STM spectroscopy

In summary, recent progress and future prospects in the research field of fiuorescence and Raman spectroscopy combined with STM in order to achieve high spatial resolution spectroscopy have been reviewed. In the near future, single (sub-) molecule STM spectroscopy is expected to be applied to the nano-world of science and engineering. 

Papers from the Eighth International Conference on STM/Spectroscopy and Related Techniques, J. Vac. Sci. Technol. B 74(2) (1996). 

Nomura K, Muraoka R, Matsunaga N, Ichimura K, Yamada J (2009) Anisotropic superconductivity in j8-(BDA-TTP)2SbF6 STM spectroscopy. Physica B 404 562-564... 

STM Spectroscopy of the Local Density of States in Normal Metal - Superconductor Systems... 

Molecules with specific functions, to be used in nanoelectronic and nanomechanical devices, can be constructed, and their physical and chemical properties can be studied in situ with STM spectroscopy techniques on an individual basis. Even though the direct industrial application of single molecule construction may not be possible in the near future, the knowledge can help initiate a mass scale production. Thus, with these achievements in molecular manipulation possibilities with the STM, a new dimension for future nanoscience and technology is now open. 

Many of the other techniques discussed in this section can be used for catalyst samples in reactive atmospheres, sometimes at high temperatures and high pressures. IR spectroscopy is the method used most successfully with samples in the presence of reactive atmospheres even at high pressure. Raman, EX AFS, Mossbauer, and STM spectroscopies can be also used under such conditions. 

Electrochemical Nanoscale STM Spectroscopy of Transition Metal Complexes... 

Figure 8-8. Transition metal complexes used in nanoscale and single-molecule electrochemical STM spectroscopy.

Attempts to record in situ STM spectroscopy of P. aeruginosa azurin adsorbed directly on Au(lll)-electrode surfaces have been reported. 

The metallization of the Cs/GaAs(110) interface has been analyzed using STM spectroscopy as well [91 Whi, 91Whi2]. An analysis of tte Intensity-Voltage (I-V) curves show that the ph corresponding to linear chains presents a band gap of 1.10 eV. Further Cs deposition gives rise to the formation of triple... 

GaAs, and CdSe. The local density of states for Si(lll) 7 X 7 as obtained from ARUPS and STM spectroscopy is shown in Fig. 5.2-37. 

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