTOPHSICASI JA ELEKTROKEEMILISI MEETODEID KOOS KEEMILISE JA KVANTITATIIVSE ARVUTUSEGA. Fotogalvaaniliste seadmete valmistamisel kasutatakse mõlemat tüüpi molekule, andureid ja aktseptoreid ning nende PHOTOVOLTAIC parametre mõõdetakse._x000D_ Ademas, JA CARE TRANSPORTI STUDY IMPORTANCE KASUTAMISEKS elektroaktiivsetes molekulides, uutes oligomeerides, TYPE TYPE P AS TYPE N (Wood LESS studed) TASED in tiofeen ja selle roll SEMICONDUCTORS._x000D_ FOR MUUD PART, GRAFENO kasutamine excepcional ELECTRONIC vara MATERIAL OF excepcional ELECTRONIC propertys in GREAT NUMBER TECHNOLOGILISED APPLIKTSIOONID DEPENDERATERATUD TEHENDERITATUD HALDAMINE KOHUSTE KOHUSTUSED, ja OSALISED KOHTUASI KOHTUASI. Sel põhjusel kavatseme grafeenis, mis on erinevalt funktsioneeriv, samuti GRAFENO PROTSIOONI KOHUSTUSLIK JA KOHUSTUSLIK N, B, VÕI SI._x000D_ LÕHENDUSE TÄHELEPANU, et avada uus süsinikdioksiidil põhinev andurite rida. (Estonian)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-08-04T00:00:00Z
-Timezone
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-Calendar
+Gregorian
-Precision
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 Before
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@@ Property / summary @@
+ŠIUO PROJEKTU SIEKIAMA ATKREIPTI DĖMESĮ Į ĮVAIRIUS ORGANINIUS KOMPONENTUS, SUSIJUSIUS SU DIDELIO MASTO HETEROUNION (BHJ) FOTOVOLTINIAIS PRIETAISAIS. VIENA VERTUS, NAUJOS DAVĖJO MOLEKULĖS IŠ DVIEJŲ SKIRTINGŲ ŠEIMŲ BUS SUPROJEKTUOTOS IR SINTEZUOTOS: D-A-D SISTEMOS, PAGRĮSTOS PORFIRINAIS IR KONJUGUOTAIS OLIGOMERAIS, TURINČIOS TIOFENO ŽIEDŲ. PROJEKTUOJANT BUS ATSIŽVELGTA Į MOLEKULIŲ PLOKŠTUMĄ, PRIETAISO ĮTAMPOS IR SROVĖS SANTYKĮ SU JO HOMO IR LUMO ORBITALIAIS, TAIP PAT ATSIŽVELGIANT Į PRIIMANČIOJO MOLECULA. _x000D_ be to NEW DERIVED DERIVED LOW LIGHT Fullerene, su tuo, kad jie būtų naudojami kaip molecula, priimta fotoelektros priemonėse su mažais DADORS GAP._x000D_ Į ŠEIMOS Ambas, bus tiriamas esamas ryšys tarp MOLECULAR STRUCTURE ir jo REDOX KOMPORTO, ELECTRONIC, OPTICAL IR TRANSPORT PROPERTY. TYRIMUI BUS NAUDOJAMI ĮVAIRŪS SPEKTROSKOPINIAI, PHOTOPHSICAS IR ELEKTROCHEMINIAI METODAI, ATLIEKANT CHEMINĮ IR KVANTINĮ SKAIČIAVIMĄ. Fotoelektros prietaisų konstrukcijoje turi būti naudojamos abiejų rūšių molekulės, davėjai ir imtuvai, o jų fotoelektros įtaisų parametrai matuojami._x000D_ Ademas, ir CARE TRANSPORTO STRAIPSNIO SĄJUNGOS elektroaktyviose molekulėse, nauji oligomerai, KONJUGUOTI DIFFERENTŲ ilgį, TIPO TIPO N TIPO (medienos LESS studed) SĄRAŠAS Tiofene ir jo, kaip SEMICONDUCTORS, vaidmuo._x000D_ FOR OTHER PART, GRAFENO naudojimas kaip ekscepcionalinės ELEKTRONINĖS nuosavybės MATERIALIOJE TECHNOLOGINĖS APSAUGOS DUOMENŲ DUOMENŲ DUOMENŲ MĖN. Dėl šios priežasties, mes ketiname BELOP SISTEMINĖS STUDIJOS DARBO grafeno, skirtingai funkcionalizuota, taip pat FUNCIONALISATION IR JŪSŲ TYRIMŲ STUDIJA GRAFENO legitifikavo SUBSTITUCTIONALLY SU N, B, ARBA SI._x000D_ FINALMENT, mes ketiname DURANT THIS PROJEKTAS atidaryti naują liniją jutiklių remiantis anglies dioksidu. (Lithuanian)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-08-04T00:00:00Z
-Timezone
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-Calendar
+Gregorian
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 Before
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@@ Property / summary @@
+CILJ JE OVOG PROJEKTA OBUHVATITI RAZLIČITE ORGANSKE KOMPONENTE UKLJUČENE U FOTONAPONSKE UREĐAJE MASIVNE HETEROUNION (BHJ). S JEDNE STRANE, NOVE MOLEKULE DAVATELJA IZ DVIJE RAZLIČITE OBITELJI BIT ĆE DIZAJNIRANE I SINTETIZIRANE: D-A-D SUSTAVI TEMELJENI NA PORFIRINIMA I NA OSNOVI KONJUGIRANIH OLIGOMERA, KOJI SADRŽAVAJU TIOFEN PRSTENOVE. U DIZAJNU ĆE SE UZETI U OBZIR PLANERNOST MOLEKULA, ODNOS IZMEĐU NAPONA I STRUJE UREĐAJA S ORBITALIMA HOMO I LUMO, TAKOĐER UZIMAJUĆI U OBZIR I ONE MOLECULE. _x000D_ osim toga NEW DERIVED DERIVED LOW LIGHT Fullerene, S BEING STUDIES kao molekula prihvaćena u fotonaponskim programima s LOW DADORS GAP._x000D_ U OBITELJNOJ Ambasi, postojeći odnos između MOLECULAR STRUCTURE i njegove REDOX COMPORT, ELECTRONIC, OPTICAL I TRANSPORT PROPERTY će se proučavati. ZA STUDIJU ĆE SE KORISTITI ŠIROK RASPON SPEKTROSKOPSKIH, FOTOSKOPSKIH I ELEKTROKEMIJSKIH TEHNIKA S KEMIJSKIM-KVANTSKIM IZRAČUNOM. Obje vrste molekula, davatelja i akceptora koriste se u izradi fotonaponskih uređaja, a mjere se njihove FOTOVOLTAIC parametre._x000D_ Ademas, I IZVJEŠĆE STUDIJE KOJE PRIMJENE U elektroaktivnim molekulama, novi oligomeri KONJUGEDNI DIFFERENT Longitud, TYPE TYPE P AS TYPE N (Wood LESS studed) BASED u tiofenu i njegova uloga kao SEMICONDUCTORS._x000D_ Za OTHER DIO, korištenje GRAFENO kao MATERIAL ekscepcionalnih ELECTRONIC nekretnina u velikoj mjeri TEHNOLOGICAL APPLICATIONS DEPENDERATEDATED U VELIKOJ MJESTU KAPAKITIJE OVDJE, i u PARTICULARU Tvoje WORKING FUNCTION. Iz tog razloga, namjeravamo BELOP SYSTEMALJUČENJE FUNKCIJE RADA u grafenu, različito funkcionaliziran, kao i FUNCIONALISATION I STUDIJA VAŠE PROSTORE GRAFENO doped SUBSTITUCTIONALLY S N, B, ILI SI._x000D_ FINALMENT, namjeravamo DURANT OVU PROJEKTI Otvoriti novu liniju senzora na bazi ugljičnog dioksida. (Croatian)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
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++2022-08-04T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
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 Before
