Mononuclear platinum (II) complex trans-Pt (PPh3) 2 (CCC6H4SMe-4) 2 (1-Pt) and its
derivatives [PtM (dppm) 2 (CCC6H4SMe-4) 2]+(dppm= bis (diphenylphosphino) methane; …

To investigate the electrical characteristics of organometallic complexes as molecular
conductors, organometallic π-conjugated molecules of the type trans-[PtL2 (C⋮ CC6H4SAc …

Seeking the strategies of designing highly conductive molecular structures is one of the core
researches in molecular electronics. As asymmetric structure has manifested feasible …

The reactivity of the phosphinito bridged Pt (I) complex [(PHCy2) Pt1 (μ-PCy2){κ2P, O-μ-P
(O) Cy2} Pt2 (PHCy2)](Pt–Pt)(1) towards Au (I) and Ag (I) electrophiles was explored …

Reaction of (p-tol 3 P) 2 PtCl 2 and Me 3 Sn (C C) 2 SiMe 3 (1: 1/THF/reflux) gives
monosubstituted trans-Cl (p-tol 3 P) 2 Pt (C C) 2 SiMe 3 (63%), which with wet n-Bu 4 N+ …

Time-dependent density functional theory (TDDFT) method was used to investigate the
effect of arylacetylide chain length on the geometrical structures, electronic properties …

One of the critical issues for the realization of molecular electronics is the development of
ideal molecule− electrode contacts that render efficient charge transportation and thus …

The detailed relationship between the structure and the nonlinear mechanisms, as well as
whether different nonlinear mechanisms of an organic molecule restrain each other are still …

The charge transport mechanism between 1, 8-octanedithiol (ODT, C8H16S2H2) and
platinum and gold electrodes is studied by breaking bonds between single ODT molecules …

The complexes [PtR (dppm-P, P)(dppm-P)] PF6 (R= Me, Et, Ph) react with [AuCl (SMe2)] to
generate the dppm-bridged platinum− gold complexes trans-[PtClR (μ-dppm) 2Au] PF6 (1) …