We report optical studies of pentacene monolayers grown on poly-alpha-methyl-styrene (PAMS) substrates of high uniformity that reaches into the micron length-scale in the lateral dimension.
The present experimental status does not exclude weak-strength non-standard interactions of neutrinos with electrons. These interactions can be revealed in solar neutrino experiments.
Internal photoemission (IPE) studies were performed on molecular diodes in which the alkanedithiol {[}HS(CH2)(n)SH, n = 8, 10] molecular layer is sandwiched between An and GaAs electrodes.
Changes in the Ni(100) surface due to controlled coverages of K are studied through the photoemission spectra of rare gas adsorbates.
Measuring the anisotropy of the field-effect mobility provides insight into the correlation between molecular packing and charge transport in organic semiconductor materials.
While the structure of many surfaces (i.e., solid/vacuum interfaces) is now well established, the structure of solid/solid interfaces is still under investigation, and in many cases still controver
For technological and scientific reason, semiconductor physics has been characterized by a continuing drive towards the fabrication and understanding of ever smaller systems.
For technological and scientific reason, semiconductor physics has been characterised by a continuing drive towards the fabrication and understanding of ever smaller systems.
For technological and scientific reason, semiconductor physics has been characterized by a continuing drive towards the fabrication and understanding of ever smaller systems.
We discuss the fabrication of a FLASH EEPROM floating gate memory device with a cell size of 0.0896 mu m.