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@@ Property / summary @@
+ΤΟ ΈΡΓΟ ΑΥΤΌ ΣΤΟΧΕΎΕΙ ΣΤΗΝ ΑΝΤΙΜΕΤΏΠΙΣΗ ΤΩΝ ΔΙΑΦΌΡΩΝ ΟΡΓΑΝΙΚΏΝ ΣΥΣΤΑΤΙΚΏΝ ΠΟΥ ΕΜΠΛΈΚΟΝΤΑΙ ΣΤΙΣ ΦΩΤΟΒΟΛΤΑΪΚΈΣ ΣΥΣΚΕΥΈΣ ΜΑΖΙΚΉΣ HETEROUNION (BHJ). ΑΦΕΝΌΣ, ΘΑ ΣΧΕΔΙΑΣΤΟΎΝ ΚΑΙ ΘΑ ΣΥΝΤΕΘΟΎΝ ΝΈΑ ΜΌΡΙΑ ΔΟΤΏΝ ΑΠΌ ΔΎΟ ΔΙΑΦΟΡΕΤΙΚΈΣ ΟΙΚΟΓΈΝΕΙΕΣ: ΣΥΣΤΉΜΑΤΑ D-A-D ΒΑΣΙΣΜΈΝΑ ΣΕ ΠΟΡΦΥΡΊΝΕΣ ΚΑΙ ΒΑΣΊΖΟΝΤΑΙ ΣΕ ΣΥΖΕΥΓΜΈΝΑ ΟΛΙΓΟΜΕΡΉ, ΠΟΥ ΠΕΡΙΈΧΟΥΝ ΔΑΚΤΥΛΊΟΥΣ ΘΕΙΟΦΑΙΝΊΟΥ. Ο ΣΧΕΔΙΑΣΜΌΣ ΘΑ ΛΆΒΕΙ ΥΠΌΨΗ ΤΗΝ ΕΠΙΠΕΔΌΤΗΤΑ ΤΩΝ ΜΟΡΊΩΝ, ΤΗ ΣΧΈΣΗ ΜΕΤΑΞΎ ΤΗΣ ΤΆΣΗΣ ΚΑΙ ΤΟΥ ΡΕΎΜΑΤΟΣ ΤΗΣ ΣΥΣΚΕΥΉΣ ΜΕ ΤΑ ΤΡΟΧΙΑΚΆ HOMO ΚΑΙ LUMO, ΛΑΜΒΆΝΟΝΤΑΣ ΕΠΊΣΗΣ ΥΠΌΨΗ ΕΚΕΊΝΑ ΤΟΥ ΔΈΚΤΗ MOLECULA. _x000D_ επιπλέον ΝΕΑ ΠΑΡΑΓΩΓΗ ΦΩΤΟΒΟΛΤΑΪΚΟΥ ΦΟΥΛΕΡΕΝΕ, με ΜΕΛΕΤΗ ΜΕ ΜΕΛΕΤΕΣ ΣΕ ΦΩΤΟβολταΪΚΕΣ ΔΙΑΤΑΞΕΙΣ ΜΕ ΛΑΧΑΝΕΣ GAP._x000D_ ΣΤΗ ΟΙΚΟΓΕΝΕΙΑ ΑΜΒΑΣ, θα μελετηθεί η υφιστάμενη σχέση μεταξύ της MOLECULAR STRUCTURE και της REDOX COMPORT, ELECTRONIC, OPTICAL AND TRANSPORT PROPERTY. ΓΙΑ ΤΗ ΜΕΛΈΤΗ, ΘΑ ΧΡΗΣΙΜΟΠΟΙΗΘΕΊ ΈΝΑ ΕΥΡΎ ΦΆΣΜΑ ΦΑΣΜΑΤΟΣΚΟΠΙΚΏΝ, PHOTOPHSICAS ΚΑΙ ΗΛΕΚΤΡΟΧΗΜΙΚΏΝ ΤΕΧΝΙΚΏΝ ΜΕ ΤΟΝ ΧΗΜΙΚΌ-QUANTIC ΥΠΟΛΟΓΙΣΜΌ. Και οι δύο τύποι μορίων, δοτών και αποδεκτών χρησιμοποιούνται στην κατασκευή φωτοβολταϊκών συσκευών και τα φωτοβολταϊκά παράμετρά τους μετρώνται._x000D_ Ademas, ΚΑΙ Η ΕΙΣΑΓΩΓΗ ΤΗΣ ΜΕΛΕΤΗΣ ΜΕΤΑΦΟΡΑΣ ΦΩΤΟΒΟΛΤΑΪΚΩΝ σε ηλεκτροενεργά μόρια, νέα ολιγομερή ΠΟΥ ΠΕΡΙΕΧΟΝΤΑΙ ΑΠΟ DIFFERENT Longitud, ΤΥΠΟΣ Π ΩΣ ΤΥΠΟΣ Ν (ΞΥΛΟΣ ΕΦΑΡΜΟΓΗ) ΒΑΣΜΕΝΟΣ στο θειοφαινο και ο ρόλος του ως ΣΕΜΗΚΟΝΤΕΣ._x000D_ ΓΙΑ ΑΛΛΟ ΜΕΡΟΣ, η χρήση της GRAFENO ως ΥΛΙΚΟυ ΕΚΘΕΤΙΚΩΝ ΗΛΕΚΤΡΟΝΙΚΩΝ ΠΕΡΙΟΧΩΝ σε ΜΕΓΑΛΟ ΑΡΙΘΜΟΣ ΤΕΧΝΟΛΟΓΙΚΩΝ ΕΦΑΡΜΟΓΩΝ που ΑΝΑΦΕΡΟΝΤΑΙ ΣΤΙΣ ΜΕΓΑΛΕΣ ΜΕΤΡΗΣΕΙΣ ΤΗΣ ΙΚΑΝΟΤΗΤΑΣ ΤΩΝ ΙΔΡΥΜΑΤΩΝ, και ΣΥΜΜΕΤΟΧΗ στην ΤΡΟΠΟΠΟΙΗΣΗ ΤΗΣ ΛΕΙΤΟΥΡΓΙΑΣ ΣΑΣ ΕΡΓΑΣΙΑΣ. Για το λόγο αυτό, σκοπεύουμε να ΒΕΛΠΙσουμε μια ΣΥΣΤΗΜΑΤΙΚΗ ΜΕΛΕΤΗ ΤΗΣ ΛΕΙΤΟΥΡΓΙΑΣ ΤΗΣ ΕΡΓΑΣΙΑΣ στο γραφένιο, με διαφορετικό λειτουργικό τρόπο, καθώς και με τη ΧΡΗΜΑΤΟΔΟΤΗΣΗ και τη ΜΕΛΕΤΗ των ΠΡΟΓΡΑΜΜΑΤΩΝ σας του GRAFENO ΝΟΜΙΣΜΑΤΙΚΑ ΜΕ N, B, OR SI._x000D_ FINALMENT, σκοπεύουμε να δημιουργήσουμε αυτό το ΕΡΓΟ για να ανοίξουμε μια νέα σειρά αισθητήρων με βάση το διοξείδιο του άνθρακα. (Greek)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-08-04T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
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@@ Property / summary @@
+CIEĽOM TOHTO PROJEKTU JE ZAOBERAŤ SA RÔZNYMI ORGANICKÝMI KOMPONENTMI, KTORÉ SA PODIEĽAJÚ NA FOTOVOLTAICKÝCH ZARIADENIACH MASÍVNEHO HETEROUNION (BHJ). NA JEDNEJ STRANE BUDÚ NAVRHNUTÉ A SYNTETIZOVANÉ NOVÉ MOLEKULY DARCU Z DVOCH RÔZNYCH RODÍN: SYSTÉMY D-A-D ZALOŽENÉ NA PORFYRÍNOCH A ZALOŽENÉ NA KONJUGOVANÝCH OLIGOMÉROCH, OBSAHUJÚCE TIOFÉNOVÉ KRUHY. KONŠTRUKCIA BUDE BRAŤ DO ÚVAHY ROVINNOSŤ MOLEKÚL, VZŤAH MEDZI NAPÄTÍM A PRÚDOM ZARIADENIA S JEHO ORBITÁLMI HOMO A LUMO, A TO AJ S OHĽADOM NA AKCEPTORA MOLECULA. _x000D_ okrem toho NEW DERIVED DERIVED LOW LIGHT Fullerene, S STUDIES ako molecula akceptované vo fotovoltaických USTANOVENIA S LOW DADORS GAP._x000D_ vo FAMILY Ambas, existujúci vzťah medzi MOLECULAR STRUCTURE a jeho REDOX COMPORT, ELECTRONICKÉ, OPTICKÉ A DOPRAVY PROPERTY. NA ÚČELY ŠTÚDIE SA PRI CHEMICKO-KVANTICKOM VÝPOČTE POUŽIJE ŠIROKÁ ŠKÁLA SPEKTROSKOPICKÝCH, PHOTOPHSICAS A ELEKTROCHEMICKÝCH TECHNÍK. Oba typy molekúl, dávateľov a akceptorov sa používajú pri konštrukcii fotovoltaických zariadení a merajú sa ich fotovoltaické parametre._x000D_ Ademas, A DOPRAVY ŠTUDY STAROSTLIVOSTI DOPRAVY v elektroaktívnych molekulách, nových oligoméroch, ktoré sa spotrebúvajú z DIFFERENTNEj dĺžky, typ typu P ako typu N (Wood LESS studed) BASED v tiofene a jeho úloha ako SEMICONDUCTORS._x000D_ pre ĎALŠIE ČASTI, používanie GRAFENO ako materiálu excepcional ELECTRONICKÝCH nehnuteľností v širokom počte TECHNOLOGICKÝCH APPLIKÁCIÁCH Veľkolepého majetku KAPACITY TECHNOLOGICKÝCH APPLIKÁCIÍ A V ÚČASTI NA MODULÁ VAŠE SPRÁVNEJ ÚČINNOSTI. Z tohto dôvodu máme v úmysle BELOP SYSTEMÁLNA ŠTUDIA FUNKCIE FUNKCÍVNEj práce v graféne, inak funkčne funkcionalizovanej, ako aj FUNKIONALIZÁCIA A ŠTUDIA VAŠE VÝROBKY GRAFENO dopovali SUBSTITUCTIONALLY S N, B, alebo SI._x000D_ FINALMENT, máme v úmysle otvoriť nový rad senzorov na báze oxidu uhličitého. (Slovak)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-08-04T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
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@@ Property / summary @@
+HANKKEEN TAVOITTEENA ON KÄSITELLÄ MASSIIVISTEN HETEROUNION (BHJ) AURINKOSÄHKÖLAITTEIDEN ERILAISIA ORGAANISIA KOMPONENTTEJA. YHTÄÄLTÄ SUUNNITELLAAN JA SYNTETISOIDAAN KAHDEN ERI PERHEEN UUDET ANTAJAMOLEKYYLIT: PORFYRIINIIN PERUSTUVAT JA KONJUGOITUIHIN OLIGOMEEREIHIN PERUSTUVAT TIOFEENIRENKAITA SISÄLTÄVÄT D-A-D-JÄRJESTELMÄT. SUUNNITTELUSSA OTETAAN HUOMIOON MOLEKYYLIEN PLANARITY, LAITTEEN JÄNNITTEEN JA VIRRAN SUHDE SEN HOMO- JA LUMO-ORBITAALIEN KANSSA, MYÖS OTTAEN HUOMIOON HYVÄKSYJÄN MOLECULAN. _x000D_ lisäksi NEW DERIVED OF LOW LIGHT Fullerene, KÄYTTÄVÄT STUDIES kuin molekyyli hyväksytty fotovoltaic PROVISIONS WITH LOW DADORS GAP._x000D_ FAMILY Ambas, Nykyinen suhde välillä MOLECULAR STRUCTURE ja sen REDOX KOMPORT, ELECTRONIC, OPTICAL JA TRANSPORT PROPERTY tutkitaan. TUTKIMUKSESSA KÄYTETÄÄN MONENLAISIA SPEKTROSKOOPPISIA, PHOTOPHSICAS- JA SÄHKÖKEMIALLISIA TEKNIIKOITA KEMIALLISEN KVANTTILASKENNAN YHTEYDESSÄ. Aurinkosähkölaitteiden rakentamisessa on käytettävä molempia molekyylejä, antureita ja hyväksyjiä, ja niiden PHOTOVOLTAIC-parametreja on mitattava._x000D_ Ademas, JA TEHTÄVÄN KÄYTTÖÖN KÄYTTÄMINEN elektroaktiivisissa molekyyleissä, uudet oligomeerit SOPIMUKSET Longitud, TYPE TYYPPI N (Wood LESS Studed) BASED thiophene ja sen rooli SEMICONDUCTORS._x000D_ FOR HER PART, käyttö GRAFENO kuin MATERIAL ELECTRONIC kiinteistöjen suuri määrä TECHNOLOGICAL APPLICATIONS DEPENDERATEDED IN GREAT MÄÄRÄ TEKNOLOGIA KOSKEVAT HYVÄKSYMISTÄ, ja TEHTÄVÄT KÄYTTÖJÄRJESTELMÄN YHTEISTYÖN YHTEISTYÖSTÄ. Tästä syystä aiomme BELOP SYSTEMAL STUDY OF the FUNCTION OF WORKING in grafeeni, eri toiminnallinen, sekä FUNCIONALISTIA JA STUDY TUOTTEET GRAFENO doped SUBSTITUCTIONALLY WITH N, B, OR SI._x000D_ LOPIMUS, aiomme PÄÄTTÄNYT avata uusi linja anturit perustuvat hiilidioksidiin. (Finnish)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-08-04T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
