Electron Magnetic Resonance Principles
Yuanzhi Xu, Jia Yao
If a magnetic moment (vector) of the electron is placed into an external magnetic
field, it would be divided into two different levels: one parallel to the applied field
(high level), and another antiparallel to the field (low level). The magnetic moments
of low level transit to the high level when they absorb an appropriate frequency of
electromagnetic wave under certain conditions. Such transition is called magnetic
resonance transition. When the course of the magnetic moment is from the electron, it
is called “electronic magnetic resonance” (EMR) transition; when the course is from
the nucleus, it is called “nuclear magnetic resonance” (NMR) transition.
field, it would be divided into two different levels: one parallel to the applied field
(high level), and another antiparallel to the field (low level). The magnetic moments
of low level transit to the high level when they absorb an appropriate frequency of
electromagnetic wave under certain conditions. Such transition is called magnetic
resonance transition. When the course of the magnetic moment is from the electron, it
is called “electronic magnetic resonance” (EMR) transition; when the course is from
the nucleus, it is called “nuclear magnetic resonance” (NMR) transition.
వర్గాలు:
సంవత్సరం:
2019
ప్రచురణకర్త:
De Gruyter
భాష:
english
పేజీల సంఖ్య:
463
ISBN 10:
3110528002
ISBN 13:
9783110528008
ఫైల్:
PDF, 9.27 MB
IPFS:
,
english, 2019
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