Electron holography

http://dbpedia.org/resource/Electron_holography an entity of type: Thing

Elektronenholographie ist ein Verfahren der Elektronenmikroskopie, mit dem extrem hohe Auflösungen erreicht werden können. rdf:langString
Electron holography is holography with electron waves. Dennis Gabor invented holography in 1948 when he tried to improve resolution in electron microscope. The first attempts to perform holography with electron waves were made by Haine and Mulvey in 1952; they recorded holograms of zinc oxide crystals with 60 keV electrons, demonstrating reconstructions with approximately 1 nm resolution. In 1955, G. Möllenstedt and H. Düker invented an electron biprism. thus enabling the recording of electron holograms in off-axis scheme. There are many different possible configurations for electron holography, with more than 20 documented in 1992 by Cowley. Usually, high spatial and temporal coherence (i.e. a low energy spread) of the electron beam are required to perform holographic measurements. rdf:langString
電子線ホログラフィ(でんしせんホログラフィ)とは、電子線の干渉を利用したホログラフィ。 rdf:langString
rdf:langString Elektronenholographie
rdf:langString Electron holography
rdf:langString 電子線ホログラフィ
xsd:integer 4533454
xsd:integer 1059479607
rdf:langString Elektronenholographie ist ein Verfahren der Elektronenmikroskopie, mit dem extrem hohe Auflösungen erreicht werden können.
rdf:langString Electron holography is holography with electron waves. Dennis Gabor invented holography in 1948 when he tried to improve resolution in electron microscope. The first attempts to perform holography with electron waves were made by Haine and Mulvey in 1952; they recorded holograms of zinc oxide crystals with 60 keV electrons, demonstrating reconstructions with approximately 1 nm resolution. In 1955, G. Möllenstedt and H. Düker invented an electron biprism. thus enabling the recording of electron holograms in off-axis scheme. There are many different possible configurations for electron holography, with more than 20 documented in 1992 by Cowley. Usually, high spatial and temporal coherence (i.e. a low energy spread) of the electron beam are required to perform holographic measurements.
rdf:langString 電子線ホログラフィ(でんしせんホログラフィ)とは、電子線の干渉を利用したホログラフィ。
xsd:nonNegativeInteger 7058

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