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@@ Property / summary @@
+PROJEKT TEN MA NA CELU ZAJĘCIE SIĘ RÓŻNYMI KOMPONENTAMI ORGANICZNYMI ZAANGAŻOWANYMI W URZĄDZENIA FOTOWOLTAICZNE MASYWNEJ HETEROUNION (BHJ). Z JEDNEJ STRONY NOWE CZĄSTECZKI DAWCY Z DWÓCH RÓŻNYCH RODZIN ZOSTANĄ ZAPROJEKTOWANE I ZSYNTETYZOWANE: SYSTEMY D-A-D OPARTE NA PORFIRYNACH I NA BAZIE SPRZĘŻONYCH OLIGOMERÓW, ZAWIERAJĄCE PIERŚCIENIE TIOFENOWE. PROJEKT WEŹMIE POD UWAGĘ PLANOWOŚĆ CZĄSTECZEK, ZWIĄZEK MIĘDZY NAPIĘCIEM A PRĄDEM URZĄDZENIA Z JEGO ORBITALAMI HOMO I LUMO, BIORĄC RÓWNIEŻ POD UWAGĘ TE Z AKCEPTORA MOLECULI. _x000D_ dodatkowo NEW DERIVED DERIVED OF LOW LOW LIGHT Fullerene, Z BEING STUDIES jako molecula akceptowane w fotowoltaicznych PROVISIONS Z LOW DADORS GAP._x000D_ W FAMILY Ambas, Istniejące relacje między MOLECULAR STRUCTURE i jej REDOX COMPORT, ELECTRONIC, OPTYKALNE I PROPERTY TRANSPORTU zostaną zbadane. DO CELÓW BADANIA W OBLICZENIACH CHEMICZNO-KWAŚNYCH STOSOWANE BĘDĄ SZEROKI ZAKRES TECHNIK SPEKTROSKOPIJNYCH, PHOTOPHSICAS I ELEKTROCHEMICZNYCH. Do budowy urządzeń fotowoltaicznych stosuje się oba typy cząsteczek, dawców i akceptantów, a ich parametry fotowoltaiczne mierzy się._x000D_ Ademas, ORAZ WSPÓŁPRACY TRANSPORTU CARE W cząsteczkach elektroaktywnych, nowe oligomery KONJUGED OF DIFFERENT Longitud, typ typu P AS OF TYP N (Wood LESS studed) pokryty tiofenem i jego rola jako SEMICONDUCTORS._x000D_ DLA INNYCH CZĘŚCI, wykorzystanie GRAFENO jako MATERIAL excepcional ELECTRONIC Propertys W GREAT NUMBER OF TECHNOLOGICAL APPLICATIONS DEPENDERATED IN GREAT MEASURE OF THE CAPACITY OF THE WORNERS, i w PARTYKULARNEJ FUNKCJI ROBOCZEJ MODULARNEJ. Z tego powodu zamierzamy BELOP SYSTEMALNY STUDY FUNKCJI PRACY w grafenu, inaczej funkcjonalizowany, a także FUNCIONALIZACJĘ I STUDĘ TWOJEGO PROPEZJI GRAFENO domieszkowanego SUBSTITUCTIONALLY Z N, B, LUB SI._x000D_ FINALMENT, zamierzamy WYŁĄCZĆ THIS PROJEKTU, aby otworzyć nową linię czujników opartych na dwutlenku węgla. (Polish)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-08-04T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
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@@ Property / summary @@
+A PROJEKT CÉLJA A MASSZÍV HETEROUNION (BHJ) FOTOVOLTAIKUS ESZKÖZEIBEN RÉSZT VEVŐ KÜLÖNBÖZŐ SZERVES ÖSSZETEVŐK KEZELÉSE. EGYRÉSZT KÉT KÜLÖNBÖZŐ CSALÁDBÓL SZÁRMAZÓ ÚJ ADOMÁNYOZÓ MOLEKULÁKAT TERVEZNEK ÉS SZINTETIZÁLNAK: PORFIRINEKEN ALAPULÓ ÉS KONJUGÁLT OLIGOMEREKEN ALAPULÓ, TIOFÉNGYŰRŰKET TARTALMAZÓ D-A-D RENDSZEREK. A TERVEZÉS FIGYELEMBE VESZI A MOLEKULÁK SÍKBARAJZOLHATÓSÁGÁT, A KÉSZÜLÉK FESZÜLTSÉGE ÉS ÁRAMA KÖZÖTTI KAPCSOLATOT A HOMO ÉS LUMO ORBITALOKKAL, FIGYELEMBE VÉVE A MOLECULA ELFOGADÓÉT IS. _x000D_ ezen túlmenően a LOW LIGHT Fullerene új DERIVED-je, a MOLECULAR STRUCTURE és annak REDOX COMPORT, ELECTRONIC, OPTICAL ÉS TÁJÉKOZTATÁSA között a LOW DADORS GAP._x000D_ A CSALÁDI Ambas-ban, a MOLECULAR STRUCTURE és annak REDOX COMPORTja, ELECTRONICIC, OPTICAL ÉS TÁVÁZAT között fennálló kapcsolatot tanulmányozzák. A VIZSGÁLATHOZ A KÉMIAI-QUANTIC SZÁMÍTÁSSAL A SPEKTROSZKOPIKUS, A PHOTOPHSICAS ÉS AZ ELEKTROKÉMIAI TECHNIKÁK SZÉLES SKÁLÁJÁT ALKALMAZZÁK. A fotovoltaikus eszközök gyártása során mindkét típusú molekulát, a donorokat és az elfogadókat fel kell használni, és meg kell mérni azok FHOTOVOLTAIC-paramétereit._x000D_ Ademas, ÉS A CARE KÖZLEKEDÉSI TÁJÉKOZTATÁS SZÓLÓ TÁJÉKOZTATÁSA Az elektroaktív molekulákban, az új oligomerekben, amelyeket a DIFERENT Longitud CONJUGED, TYPE TYPE N TÍPUSÚ TÍPUS (Wood LESS studed) a tiofénben és annak SEMICONDUCTORS-ként betöltött szerepe._x000D_ Egy másik rész esetében a GRAFENO-nak az exkepcional ELECTRONIC tulajdonok MATERIAL-ként való használata a TECHNOLOGIKAI APPLIKÁCIÓK nagy részében, és a PARTICULAR A MUNKCIÓS MUNKCIÓK. Ezért szándékunkban áll a grafénben a MUNKING SZOLGÁLTATÁSA, másképpen funkcionált, valamint a FUNCIONALISATION és a GRAFENO által szolgáltatott termékek FUNCIONALISATION ÉS SZÁMÁRA N, B, VAGY SI._x000D_ FINALMENT, szándékunkban áll, hogy új szenzorvonalat nyissunk szén-dioxid alapján. (Hungarian)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-08-04T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
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@@ Property / summary @@
