Assertion: coil's field | /r/HasProperty | constant
Facets:
value: usually
type: DEGREE
value: under such conditions
type: TEMPORAL
Source sentences:
text: By Ampère's law, we know that the line integral of B (the magnetic flux density vector) around this loop is zero, since it encloses no electrical currents (it can be also assumed that the circuital electric field passing through the loop is constant under such conditions: a constant or constantly changing current through the solenoid).
text: By Ampère's law, we know that the line integral of B (the magnetic flux density vector) around this loop is zero, since it encloses no electrical currents (it can be also assumed that the circuital electric field passing through the loop is constant under such conditions: a constant or constantly changing current through the solenoid).
text: The required magnetic fields are usually either pulse or continuous sinewave.
text: A similar argument can be applied to the loop a to conclude that the field outside the solenoid is radially uniform or constant.
text: Now recall that the field outside is constant.