Formation of nanometer-sized columns in InP using ultrafine aerosol and dry etching techniques

Wiedensohler, Alfred; Maximov, Ivan; Samuelson, Lars; Hansson, Hans‐Christen

doi:10.1016/0021-8502(93)90039-c

Cited by 2 publications

(2 citation statements)

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“…Columnar pillars of InP have been produced having diameters of 20-80 nm (monodisperse, with variations among different samples depending on conditions) [172][173][174]. Sample lengths are typically two to three times the sample diameter.…”

Section: 46mentioning

confidence: 99%

Nanoscience and nanotechnology in Europe

Tolles¹

1996

Nanotechnology

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During six months from April to September 1994, the author visited 42 laboratories in eight different European countries involved with research in nanostructures. The scientific thrusts point the way to new methods and properties of matter that may provide useful information. The potential applications of research in this field are likely to be found in information technology, sensors, and new materials, replete with the implications for many industrial interests. It is a suitable topic for the recently introduced 'focused technical assessment' activities of the Office of Naval Research Europe where the coordination for this effort was focused. Overviews of multidisciplinary efforts in fields of physics, electrical engineering, materials, chemistry, and biology are presented.

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Section: 46mentioning

confidence: 99%

Nanoscience and nanotechnology in Europe

Tolles¹

1996

Nanotechnology

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“…Often, electrophoretic deposition is combined with the use of a differential mobility analyzer that exploits the differences in the electrical mobility of charged particles to size-select a monodisperse fraction of a polydisperse aerosol. Wiedensohler et al 14) for instance, deposited size-selected charged Ag particles made by evaporation-condensation of silver onto InP structures for application in lasers. Kruis et al 15) , Kennedy et al 16,17) and Krinke et al 18,19) also applied this combined size classification-electrophoretic deposition process, as is discussed in more detail in Chapter 3.1 of this article.…”

Section: Non-vacuum Approachesmentioning

confidence: 99%