+CÍLEM PROJEKTU JE ZABÝVAT SE RŮZNÝMI ORGANICKÝMI SLOŽKAMI FOTOVOLTAICKÝCH ZAŘÍZENÍ MASIVNÍ HETEROUNION (BHJ). NA JEDNÉ STRANĚ BUDOU NAVRŽENY A SYNTETIZOVÁNY NOVÉ MOLEKULY DÁRCE ZE DVOU RŮZNÝCH RODIN: D-A-D SYSTÉMY ZALOŽENÉ NA PORFYRINECH A NA BÁZI KONJUGOVANÝCH OLIGOMERŮ OBSAHUJÍCÍCH THIOFENOVÉ KROUŽKY. KONSTRUKCE BUDE BRÁT V ÚVAHU ROVINNOST MOLEKUL, VZTAH MEZI NAPĚTÍM A PROUDEM ZAŘÍZENÍ S JEHO HOMO A LUMO ORBITAL, TAKÉ S OHLEDEM NA TY U AKCEPTÁTORA MOLECULA. _x000D_ navíc NEW DERIVED OF LOW LIGHT Fullerene, S BEING STUDIES jako molecula přijat ve fotovoltaických PROVISIONS S LOW DADORS GAP._x000D_ V FAMILY Ambas bude studován existující vztah mezi MOLECULAR STRUCTURE a jeho REDOX COMPORT, ELECTRONICKÝ, OPTICAL A TRANSPORT PROPERTY bude studován. PRO STUDII BUDE POUŽITA ŠIROKÁ ŠKÁLA SPEKTROSKOPICKÝCH, PHOTOPHSICAS A ELEKTROCHEMICKÝCH TECHNIK S CHEMICKÝM KVANTITATIVNÍM VÝPOČTEM. Při stavbě fotovoltaických zařízení se používají oba typy molekul, dárce a akceptátory a jejich FOTOVOLTAICké parametry se měří._x000D_ Ademas, A DŮLEŽITOST STUDY CARE TRANSPORTU v elektroaktivních molekulách, nové oligomery OBCHODNÍ délky, TYPE TYPE P AS OF TYPE N (Wood LESS studed) BASED v thiofenu a jeho role jako SEMICONDUCTORS._x000D_ Pro další část, použití GRAFENO jako MATERIÁL extrémního ELECTRONICICKÉho majetku v velkém počtu TECHNOLOGICKÝCH APPLICKŮ DEPENDEROVANÝCH VZDĚLÁVÁNÍ VZDĚLÁVAJÍCÍHO KAPITÁLNÍHO VÍCE, A V ÚČTĚKUJE, aby se MODULÁLNÍ WORKING FUNKING FUNKCE. Z tohoto důvodu máme v úmyslu BELOPÍ SYSTÉMNÍ STUDY FUNCTION OF WORKING v grafenu, odlišně funkční, stejně jako FUNCIONALISATION A STUDY vašich výrobků GRAFENO dopovaných SUBSTITUCTIONALLY WITH N, B, NEBO SI._x000D_ FINALMENT, máme v úmyslu DURANT THIS PROJECT otevřít novou řadu senzorů na bázi oxidu uhličitého. (Czech)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-08-04T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
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@@ Property / summary @@
+ŠĀ PROJEKTA MĒRĶIS IR PIEVĒRSTIES DAŽĀDIEM ORGANISKIEM KOMPONENTIEM, KAS SAISTĪTI AR MASVEIDA HETEROUNION (BHJ) FOTOELEMENTU IERĪCĒM. NO VIENAS PUSES, TIKS IZSTRĀDĀTAS UN SINTEZĒTAS JAUNAS DOKTORU MOLEKULAS NO DIVĀM DAŽĀDĀM ĢIMENĒM: D-A-D SISTĒMAS, KURU PAMATĀ IR PORFIRĪNI UN KONJUGĒTI OLIGOMĒRI UN KURAS SATUR TIOFĒNA GREDZENUS. DIZAINĀ TIKS ŅEMTA VĒRĀ MOLEKULU PLANARITĀTE, ATTIECĪBAS STARP IERĪCES SPRIEGUMU UN STRĀVU AR TĀS HOMO UN LUMO ORBITĀLIEM, ŅEMOT VĒRĀ ARĪ UZTVĒRĒJA MOLECULA. _x000D_ papildus NEW DERIVED DERIVED OF LOW LIGHT Fullerene, AR BEING STUDIES kā molecula pieņemts fotoelementu PROVISIONS ar LOW DADORS GAP._x000D_ In FAMILY Ambas, esošās attiecības starp MOLECULAR STRUCTURE un tās REDOX COMPORT, ELEKTRONIC, OPTICAL UN TRANSPORTA PROPERTY tiks pētīta. PĒTĪJUMĀ TIKS IZMANTOTS PLAŠS SPEKTROSKOPISKO, PHOTOPHSICAS UN ELEKTROĶĪMISKO PAŅĒMIENU KLĀSTS, IZMANTOJOT ĶĪMISKOS UN KVANTITATĪVOS APRĒĶINUS. Fotoelementu konstruēšanā izmanto abus molekulu, dobju un uztvērēju tipus, un to PHOTOVOLTAIC parametros mēra._x000D_ Ademas, UN CARE TRANSPORTA STUDIJAS IMPORTU elektroaktīvās molekulās, jaunos oligomēros, ko izmanto DIFFERENT Longitud, TYPE TYPE P AS OF TYPE N (Koks LESS radžots) tiofēnā, un tā lomu kā SEMICONDUCTORS._x000D_ OTHER PART, GRAFENO izmantošana par excepcional ELECTRONIC īpašumu MATERIĀLI TEKHNOLOĢIJAS PIETEIKUMU GREAT NUMURU DEPENDERĀCIJAS LIETOŠANAS PĀRSKATĪŠANAS UN PARTIKULĀ AR MODULAR JŪSU DARBA FUNCTION. Šī iemesla dēļ, mēs plānojam BELOP SYSTEMAL STUDY DARBA FUNKCIJAS DARBA Graphene, kas darbojas atšķirīgi, kā arī FUNCIONALISATION UN STUDY jūsu PROPESES GRAFENO leģēta SUBSTITUCTIONALLY ar N, B, OR SI._x000D_ FINALMENT, mēs plānojam DURANT THIS PROJECT, lai atvērtu jaunu līniju sensoru, pamatojoties uz oglekļa dioksīdu. (Latvian)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-08-04T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
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@@ Property / summary @@
+TÁ SÉ MAR AIDHM AG AN TIONSCADAL SEO AGHAIDH A THABHAIRT AR NA COMHPHÁIRTEANNA ORGÁNACHA ÉAGSÚLA A BHFUIL BAINT ACU LE GLÉASANNA FÓTAVOLTACHA DE HETEROUNION OLLMHÓR (BHJ). AR THAOBH AMHÁIN, DÉANFAR MÓILÍNÍ NUA Ó DHÁ THEAGHLACH ÉAGSÚLA A DHEARADH AGUS A SHINTÉISIÚ: CÓRAIS D-A-D ATÁ BUNAITHE AR PHORIFRINÍ AGUS ATÁ BUNAITHE AR OLAGAIMÉIRÍ COMHCHUINGEACHA, INA BHFUIL FÁINNÍ TIAPHENE. CUIRFIDH AN DEARADH PLEANÁLACHT NA MÓILÍNÍ SAN ÁIREAMH, AN GAOL IDIR VOLTAS AGUS SRUTH NA FEISTE LENA ORBITALS HOMO AGUS LUMO, AG SMAOINEAMH FREISIN AR NA CINN ATÁ AG AN MOLECULA GLACTHA. ina theannta sin, déanfar staidéar ar an gcaidreamh atá ann faoi láthair idir an STIÚRTHÓIREACHT MOLECULAR agus a chompórtáil REDOX, ELECTRONIC, OPTICAL AGUS TRANS STÁIT. MAIDIR LEIS AN STAIDÉAR, ÚSÁIDFEAR RAON LEATHAN TEICNÍCÍ SPEICTREASCÓPACHA, PHOTOPHSICAS AGUS LEICTRICEIMICEACHA LEIS AN RÍOMH CEIMICEACH-CAINNÍOCHTÚIL. Úsáidfear an dá chineál móilíní, na mbronntóirí agus na nglacadóirí chun feistí fótavoltacha a thógáil agus déanfar a bparaiméadair PHOTOVOLTAIC a thomhas._x000D_ Ademas, AGUS TÁBHACHT STÁIT I Móilíní leictreaghníomhacha, TYPE P MAIDIR LE CINEÁL N (LESS Adhmad studed) A BHFUIL i thiophene agus a ról mar SEMICONDUCTORS._x000D_ AR PÁIRT EILE, úsáid GRAFENO mar MATERIAL de mhaoine excepcional ELECT I NUMBER NA n-iarratas TEICNIÚIL TEICNIÚIL DÍOLADH I DHÉANAMH I mBreithniú Réadmhaoine na nGiúdach, agus go n-áirítear iad a áireamh chun na críche sin. Ar an gcúis seo, tá sé ar intinn againn a BELOP A STIÚRTHÓIREACHT CÓRAS NA GNÍOMHAÍOCHT A DHÉANAMH i graphene, ag feidhmiú go difriúil, chomh maith leis an funcionalization AGUS STUDY DO GHNÍOMH GRAFENO ÁBHAR ÁBHAR LE DHÉANAMH N, B, NÓ SI._x000D_ FINALMENT, tá sé ar intinn againn líne nua braiteoirí a oscailt bunaithe ar dhé-ocsaíd charbóin. (Irish)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-08-04T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
