Abstract

Abstract The oxidation of phenoxatellurine (PT) with conc. H2SO4 was reinvestigated. Two crystalline products, namely [PT2][H3O](SO4H)3 (1) and [PT](SO4) (2) were isolated and fully characterized by X-ray crystallography. The structure of 1 features [PT2]2+ dications giving rise to double-decker structures with two parallel PT layers that arise from dimerisation of two radical cations [PT]˙+. The [PT2]2+ dications and the hydrogensulfate ions are associated via secondary Te···O interations. The oxonium ion and the hydrogensulfate ions are involved in hydrogen bonding. The structure of 2 comprises ion pairs consisting of [PT]2+ dications and sulfate ions, which form a 2D coordination polymer. In addition, adjacent sulfate ions in the crystal lattice bind to tellurium atoms via secondary secondary Te···O interations.

Highlights

  • New insights into the oxidation Abstract: Let F denote a eld and let V denote a vector space over F with nite a pair A, A∗ of diagonalizable F-linear maps on V, each of which acts on an eige of phenoxatellurine with sulfuric acid irreducible tridiagonal fashion

  • 1w, einll-wdehfiicnhedondeibmboexnroayzdgo(eudsneiloeeaxft[iono1r,met-ThheepteToovrerooegrclwvimevedie]dlu,l.air[ge3Te,d,hrPeTeeTahplswgeooeraleubrsdetrdimaoissnoosslfou4wlat.vai1eod,sdni5sc,.ita5nafr]rnc)eo;ofcmun(eilcv-lwyre)enhagdtirnuiclahultaaetpersddupgslrrufwoaulppfirturhhdriiaitcwohtexaaalictdytiedehrnaosrma sapliiznemd has been formally replaced by tellurium (D(sreewe,[1119,2L6eam). maan1d4.a8l]l)o;w(ved) tthoesLtaenodn.aArdftepratihrrceoendsaiysst,inbgrioghf tanreydtswinogolef a modular L

  • Drew’s original report and nitric acids, PT forms intensely colored subLsetatnAc,esA,∗ dseungogetestas LtheaotnianrhdispacairseonthVe .rWedeccryasntadlsetweremreincoemwphoestehder A, A∗ is s which remained a curiosity for a long time (DBryew[1,31,9L2e6mb)m. ao1f.3[P] Te2a][cHh3Oei]g2[eSnOs4Hp]a4c(He2oOf) A(d,eAno∗thedasIIdI iimn henisswioonrko).nUe.pLonet {θi}di= den

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Summary

Introduction

AcntsbfdshTdplTaerteoehyliioabordtecccn·dmlutesm·aa-oyic·rtadccttOmsneor.iitneedatloougdHryecdiicnneubanrmkr2te[n.Sssrcift:ePnyueetsOIroaaTunrrdTulfs4nnialT2rhlsyt]e1wtaddfet[raeiaoHd·ucoftoa·ttseihd·cnh3etsfouoOOaetaisex2nlurttil]r.fieoiul(hriaaodcuoSinenrtcyonnafrOesetstdimv,etsteu4wirwieraHraooopm[asiirPdonnzg)trtte3hTijiieesrgaaso(d2,oinateatc]1nnwof2dwsse)t+bvseumino.ahoipydcdlotnlasifhpiT.vnXcaclsdeahTehvat-ucnprerdewit[alaaafPiaofioootylaoioixTilnsrnroetxna]cmcsees(lnotrrschSecPyynsigoOyaaoolssTiiln[drtunvnt4uP2eaa)ldrimssDraTonlla(iialyl]ns2gigpiaKCsLiAorscennrt)eiy+wenesglaoierror.,enanowserttioidynasTAsh(asrgcpdrteewPFpbheTpished2∗ArcruaaoToesioh4oheaitontfcdcinno),dyet[rnsAerdiib[PeacdA.ddsuaybPddwlstanaToiTrssaci∗Toiltanaviits2ttloeohht:nst]]uraeaigiisoenh22ayteeeoLd++td--,lr.esfraenitdfAotda:oouitto[[s(tirfcascn∗1ianNPrrhihMeuobohraxt7m.oagofetTee-OvVligaeBeoeeImrfcdoms2earncoulrd]rs]3.Iaesaa.nd[cl[raotnnsrsB7elSeetoactpical,.VniinhabcldFetagtllgotlaf1eeaohtitldF4ihi-nnan5oarriy]tszridf6rci,ioyidseAnie]aammzf,ucoin2didrdewbs2awtcbarfealuisorh.e1eslaoesdlPhailetesumWcinttdetwrptunwToieiwbktFc-ieVaasoanbdsnlcahhLeutw-eunnlswte.grle.oel-sctdc,inuyceySdnoeaninopn[a,h2netcPurneenrmdrrekte0etnegcoTwexwccuaoaaev1ipknode3hannrlen9nroe]eosbeoutb[mv)mriemBardursow.atioceanrtsFpinenIusnapaohasdtnvaat4dsdldtdiptasp]ieeietbnldrog2vsiocileeis,rissnlned,armtaenxrmteehegogtisrolci,nigeetdosireemufctnootsa(daemo,xramrsbKcenmstepiirtwVetiteaeaeppsldhishhifldetoorlisesel,nt-fewenltelialns-pldceyeetsafl-edtalerte,sr-asuddahamttidedgoeurszevc[ecnea[aagnm,aeP,ePaechaclicruflT[2lTakssLntieytNnoni0ito]Lieu2,gedonuhSo]Ocver1f+e[atongOnen,H9lsdoeo]wtepnlt[sc)iMirom3esnarSo,qooOathtau-fprbeOFnasrmbuero]nicPrlusF[drclu-leortwSadeemTdSucw6hupt,d]tOcpstOirnrwpohuisuattaiaaa4atMrhoutinaHrlncihnocnlhisetsnimlltriOdthnn]dogyyessmr-3s(ssc.noeoaFniefltoleta[erh1ndpi3eno,tesehDsitgnieaetedindvn1w, einll-wdehfiicnhedondeibmboexnroayzdgo(eudsneiloeeaxft[iono1r,met-ThheepteToovrerooegrclwvimevedie]dlu,l.air[ge3Te,d,hrPeTeeTahplswgeooeraleubrsdetrdimaoissnoosslfou4wlat.vai1eod,sdni5sc,.ita5nafr]rnc)eo;ofcmun(eilcv-lwyre)enhagdtirnuiclahultaaetpersddupgslrrufwoaulppfirturhhdriiaitcwohtexaaalictdytiedehrnaosrma sapliiznemd has been formally replaced by tellurium (D(sreewe,[1119,2L6eam). maan1d4.a8l]l)o;w(ved) tthoesLtaenodn.aArdftepratihrrceoendsaiysst,inbgrioghf tanreydtswinogolef a modular LUnlike planar dibenzodioxine, PT compriseDs ea bnuitttieornfly1-.4])c;r(yvsit)altsh(e1)Lheaodnfaorrdmepda,iwr choicnhswisetrine gchoafraacpteariizreodfboypXp-roasyite generator type structure in the solid-state (Smith ebtraa,l.a,ct1i9n7g3)o. n acnryestvaalllougartaiophnym. New insights into the oxidation Abstract: Let F denote a eld and let V denote a vector space over F with nite a pair A, A∗ of diagonalizable F-linear maps on V, each of which acts on an eige of phenoxatellurine with sulfuric acid irreducible tridiagonal fashion. * Corresponding author: Jens Beckmann, Institut für Chemie und Kristallographie, Universität Bremen, Leobener Straße 7, 28359

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