Revision history of "COVALENT HYBRIDS ON SURFACES" (Q3208314)

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9 October 2024

  • curprev 11:0711:07, 9 October 2024DG Regio talk contribs 118,224 bytes −6 Changed label, description and/or aliases in pt
  • curprev 11:0711:07, 9 October 2024DG Regio talk contribs 118,230 bytes +10 Set a claim value: summary (P836): MATERIAIS MOLECULARES SERÃO OS PRINCIPAIS COMPONENTES PARA APLICAÇÕES FUTURAS DE ELECTRÓNICA, ARMAZENAMENTO MAGNÉTICO, OPTOELECTRÓNICA E DISPOSITIVOS DE CONVERSÃO DE FOTONO DE ELETRON, COMO CÉLULAS SOLARES. Atualmente, a maioria dos estudos que tomam vantagem de interações moleculares superficiais concentram-se em sólidos moleculares estabilizados por interações não-covalentes. SÃO SISTEMAS IDEAIS PARA O ESTUDO DE ASPECTOS FUNDAMENTAIS, MAS NÃO PARA...

23 March 2024

21 December 2023

12 June 2023

10 June 2023

18 August 2022

  • curprev 11:4611:46, 18 August 2022DG Regio talk contribs 115,875 bytes +82,528 Changed label, description and/or aliases in el, da, fi, mt, lv, sk, ga, cs, pt, et, hu, bg, lt, hr, sv, ro, sl, pl, nl, fr, de, it, es, and other parts: Adding translations: el, da, fi, mt, lv, sk, ga, cs, pt, et, hu, bg, lt, hr, sv, ro, sl, pl,

16 January 2022

17 December 2021

9 December 2021

5 December 2021

21 October 2021

13 October 2021

  • curprev 01:5601:56, 13 October 2021DG Regio talk contribs 15,917 bytes +3,969 Created claim: summary (P836): MOLECULAR MATERIALS WILL BE KEY COMPONENTS IN FUTURE APPLICATIONS OF ELECTRONICA, MAGNETIC STORAGE, OPTOELECTRONICS AND ELECTRON PHOTON CONVERSION DEVICES SUCH AS SOLAR CELLS. CURRENTLY, MOST STUDIES THAT TAKE ADVANTAGE OF SURFACE MOLECULE INTERACTIONS FOCUS ON MOLECULAR SOLIDS STABILISED BY NON-COVALENT INTERACTIONS. THEY ARE IDEAL SYSTEMS FOR THE STUDY OF FUNDAMENTAL ASPECTS, BUT NOT FOR THE DEVELOPMENT OF APPLICATIONS. THIS COLLABORATION PROJ...
  • curprev 01:5601:56, 13 October 2021DG Regio talk contribs 11,948 bytes −3,969 Removed claim: summary (P836): MOLECULAR MATERIALS WILL BE KEY COMPONENTS IN FUTURE APPLICATIONS OF ELECTRONICA, MAGNETIC STORAGE, OPTOELECTRONICS AND ELECTRON PHOTON CONVERSION DEVICES SUCH AS SOLAR CELLS. CURRENTLY, MOST STUDIES THAT TAKE ADVANTAGE OF SURFACE MOLECULE INTERACTIONS FOCUS ON MOLECULAR SOLIDS STABILISED BY NON-COVALENT INTERACTIONS. THEY ARE IDEAL SYSTEMS FOR THE STUDY OF FUNDAMENTAL ASPECTS, BUT NOT FOR THE DEVELOPMENT OF APPLICATIONS. THIS COLLABORATION PR...
  • curprev 01:2901:29, 13 October 2021DG Regio talk contribs 15,917 bytes +87 Changed label, description and/or aliases in en: translated_label
  • curprev 01:2901:29, 13 October 2021DG Regio talk contribs 15,830 bytes +3,969 Created claim: summary (P836): MOLECULAR MATERIALS WILL BE KEY COMPONENTS IN FUTURE APPLICATIONS OF ELECTRONICA, MAGNETIC STORAGE, OPTOELECTRONICS AND ELECTRON PHOTON CONVERSION DEVICES SUCH AS SOLAR CELLS. CURRENTLY, MOST STUDIES THAT TAKE ADVANTAGE OF SURFACE MOLECULE INTERACTIONS FOCUS ON MOLECULAR SOLIDS STABILISED BY NON-COVALENT INTERACTIONS. THEY ARE IDEAL SYSTEMS FOR THE STUDY OF FUNDAMENTAL ASPECTS, BUT NOT FOR THE DEVELOPMENT OF APPLICATIONS. THIS COLLABORATION PROJ...

11 October 2021

10 October 2021

9 October 2021