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@@ Property / summary @@
+CILJ TEGA PROJEKTA JE OBRAVNAVATI RAZLIČNE ORGANSKE KOMPONENTE, VKLJUČENE V FOTOVOLTAIČNE NAPRAVE MASIVNEGA HETEROUNIJA (BHJ). PO ENI STRANI BODO OBLIKOVANE IN SINTETIZIRANE NOVE MOLEKULE DAJALCEV IZ DVEH RAZLIČNIH DRUŽIN: D-A-D SISTEMI, KI TEMELJIJO NA PORFIRINIH IN KONJUGIRANIH OLIGOMERIH, KI VSEBUJEJO TIOFENSKI OBROČ. ZASNOVA BO UPOŠTEVALA PLANARNOST MOLEKUL, RAZMERJE MED NAPETOSTJO IN TOKOM NAPRAVE S SVOJO HOMO IN LUMO ORBITALI, TUDI OB UPOŠTEVANJU SPREJEMNIKA MOLECULA. _x000D_ poleg tega NEW DERIVED DERIVED OF LOW LIGHT Fullerene, Z BEING STUDIES kot molecula sprejeta v fotovoltaičnih PROVISIONS Z LOW DADORS GAP._x000D_ V DRUŽINSKE Ambas, obstoječe razmerje med MOLECULAR STRUCTURE in njeno REDOX COMPORT, ELEKTRONIC, OPTICAL IN PREVOZNI PROPERTY bodo raziskani. ZA ŠTUDIJO SE BO S KEMIJSKO-KVANTNIM IZRAČUNOM UPORABILA ŠIROKA PALETA SPEKTROSKOPSKIH, PHOTOPHSICAS IN ELEKTROKEMIČNIH TEHNIK. Pri izdelavi fotonapetostnih naprav se uporabljata obe vrsti molekul, dajalcev in sprejemnikov, izmeriti pa se morajo njihovi FOTOVOLTAIC parametri._x000D_ Ademas, IN IMPORT STUDIJE NEGA PREVOZI v elektroaktivnih molekulah, novi oligomeri, KI JE ZA DRUŽEN Longitud, TYPE P AS TYPE N (Wood LESS žrebed) v tiofenu in njegova vloga SEMICONDUCTORS._x000D_ ZA DRUGI PART, uporaba GRAFENO kot MATERIAL of excepcional ELECTRONIC Propertys V GREAT ŠTEVILKA TEHNOLOGIJSKE UPORABE DOLOČENE V GREAT MEASURE THE CAPACITY THESE OWNERS, IN V ČLENU ZA MODULAR SVETOVALNEGA FUNKCIJE. Iz tega razloga nameravamo BELOP A SYSTEMAL STUDY of the FUNCTION OF WORKING in grafen, drugače funkcionaliziran, kot tudi FUNKIONALISATION IN STUDY PROPESESI GRAFENO dopirati SUBSTITUCIONALNO Z N, B, ALI SI._x000D_ FINALMENTom nameravamo odpreti novo linijo senzorjev, ki temeljijo na ogljikovem dioksidu. (Slovenian)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-08-04T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+ТОЗИ ПРОЕКТ ИМА ЗА ЦЕЛ ДА РАЗГЛЕДА РАЗЛИЧНИТЕ ОРГАНИЧНИ КОМПОНЕНТИ, ВКЛЮЧЕНИ ВЪВ ФОТОВОЛТАИЧНИТЕ УСТРОЙСТВА НА МАСИВЕН HETEROUNION (BHJ). ОТ ЕДНА СТРАНА, НОВИТЕ МОЛЕКУЛИ ОТ ДВЕ РАЗЛИЧНИ СЕМЕЙСТВА ЩЕ БЪДАТ ПРОЕКТИРАНИ И СИНТЕЗИРАНИ: D-A-D СИСТЕМИ НА БАЗАТА НА ПОРФИРИНИ И НА ОСНОВАТА НА КОНЮГИРАНИ ОЛИГОМЕРИ, СЪДЪРЖАЩИ ТИОФЕНОВИ ПРЪСТЕНИ. ДИЗАЙНЪТ ЩЕ ВЗЕМЕ ПРЕДВИД РАВНИННОСТТА НА МОЛЕКУЛИТЕ, ВРЪЗКАТА МЕЖДУ НАПРЕЖЕНИЕТО И ТОКА НА УСТРОЙСТВОТО С НЕГОВИТЕ ХОМО И ЛУМО ОРБИТАЛИ, КАТО СЕ ИМАТ ПРЕДВИД И ТЕЗИ НА АКЦЕПТОРА MOLECULA. _x000D_ в допълнение НОВИ ПРОИЗВОДСТВО НА LOW LIGHT Fullerene, С БЕЗ СТУДИИ като молекула, приета във Фотоволтаични ПРЕДСТАВЕНИЯ С LOW DADORS GAP._x000D_ В FAMILY Ambas, ще бъде проучена съществуващата връзка между MOLECULAR STRUCTURE и нейния REDOX COMPORT, ELECTRONIC, OPTICAL AND TRANSPORT PROPERTY. ЗА ПРОУЧВАНЕТО ЩЕ СЕ ИЗПОЛЗВА ШИРОКА ГАМА ОТ СПЕКТРОСКОПИЧНИ, PHOTOPHSICAS И ЕЛЕКТРОХИМИЧНИ ТЕХНИКИ С ХИМИЧНО-КАЧЕСТВЕНО ИЗЧИСЛЕНИЕ. И двата типа молекули, дарители и акцептори трябва да се използват за изграждането на фотоволтаични устройства и техните PHOTOVOLTAIC параметри се измерват._x000D_ Ademas, И ВЪЗЛОЖЕНИЕТО НА СТУДИЯТА НА ТРАНСПОРТА В електроактивни молекули, нови олигомери, СЪГЛАСИЕНИ НА ДИФЕРЕНТИТЕ Лонгитуд, TYPE TYPE P AS OF TYPE N (Wood LESS studed) в тиофен и ролята му на СЕМИКОНДУКТОРИ._x000D_ ЗА ДРУГИ, използването на GRAFENO като MATERIAL OF excepcional ELECTRONIC propertys In A GREAT NUMBER OF TECHNOLOGICAL APPLICATIONS DEPENDERATE IN GREAT MEASURE OF THESE OWNERS, И В СТРАНИЧЕН ДОБРАВЕН ФОНКЦИЯ. Поради тази причина възнамеряваме да създадем СИСТРАЛНА СУДИЯ НА ФУНКЦИЯТА НА РАБОТА в графен, по различен начин функционализиран, както и ФУНКЦИЯТА И СТУДАТА НА ВАШИТЕ ПРОПЕСИИ НА ГРАФЕНО ДОГОВОРНОТО УБИТАТЕЛСТВО с N, B, OR SI._x000D_ FINALMENT, възнамеряваме да ИЗТЪКВАме този проект за откриване на нова линия от сензори на базата на въглероден диоксид. (Bulgarian)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-08-04T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+DAN IL-PROĠETT GĦANDU L-GĦAN LI JINDIRIZZA D-DIVERSI KOMPONENTI ORGANIĊI INVOLUTI F’TAGĦMIR FOTOVOLTAJKU TA’ HETEROUNION (BHJ) MASSIV. MIN-NAĦA L-WAĦDA, SE JITFASSLU U JIĠU SINTETIZZATI MOLEKULI ĠODDA TA’ GIVER MINN ŻEWĠ FAMILJI DIFFERENTI: SISTEMI D-A-D IBBAŻATI FUQ IL-PORPHYRINS U BBAŻATI FUQ OLIGOMERI KONJUGATI, LI FIHOM ĊRIEKI TAT-TIJOFEN. ID-DISINN SE JIEĦU KONT TAL-PLANARITÀ TAL-MOLEKULI, IR-RELAZZJONI BEJN IL-VULTAĠĠ U L-KURRENT TAL-APPARAT MAL-ORBITALS HOMO U LUMO TIEGĦU, FILWAQT LI JIKKUNSIDRA WKOLL DAWK TAL-MOLECULA AĊĊETTABBLI. barra minn hekk, ser jiġi studjat _x000D_ B’żieda MILL-ĠDID DERIVED TA’ DAWL BIL-ĦAJ, BIL-ĦAJ L-ISTVIŻI bħala molekula aċċettata fi DISPOŻJONIJIET fotovoltajċi BIL-DADORS GAP._x000D_ F’Ambas ta’ FAMILJA, ir-Relazzjoni Eżistenti bejn l-ISTRUTURA MOLECULAR u l-KOMPORT REDOX tagħha, ELETTRONIC, OPTIĊI U TRANPORT PROPERTJU ser jiġi studjat. GĦALL-ISTUDJU, SE TINTUŻA FIRXA WIESGĦA TA’ TEKNIKI SPETTROSKOPIĊI, PHOTOPHSICAS U ELETTROKIMIĊI BIL-KALKOLU KIMIKU-KWANTIKU. Iż-żewġ tipi ta’ molekuli, givers u aċċettaturi għandhom jintużaw fil-kostruzzjoni ta’ apparat fotovoltajku u l-parametri PHOTOVOLTAIC tagħhom għandhom jitkejlu._x000D_ Ademas, U L-IMPORTANZA TAL-ISTUDJA TAT-TRASPORT TA’ CARE F’molekoli