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Beilstein J. Nanotechnol. 2017, 8, 2139–2150, doi:10.3762/bjnano.8.213
Figure 1: Molecular structures of the molecules involved in the study and shortened forms of their names (in ...
Figure 2: a) STM constant height image (1.2 V, 1 nA) of a TMA–undecanol linear pattern (LP0) formed on HOPG (...
Figure 3: STM constant height image (1.2 V, 1 nA) of linear pattern LP4 (a), monoester type-I (c), and monoes...
Figure 4: STM constant current image (1.1 V, 1 nA) of TMA–monoundecyl ester type-I obtained from a TMA–undeca...
Figure 5: STM constant height images (1.2 V, 1.3 nA) of monoester obtained from a TMA–undecanol solution on H...
Figure 6: Simulation of the STM constant height mode images (HOMO (a) and LUMO (b)) of a single monoester mol...
Figure 7: STM constant height image (1.2 V, 1 nA) of the linear pattern of the synthesized monoester at the H...
Scheme 1: Proposed scheme of ester formation from TMA and undecanol via an intermediate dimer.
Figure 8: Energy diagram of the reaction path of TMA and undecanol to form TMA–undecyl ester and water for is...
Figure 9: Three possible hypotheses for the formation of the monoester from TMA and undecanol.
Beilstein J. Nanotechnol. 2017, 8, 1786–1800, doi:10.3762/bjnano.8.180
Scheme 1: Chemical structures of (metallo)porphyrins under review here.
Figure 1: Surface topography determined by AFM as a function of thickness. Cu-TMPP (= CuTPP(OMe)4) (a) 35 nm,...
Figure 2: Formation of molecular dendrites in a 117 nm thick Cu-TMPP (= CuTPP(OMe)4) sample at different regi...
Figure 3: Transport in Cu-TMPP (= CuTPP(OMe)4) films and dendrites, (a–d) AFM topography characteristics. The...
Figure 4: Extinction coefficient k for a) H2TMPP, b) CuTMPP and c) NiTMPP. The uniaxial anisotropic model res...
Figure 5: Energy dispersion of the magneto-optical Voigt constant Q for a) H2TMPP, b) CuTMPP and c) NiTMPP. F...
Figure 6: MCD (ηF) spectra in the Q-band region for a) H2TMPP, b) CuTMPP and c) NiTMPP and the modelling with...
Figure 7: Results of STM measurements: (a,b) Formation of small islands at submonolayer coverage. Molecules o...
Figure 8: Highly resolved filled (a) and empty molecular states (b) STM image of the square structure of H2TH...
Figure 9: (a) Large scale STM image of submonolayer coverage showing molecular chains and ordered islands of H...
Figure 10: (a–e) Manipulation of the electronic structure by applying a voltage pulse with the STM tip at the ...
Figure 11: Left: Evolution of the XPS spectra of Br 3d for a molecular monolayer of CuTPP(Br)8 on Au(111) as a...
Figure 12: Results of STM measurements: (a) Novel structure of the alternating molecular rows formed after ann...