Research paperExperimental GrowthExperimental CharacterizationComputed PLIn situ growth and magnetic characterization of Cr Chloride monolayersGiuseppe Buccoliero, Pamella Vasconcelos Borges Pinho, Marli dos Reis Cantarino, Francesco Rosa et al.arXiv·2025·10.1002/admi.202500229·arXiv:2502.18343AbstractWe studied the growth products of CrCl₃ evaporation in UHV on Au(111), Ni(111), and graphene-passivated Ni(111). In situ LEED, STM, XAS, and XMCD reveal substrate-dependent formation of CrCl₃ and CrCl₂ monolayers with distinct magnetic behaviors. Au(111) favors CrCl3, Ni(111) promotes CrCl2, and graphene passivation enables partial CrCl₃ formation on Ni(111).Read more
Cr chloride monolayer grown by UHV evaporation on Au(111), identified as CrCl3.1 preparation4 characterizations5 properties1 figureExperimentalCrCl₃Studied MaterialExpand
Cr chloride overlayer grown on Ni(111), identified as CrCl2.1 preparation4 characterizations9 properties1 figureExperimentalCrCl₂Studied MaterialExpand
Cr chloride grown on graphene-passivated Ni(111), showing coexistence of CrCl₃ and CrCl₂ phases.1 preparation4 characterizations5 properties2 figuresExperimentalCrCl₃Studied MaterialCrCl₂Studied MaterialExpand
Single-layer graphene passivation layer prepared on Ni(111) by ethylene pyrolysis.2 preparationsExperimentalCSubstrate / DielectricExpand
Research paperExperimental GrowthExperimental CharacterizationComputed PLIn situ growth and magnetic characterization of Cr Chloride monolayersGiuseppe Buccoliero, Pamella Vasconcelos Borges Pinho, Marli dos Reis Cantarino, Francesco Rosa et al.arXiv·2025·10.1002/admi.202500229·arXiv:2502.18343AbstractWe studied the growth products of CrCl₃ evaporation in UHV on Au(111), Ni(111), and graphene-passivated Ni(111). In situ LEED, STM, XAS, and XMCD reveal substrate-dependent formation of CrCl₃ and CrCl₂ monolayers with distinct magnetic behaviors. Au(111) favors CrCl3, Ni(111) promotes CrCl2, and graphene passivation enables partial CrCl₃ formation on Ni(111).Read more
Cr chloride monolayer grown by UHV evaporation on Au(111), identified as CrCl3.1 preparation4 characterizations5 properties1 figureExperimentalCrCl₃Studied MaterialExpand
Cr chloride overlayer grown on Ni(111), identified as CrCl2.1 preparation4 characterizations9 properties1 figureExperimentalCrCl₂Studied MaterialExpand
Cr chloride grown on graphene-passivated Ni(111), showing coexistence of CrCl₃ and CrCl₂ phases.1 preparation4 characterizations5 properties2 figuresExperimentalCrCl₃Studied MaterialCrCl₂Studied MaterialExpand
Single-layer graphene passivation layer prepared on Ni(111) by ethylene pyrolysis.2 preparationsExperimentalCSubstrate / DielectricExpand
Research paperExperimental GrowthExperimental CharacterizationComputed PLIn situ growth and magnetic characterization of Cr Chloride monolayersGiuseppe Buccoliero, Pamella Vasconcelos Borges Pinho, Marli dos Reis Cantarino, Francesco Rosa et al.arXiv·2025·10.1002/admi.202500229·arXiv:2502.18343AbstractWe studied the growth products of CrCl₃ evaporation in UHV on Au(111), Ni(111), and graphene-passivated Ni(111). In situ LEED, STM, XAS, and XMCD reveal substrate-dependent formation of CrCl₃ and CrCl₂ monolayers with distinct magnetic behaviors. Au(111) favors CrCl3, Ni(111) promotes CrCl2, and graphene passivation enables partial CrCl₃ formation on Ni(111).Read more
Cr chloride monolayer grown by UHV evaporation on Au(111), identified as CrCl3.1 preparation4 characterizations5 properties1 figureExperimentalCrCl₃Studied MaterialExpand
Cr chloride overlayer grown on Ni(111), identified as CrCl2.1 preparation4 characterizations9 properties1 figureExperimentalCrCl₂Studied MaterialExpand
Cr chloride grown on graphene-passivated Ni(111), showing coexistence of CrCl₃ and CrCl₂ phases.1 preparation4 characterizations5 properties2 figuresExperimentalCrCl₃Studied MaterialCrCl₂Studied MaterialExpand
Single-layer graphene passivation layer prepared on Ni(111) by ethylene pyrolysis.2 preparationsExperimentalCSubstrate / DielectricExpand
Research paperExperimental GrowthExperimental CharacterizationComputed PLIn situ growth and magnetic characterization of Cr Chloride monolayersGiuseppe Buccoliero, Pamella Vasconcelos Borges Pinho, Marli dos Reis Cantarino, Francesco Rosa et al.arXiv·2025·10.1002/admi.202500229·arXiv:2502.18343AbstractWe studied the growth products of CrCl₃ evaporation in UHV on Au(111), Ni(111), and graphene-passivated Ni(111). In situ LEED, STM, XAS, and XMCD reveal substrate-dependent formation of CrCl₃ and CrCl₂ monolayers with distinct magnetic behaviors. Au(111) favors CrCl3, Ni(111) promotes CrCl2, and graphene passivation enables partial CrCl₃ formation on Ni(111).Read more
Cr chloride monolayer grown by UHV evaporation on Au(111), identified as CrCl3.1 preparation4 characterizations5 properties1 figureExperimentalCrCl₃Studied MaterialExpand
Cr chloride overlayer grown on Ni(111), identified as CrCl2.1 preparation4 characterizations9 properties1 figureExperimentalCrCl₂Studied MaterialExpand
Cr chloride grown on graphene-passivated Ni(111), showing coexistence of CrCl₃ and CrCl₂ phases.1 preparation4 characterizations5 properties2 figuresExperimentalCrCl₃Studied MaterialCrCl₂Studied MaterialExpand
Single-layer graphene passivation layer prepared on Ni(111) by ethylene pyrolysis.2 preparationsExperimentalCSubstrate / DielectricExpand