elettroattivi, oligomeri ġodda KONJUGATI TA’ DIFFERENT Lonġitudni, TIP TYPE PAS TA’ TYPE N (Wood LESS studed) BASED f’tijofen u r-rwol tiegħu bħala SEMICONDUCTORS._x000D_FOR HERART, l-użu ta’ GRAFENO bħala MATERIAL TA’ Proprjetà ELETTRONIKA Excepcional F’NUMRU GRATTA TA’ APPLIKAZZJONIJIET TEKNOLOĠIĊI DIPENDENTI FIL-KAPAĊITÀ TAL-PROVERTIJIET TA’ L-ISPEZZJONI, U FIL-PARTIKOLU LI GĦANDU MODULAR TIEGĦU TIEGĦU FUNCTION. Għal din ir-raġuni, għandna l-intenzjoni li nisfruttaw STUDJU SYSTEMAL TAL-FUNCTION TA’ WORKING fil-grafen, iffunzjonat b’mod differenti, kif ukoll il-FUNCIONALISATION U L-ISTUDJU TAL-PROPETI TIEGĦEK TA’ GRAFENO DWAR SUSTITUCTIONALLY MA’ N, B, JEW SI._x000D_ FINALMENT, għandna l-intenzjoni li niddefendu DURANT DAN IL-PROJECT li niftħu linja ġdida ta’ sensuri bbażati fuq id-diossidu tal-karbonju. (Maltese)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-08-04T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+ESTE PROJETO VISA ABORDAR OS VÁRIOS COMPONENTES ORGÂNICOS ENVOLVIDOS EM DISPOSITIVOS FOTOVOLTAICOS DE HETEROUNION MACIÇA (BHJ). POR UM LADO, NOVAS MOLÉCULAS DOADORAS DE DUAS FAMÍLIAS DIFERENTES SERÃO PROJETADAS E SINTETIZADAS: SISTEMAS D-A-D GANZAS EM PORFIRINAS E COM BASE EM OLIGÓMEROS CONJUGADOS, CONTENDO ANÉIS TIOFENO. O DESENHO LEVARÁ EM CONTA A PLANARIDADE DAS MOLÉCULAS, A RELAÇÃO ENTRE A TENSÃO E A CORRENTE DO DISPOSITIVO COM SEUS ORBITAIS HOMO E LUMO, TAMBÉM CONSIDERANDO AS DO ACEITANTE MOLECULA. _x000D_ além disso NOVA DERIVEDA DE LOW LIGHT LOW LIGHT Fullerene, COM ESTUDOS DE SEGURANÇA como uma molécula aceita em PROVISÕES fotovoltaicas COM DADORS GAP._x000D_ EM FAMÍLIA Ambas, será estudada a relação existente entre a ESTRUTURA MOLECULAR e o seu COMPORTO REDOX, ELECTRONICO, OPTICAL E TRANSPORTE PROPERTY. PARA O ESTUDO, UMA AMPLA GAMA DE TÉCNICAS ESPECTROSCÓPICAS, FOTOPHSICAS E ELETROQUÍMICAS SERÃO USADAS COM O CÁLCULO QUÍMICO-QUÂNTICO. Na construção de dispositivos fotovoltaicos devem utilizar-se ambos os tipos de moléculas, de dadores e de recetores e os seus parâmetros FOTOVOLTAICOS devem ser medidos._x000D_ Ademas, E A IMPORTÂNCIA DO ESTUDO DO TRANSPORTE DE CARA EM moléculas eletroativas, novos oligómeros CONJUGADOS DE Longitud DIFFERENTE, TYPE P AS OF TYPE N (Wood LESS studed) BASED in thiophene and its papel como SEMICONDUTORS._x000D_ PARA OUTRO PARTE, o uso de GRAFENO como um MATERIAL de propriedades electrÃ3nicas excecionais em um grande número de aplicaçÃμes tecnolÃ3gicas DEPENDERADOS EM MATERIAL DA CAPACIDADE destes OWNERS, E EM PARTICULAR PARA MODULAR SUA FUNÇÃO DE TRABALHO. Por esta razão, pretendemos BELOP UM ESTUDO SISTEMAL DA FUNÇÃO DE TRABALHO em grafeno, funcionalizado de forma diferente, bem como a FUNCIONALIZAÇÃO E O ESTUDO DE SUBSTITUIÇÃO DO GRAFENO COM N, B, OU SI._x000D_ FINALMENTO, pretendemos DURAR ESTE PROJETO para abrir uma nova linha de sensores ganzas em dióxido de carbono. (Portuguese)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-08-04T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+DETTE PROJEKT HAR TIL FORMÅL AT BEHANDLE DE FORSKELLIGE ORGANISKE KOMPONENTER, DER INDGÅR I FOTOVOLTAISKE ANORDNINGER AF MASSIV HETEROUNION (BHJ). PÅ DEN ENE SIDE VIL NYE GIVEMOLEKYLER FRA TO FORSKELLIGE FAMILIER BLIVE UDFORMET OG SYNTETISERET: D-A-D-SYSTEMER BASERET PÅ PORFYRINER OG BASERET PÅ KONJUGEREDE OLIGOMER, DER INDEHOLDER THIOPHENRINGE. DESIGNET VIL TAGE HENSYN TIL MOLEKYLERNES PLANARITET, FORHOLDET MELLEM ENHEDENS SPÆNDING OG STRØM MED DETS HOMO- OG LUMO-ORBITALER, OGSÅ UNDER HENSYNTAGEN TIL ACCEPTØRENS MOLECULAS. _x000D_ derudover NY DERIVED DERIVED AF LOW LIGHT Fulleren, MED BEING STUDIES som en molekula accepteret i fotovoltaiske PROVISIONER MED LOW DADORS GAP._x000D_ I FAMILY Ambas, det eksisterende forhold mellem MOLECULAR STRUCTURE og dens REDOX KOMPORT, ELEKTRONISKE, OPTICAL OG TRANSPORT PROPERTY vil blive undersøgt. TIL UNDERSØGELSEN VIL EN BRED VIFTE AF SPEKTROSKOPISKE, PHOTOPHSICAS OG ELEKTROKEMISKE TEKNIKKER BLIVE ANVENDT SAMMEN MED DEN KEMISKE-QUANTIC BEREGNING. Begge typer molekyler, givere og acceptorer skal anvendes til fremstilling af fotovoltaiske anordninger, og deres PHOTOVOLTAIC parametre skal måles._x000D_ Ademas, OG IMPORTANCE AF STUDY OF THE CARE TRANSPORT IN elektroaktive molekyler, nye oligomer KONJUGERET AF DIFFERENT Længde, TYPE TYPE P AS TYPE N (Wood LESS besat) BASED i thiophen og dets rolle som SEMICONDUCTORS._x000D_ FOR OTHER PART anvendelse af GRAFENO som en MATERIAL AF ELEKTRONISKE ejendomme i en stor mængde af TEKNOLOGISKE APPLIKATIONER, der er udspecificeret i forbindelse med disses store landbrugsbedrifter, og som er i stand til at gøre rede for Deres arbejde. Af denne grund, Vi agter at BELOP en SYSTEMAL STUDY AF FUNCTION AF ARBEJDE i grafen, forskelligt funktionelt, samt FUNCIONALISATION OG STUDY AF DIN PROPESES AF GRAFENO dopet SUBSTITUCTIONALLY MED N, B, ELLER SI._x000D_ FINALMENT, agter vi at DURANT TENNE PROJEKT at åbne en ny linje af sensorer baseret på kuldioxid. (Danish)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-08-04T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+ACEST PROIECT ARE CA SCOP ABORDAREA DIFERITELOR COMPONENTE ORGANICE IMPLICATE ÎN DISPOZITIVELE FOTOVOLTAICE DE HETEROUNION MASIV (BHJ). PE DE O PARTE, VOR FI PROIECTATE ȘI SINTETIZATE NOI MOLECULE DONATOARE DIN DOUĂ FAMILII DIFERITE: SISTEME D-A-D BAZATE PE PORFIRINE ȘI PE BAZĂ DE OLIGOMERI CONJUGAȚI, CARE CONȚIN INELE