where e - applied voltage between the coaxial cylinders, r2 - radius of outer cylinder, r1 - radius of Inner cylinder, x -radial
distance from the inner cylinder surface and g - electrical field between coaxial cylinders, where g attains its maximum field at the surface of the inner conductor.
For a constant value of e and r2, the value of r1 which makes g minimum can be obtained by differentiating equation (12) with respect to r1 and equating to zero to yield,
where e - applied voltage between the coaxial cylinders, r2 - radius of outer cylinder, r1 - radius of Inner cylinder, x -radialdistance from the inner cylinder surface and g - electrical field between coaxial cylinders, where g attains its maximum field at the surface of the inner conductor.For a constant value of e and r2, the value of r1 which makes g minimum can be obtained by differentiating equation (12) with respect to r1 and equating to zero to yield,
การแปล กรุณารอสักครู่..
