Definition of Aharonov–Bohm in English:

Aharonov–Bohm

noun əˌharənɒvˈbəʊm

Physics

Attributive Designating an effect whereby charged particles travelling round a region containing magnetic flux acquire a phase shift of their wave function proportional to the quantity of linked flux, even if the particles themselves are confined to regions where the magnetic field is negligible.

Origin

1960s; earliest use found in New Scientist. From the names of Yakir Aharonov (born 1932), Israeli physicist, and David Joseph Bohm, U.S.-born physicist, who predicted the phenomenon in 1959 (Physical Rev. 115 485).

Definition of Aharonov–Bohm in US English:

Aharonov–Bohm

nounəˌharənɒvˈbəʊm

Physics

Attributive Designating an effect whereby charged particles travelling round a region containing magnetic flux acquire a phase shift of their wave function proportional to the quantity of linked flux, even if the particles themselves are confined to regions where the magnetic field is negligible.

Origin

1960s; earliest use found in New Scientist. From the names of Yakir Aharonov (born 1932), Israeli physicist, and David Joseph Bohm, U.S.-born physicist, who predicted the phenomenon in 1959 ( Physical Rev 115 485).

单词	Aharonov–Bohm
释义	Definition of Aharonov–Bohm in English: Aharonov–Bohm noun əˌharənɒvˈbəʊm Physics Attributive Designating an effect whereby charged particles travelling round a region containing magnetic flux acquire a phase shift of their wave function proportional to the quantity of linked flux, even if the particles themselves are confined to regions where the magnetic field is negligible. Origin 1960s; earliest use found in New Scientist. From the names of Yakir Aharonov (born 1932), Israeli physicist, and David Joseph Bohm, U.S.-born physicist, who predicted the phenomenon in 1959 (Physical Rev. 115 485). Definition of Aharonov–Bohm in US English: Aharonov–Bohm nounəˌharənɒvˈbəʊm Physics Attributive Designating an effect whereby charged particles travelling round a region containing magnetic flux acquire a phase shift of their wave function proportional to the quantity of linked flux, even if the particles themselves are confined to regions where the magnetic field is negligible. Origin 1960s; earliest use found in New Scientist. From the names of Yakir Aharonov (born 1932), Israeli physicist, and David Joseph Bohm, U.S.-born physicist, who predicted the phenomenon in 1959 ( Physical Rev 115 485).
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