Some observations about shielding extremely low-frequency magnetic fields by finite width shields
Shielding of extremely low-frequency magnetic fields is limited by fields penetrating through
imperfect material and leakage around the edges of shields which do not completely
enclose the shielded region. The latter effect, more specifically the effect of source geometry
and shield type on leakage, is the subject of this work. Particular attention is paid to
elementary cylindrical dipole sources since the dominant fields of complex two-dimensional
(2-D) sources can be represented as those of dipole sources. When possible, insight is …
imperfect material and leakage around the edges of shields which do not completely
enclose the shielded region. The latter effect, more specifically the effect of source geometry
and shield type on leakage, is the subject of this work. Particular attention is paid to
elementary cylindrical dipole sources since the dominant fields of complex two-dimensional
(2-D) sources can be represented as those of dipole sources. When possible, insight is …
[PDF][PDF] Some Observations About Shielding Extremely Low-Frequency Magnetic Fields by Finite Width Shields
P Moreno - academia.edu
AbstructShielding of extremely low-frequency magnetic fields is limited by fields penetrating
through imperfect material and leakage around the edges of shields which do not
completely enclose the shielded region. The latter effect, more specifically the effect of
source geometry and shield type on leakage, is the subject of this work. Particular attention
is paid to elementary cylindrical dipole sources since the dominant fields of complex two-
dimensional (2-D) sources can be represented zyxwvutsrqponml as those of dipole sources …
through imperfect material and leakage around the edges of shields which do not
completely enclose the shielded region. The latter effect, more specifically the effect of
source geometry and shield type on leakage, is the subject of this work. Particular attention
is paid to elementary cylindrical dipole sources since the dominant fields of complex two-
dimensional (2-D) sources can be represented zyxwvutsrqponml as those of dipole sources …
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