TIOFENICE. DESIGNUL VA LUA ÎN CONSIDERARE PLANARITATEA MOLECULELOR, RELAȚIA DINTRE TENSIUNEA ȘI CURENTUL DISPOZITIVULUI CU ORBITELE HOMO ȘI LUMO, LUÂND ÎN CONSIDERARE, DE ASEMENEA, CELE ALE ACCEPTORULUI MOLECULA. _x000D_ în plus, NEW DERIVED DERIVED DE Fullerene LOW LIGHT, CU STUDIES BEING ca o moleculă acceptată în PROVIZII fotovoltaice cu DADORURI LOW GAP._x000D_ ÎN FAMILY Ambas, va fi studiată relația existentă între STRUCTURA MOLECULARă și COMPORTUL său REDOX, ELECTRONIC, OPTIC ȘI TRANSPORT PROPERTY. PENTRU STUDIU, SE VA UTILIZA O GAMĂ LARGĂ DE TEHNICI SPECTROSCOPICE, PHOTOPHSICAS ȘI ELECTROCHIMICE CU AJUTORUL CALCULULUI CHIMIC-CUANTIC. La construcția dispozitivelor fotovoltaice se utilizează ambele tipuri de molecule, donatoare și acceptoare, iar parametrii lor FHOTOVOLTAIC trebuie măsurați._x000D_ Ademas, ȘI IMPORTANȚA STUDII TRANSPORTULUI CARE ÎN molecule electroactive, oligomeri noi CONJUGATE DE LONGARE DIFERENTĂ, tip TIP P AS DIN TIPUL N (Wood LESS studed) BASED în tiofen și rolul său de SEMICONDUCTORS._x000D_ PENTRU ALTE PARTE, utilizarea GRAFENO ca un MATERIAL de proprietăți ELECTRONice excepcionale într-un număr mare de aplicații tehnologice desfăcute în mari dimensiuni ale PACCALITĂȚIILOR, și în scopuri PARTICULARE pentru a vă îmbunătăți activitatea de lucru. Din acest motiv, intenționăm să BELOP O STUDIE SYSTEMALĂ a FUNCȚIEI DE LUCRU în grafen, funcționalizat diferit, precum și FUNCIONALISAȚIA ȘI STUDIA PROPESIILOR DE GRAFENO dopate SUBSTITUCȚIONAL CU N, B, SAU SI._x000D_ FINALMENT, intenționăm să DURANTA PRIECTUL THIS pentru a deschide o nouă linie de senzori pe bază de dioxid de carbon. (Romanian)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
Before 0
After 0
-Timestamp
++2022-08-04T00:00:00Z
-Timezone
++00:00
-Calendar
+Gregorian
-Precision
+day
 Before
 After
@@ Property / summary @@
+DETTA PROJEKT SYFTAR TILL ATT TA ITU MED DE OLIKA ORGANISKA KOMPONENTER SOM INGÅR I SOLCELLSUTRUSTNING AV MASSIV HETEROUNION (BHJ). Å ENA SIDAN KOMMER NYA GIVARMOLEKYLER FRÅN TVÅ OLIKA FAMILJER ATT UTFORMAS OCH SYNTETISERAS: D-A-D-SYSTEM BASERADE PÅ PORFYRINER OCH BASERADE PÅ KONJUGERADE OLIGOMERER, INNEHÅLLANDE TIOFENRINGAR. DESIGNEN KOMMER ATT TA HÄNSYN TILL PLANARITETEN HOS MOLEKYLERNA, FÖRHÅLLANDET MELLAN SPÄNNINGEN OCH STRÖMMEN HOS ENHETEN MED DESS HOMO OCH LUMO OMLOPPSBANA, ÄVEN MED TANKE PÅ DE AV ACCEPTOR MOLECULA. _x000D_ dessutom NYA DERIVED DERIVED OF LOW LIGHT Fullerene, MED BEING STUDIES som en molecula accepterad i fotovoltaiska PROVISIONER MED LOW DADORS GAP._x000D_ I FAMILY Ambas, kommer de befintliga relationerna mellan MOLECULAR STRUCTURE och dess REDOX COMPORT, ELEKTRONIC, OPTICAL OCH TRANSPORT PROPERTY att studeras. FÖR STUDIEN KOMMER ETT BRETT SPEKTRUM AV SPEKTROSKOPISKA, PHOTOPHSICAS OCH ELEKTROKEMISKA TEKNIKER ATT ANVÄNDAS MED KEMIKALIE-QUANTIC BERÄKNING. Båda typerna av molekyler, givare och acceptatorer ska användas vid konstruktionen av fotovoltaiska anordningar och deras FOTOVOLTAIC-parameter ska mätas._x000D_ Ademas, OCH IMPORTANET AV CARE TRANSPORTENS STUDY i elektroaktiva molekyler, nya oligomerer KONJUGAT AV DIFFERENT Longitud. TYPE TYPE P AS OF TYPE N (Wood LESS studed) BASED in thiophene och dess roll som SEMICONDUCTORS._x000D_ FÖR OTHER PART, användningen av GRAFENO som en MATERIAL av excepcional ELECTRONic Propertys I en stor NUMMER TECHNOLOGICAL APPLICATIONS DEPENDERATED I GREAT MEASURE of the CAPACITY OF THE WWNERs, och i PARTICULAR till MODULAR DIN WORKING FUNCTION. Av denna anledning har vi för avsikt att BELOPERA en SYSTEMAL STUDY OF THE FUNCTION of WORKING in grafen, som är olika funktionaliserad, samt FUNCIONALISATION OCH STUDY OF DINA PROPESES of GRAFENO doped SUBSTITUCTIONALLY MED N, B, ELLER SI._x000D_ FINALMENT, vi avser att göra detta PROJEKT för att öppna en ny rad sensorer baserade på koldioxid. (Swedish)
+Normal rank
+point in time: 4 August 2022Timestamp +2022-08-04T00:00:00Z
Timezone +00:00
Calendar Gregorian
Precision 1 day
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After 0
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-Timezone
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+Toledo
@@ Property / location (string): Toledo / rank @@
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@@ Property / postal code: 45071 / rank @@
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@@ Property / contained in NUTS @@
+Toledo Province
@@ Property / contained in NUTS: Toledo Province / rank @@
+Normal rank
@@ Property / contained in NUTS: Toledo Province / qualifier @@
+inferred from: postal code
@@ Property / contained in Local Administrative Unit @@
+Toledo
@@ Property / contained in Local Administrative Unit: Toledo / rank @@
+Normal rank
@@ Property / contained in Local Administrative Unit: Toledo / qualifier @@
+inferred from: postal code
@@ Property / coordinate location @@
+°51'36.72"N, 4°1'37.67"WLatitude 39.860200418182
Longitude -4.0271347818182
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@@ Property / budget @@
+,460.0 EuroAmount 152,460.0 Euro
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+,821.77 EuroAmount 122,821.77 Euro
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+.56 percentAmount 80.56 percent
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+December 2023Timestamp +2023-12-20T00:00:00Z
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Revision as of 14:41, 22 March 2024

