1996
DOI: 10.1006/jssc.1996.0219
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Neutron and X-Ray Structure Determination of Laurionite-Type Pb{O(H,D)}X, withX= Cl, Br, and I, Hydrogen Bonds to Lead(II) Ions as a Hydrogen-Bond Acceptor

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Cited by 24 publications
(13 citation statements)
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“…Thus, it is reasonable to anticipate that the formation of bulk-like CsPbBr3 particles would also occur in dispersion and provide a way for their isolation and characterization without superlattices around them. To explore this approach, a toluene dispersion of as-synthesized ≈8 nm CsPbBr3 nanocrystals was left under air for three days, producing a yellow-white precipitate consisting of a mixture of 10s-100s nm CsPbBr3 and Pb(OH)Br particles (laurionite-type structure), [76][77][78] as was identified by a combination of XRD and energy-dispersive X-ray spectroscopy in high-resolution SEM (Figure S16). The formation of Pb(OH)Br is rationalized by the perovskite hydrolysis in the presence of moisture: 2CsPbBr3 + H2O → CsPbBr3 + Pb(OH)Br + HBr + CsBr.…”
Section: Changes In Photoluminescence Spectra Caused By Aging In Airmentioning
confidence: 99%
“…Thus, it is reasonable to anticipate that the formation of bulk-like CsPbBr3 particles would also occur in dispersion and provide a way for their isolation and characterization without superlattices around them. To explore this approach, a toluene dispersion of as-synthesized ≈8 nm CsPbBr3 nanocrystals was left under air for three days, producing a yellow-white precipitate consisting of a mixture of 10s-100s nm CsPbBr3 and Pb(OH)Br particles (laurionite-type structure), [76][77][78] as was identified by a combination of XRD and energy-dispersive X-ray spectroscopy in high-resolution SEM (Figure S16). The formation of Pb(OH)Br is rationalized by the perovskite hydrolysis in the presence of moisture: 2CsPbBr3 + H2O → CsPbBr3 + Pb(OH)Br + HBr + CsBr.…”
Section: Changes In Photoluminescence Spectra Caused By Aging In Airmentioning
confidence: 99%
“…Die Blei‐Sauerstoff‐Abstände innerhalb des aplanaren [Pb(H 2 O) 3 ] 2+ ‐Kations (∠(O–Pb–O) = 74–78°, Auslenkung von Pb 2+ aus der (O1,O2,O3)‐Dreiecksebene: 175 pm) befinden sich im engen Bereich zwischen 247 und 248 pm und sind daher mit jenen aus der Kristallstrukturanalyse von z. B. Pb(OH)Br ( d (Pb–O) = 239–246 pm)27 recht gut vergleichbar. Zusätzlich dazu ist das Pb 2+ ‐Kation auch noch von drei [B 12 H 12 ] 2– ‐Clustern in der Weise koordiniert, dass jeweils ein Wasserstoffatom als Ecke eines jeden Hydroborat‐Anions angreift ( d (Pb–H) = 258–270 pm; (∠(H–Pb–H) = 106–131°, Auslenkung von Pb 2+ aus der (H7,H9,H11)‐Dreiecksebene: 5 pm).…”
Section: Ergebnisse Und Diskussionunclassified
“…Wa È hrend sich die Bariumverbindungen sowie Sr(OH)I als isotyp zu den Laurionittyp-Bleihydroxidhalogeniden (Raumgruppe Pnma) [5,6] mit dreifach u È berdacht trigonal prismatisch (5 X ± -und 4 OH ± -Ionen) koordinierten Metallionen erwiesen haben [2,3], kristallisiert die Calciumverbindung im Cd(OH)ClTyp (Raumgruppe P6 3 mc) [1,7] mit einfach u È berdacht oktaedrisch (4 Cl ± -und 3 OH ± -Ionen) koordinierten Metallionen [8]. Wasserfreies Strontiumhydroxidbromid, d. h. eine Verbindung der Zusammensetzung Sr(OH)Br, wurde erstaunlicherweise bisher nicht beschrieben ± das gleiche gilt fu È r Ca(OH)Br und Ca(OH)I ±, wa È hrend fu È r Sr(OH)Cl eine hexagonale Metrik vermutet wurde [9].…”
Section: Introductionunclassified