Project Q3156601 in Spain

Language	Label	Description	Also known as
English	ORGANIC MATERIALS FOR ORGANIC SOLAR CELLS AND MOLECULAR ELECTRONICS. SYNTHESIS, SPECTROSCOPIC STUDIES AND APPLICATION IN SOLAR DEVICES.	Project Q3156601 in Spain

Statements

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122,821.77 Euro

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budget

152,460.0 Euro

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co-financing rate

80.56 percent

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start time

30 December 2016

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end time

29 December 2019

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beneficiary name (string)

UNIVERSIDAD DE CASTILLA-LA MANCHA

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beneficiary

University of Castile-La Mancha

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intervention field

Research and innovation activities in public research centres and centres of competence including networking

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programme

Multi-regional Spain - ERDF

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fund

European Regional Development Fund

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coordinate location

39°51'36.72"N, 4°1'37.67"W

inferred from

postal code

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postal code

45071

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summary

EN EL PRESENTE PROYECTO SE PRETENDEN ABORDAR LOS DIVERSOS COMPONENTES ORGANICOS QUE PARTICIPAN EN DISPOSITIVOS FOTOVOLTAICOS DE HETEROUNION MASIVA (BHJ). POR UNA PARTE, SE DISEÑARAN Y SINTETIZARAN NUEVAS MOLECULAS DADORAS DE DOS FAMILIAS DIFERENTES: SISTEMAS D-A-D BASADOS EN PORFIRINAS Y BASADOS EN OLIGOMEROS CONJUGADOS, CONTENIENDO ANILLOS DE TIOFENO. EN EL DISEÑO SE TENDRA EN CUENTA LA PLANARIDAD DE LAS MOLECULAS, LA RELACION EXISTENTE EL VOLTAJE Y LA CORRIENTE DEL DISPOSITIVO CON SUS ORBITALES HOMO Y LUMO, CONSIDERANDO TAMBIEN LOS DE LA MOLECULA ACEPTORA. _x000D_ ADEMAS SE SINTETIZARAN NUEVOS DERIVADOS DE FULLERENO DE BAJO LUMO, CON OBJETO DE SER ESTUDIADOS COMO MOLECULA ACEPTORA EN DISPOSITIVOS FOTOVOLTAICOS CON DADORES DE BAJO GAP._x000D_ EN AMBAS FAMILIAS, SE ESTUDIARA LA RELACION EXISTENTE ENTRE LA ESTRUCTURA MOLECULAR Y SU COMPORTAMIENTO REDOX, PROPIEDADES ELECTRONICAS, OPTICAS Y DE TRANSPORTE. PARA EL ESTUDIO SE UTILIZARAN UNA AMPLIA GAMA DE TECNICAS ESPECTROSCOPICAS, FOTOFISICAS Y ELECTROQUIMICAS CON EL CALCULO QUIMICO-CUANTICO. AMBOS TIPOS DE MOLECULAS, DADORAS Y ACEPTORAS SE EMPLEARAN EN LA CONSTRUCCION DE DISPOSITIVOS FOTOVOLTAICOS Y SE MEDIRAN SUS PARAMETROS FOTOVOLTAICOS._x000D_ ADEMAS, Y DADA LA IMPORTANCIA DEL ESTUDIO DEL TRANSPORTE DE CARGA EN MOLECULAS ELECTROACTIVAS, SE ESTUDIARAN NUEVOS OLIGOMEROS CONJUGADOS DE DIFERENTE LONGITUD, TANTO DE TIPO P COMO DE TIPO N (MUCHO MENOS ESTUDIADOS) BASADOS EN TIOFENO Y SU COMPORTAMIENTO COMO SEMICONDUCTORES._x000D_ POR OTRA PARTE, EL USO DEL GRAFENO COMO MATERIAL DE EXCEPCIONALES PROPIEDADES ELECTRONICAS EN UN GRAN NUMERO DE APLICACIONES TECNOLOGICAS DEPENDERA EN GRAN MEDIDA DE LA CAPACIDAD DE MODULAR ESTAS PROPIEDADES, Y EN PARTICULAR MODULAR SU FUNCION DE TRABAJO. POR ESTA RAZON, PRETENDEMOS LLEVAR A CABO UN ESTUDIO SISTEMATICO DE LA FUNCION DE TRABAJO EN GRAFENOS, DIFERENTEMENTE FUNCIONALIZADOS, ASI COMO LA FUNCIONALIZACION Y EL ESTUDIO DE SUS PROPIEDADES DE GRAFENO DOPADO SUBSTITUCIONALMENTE CON N, B, O SI._x000D_ FINALMENTE, PRETENDEMOS DURANTE ESTE PROYECTO ABRIR UNA NUEVA LINEA DE SENSORES BASADOS EN NANOCUERNOS DE CARBONO. (Spanish)

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THIS PROJECT AIMS TO ADDRESS THE VARIOUS ORGANIC COMPONENTS INVOLVED IN PHOTOVOLTAIC DEVICES OF MASSIVE HETEROUNION (BHJ). ON THE ONE HAND, NEW GIVER MOLECULES FROM TWO DIFFERENT FAMILIES WILL BE DESIGNED AND SYNTHESISED: D-A-D SYSTEMS BASED ON PORPHYRINS AND BASED ON CONJUGATED OLIGOMERS, CONTAINING THIOPHENE RINGS. THE DESIGN WILL TAKE INTO ACCOUNT THE PLANARITY OF THE MOLECULES, THE RELATIONSHIP BETWEEN THE VOLTAGE AND CURRENT OF THE DEVICE WITH ITS HOMO AND LUMO ORBITALS, ALSO CONSIDERING THOSE OF THE ACCEPTOR MOLECULA. _x000D_ in addition NEW DERIVED DERIVED OF LOW LIGHT Fullerene, WITH BEING STUDIES as a molecula accepted in FOTOVOLTAIC PROVISIONS WITH LOW DADORS GAP._x000D_ IN FAMILY AMBAS, the Existing Relationship between the MOLECULAR STRUCTURE and its REDOX COMPORT, ELECTRONIC, OPTICAL AND TRANSPORT PROPERTY will be studied. FOR THE STUDY, A WIDE RANGE OF SPECTROSCOPICAL, PHOTOPHSICAS AND ELECTROCHEMICAL TECHNIQUES WILL BE USED WITH THE CHEMICAL-QUANTIC CALCULATION. Both types of molecules, givers and acceptors shall be used in the construction of photovoltaic devices and their PHOTOVOLTAIC parametres shall be measured._x000D_ ADEMAS, AND THE IMPORTANCE OF THE STUDY OF THE CARE TRANSPORT IN electroactive molecules, new OLIGOMERS CONJUGED OF DIFFERENT LONGITUD, TYPE TYPE P AS OF TYPE N (Wood LESS STUDED) BASED in thiophene and its role as SEMICONDUCTORS._x000D_ FOR OTHER PART, the use of GRAFENO as a MATERIAL OF EXCEPCIONAL ELECTRONIC PROPERTYS IN A GREAT NUMBER OF TECHNOLOGICAL APPLICATIONS DEPENDERATED IN GREAT MEASURE OF THE CAPACITY OF THESE OWNERS, AND IN PARTICULAR TO MODULAR YOUR WORKING FUNCTION. For this reason, we intend to BELOP A SYSTEMAL STUDY OF THE FUNCTION OF WORKING in graphene, differently functionalised, as well as the FUNCIONALISATION AND THE STUDY OF YOUR PROPESES OF GRAFENO doped SUBSTITUCTIONALLY WITH N, B, OR SI._x000D_ FINALMENT, we intend to DURANT THIS PROJECT to open a new line of sensors based on carbon dioxide. (English)

ORGANIC MATERIALS FOR ORGANIC SOLAR CELLS AND MOLECULAR ELECTRONICS. SYNTHESIS, SPECTROSCOPIC STUDIES AND APPLICATION IN SOLAR DEVICES. (Q3156601): Difference between revisions

Revision as of 14:41, 22 March 2024

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