Arjama A Halder1,2, Eric J Lessard1,2, William B Handler1, and Blaine A Chronik1,2
1xMR Labs, Physics and Astronomy, London, ON, Canada, 2Medical Biophysics, Western University, London, ON, Canada
1xMR Labs, Physics and Astronomy, London, ON, Canada, 2Medical Biophysics, Western University, London, ON, Canada
Simulations to identify gradient induced electric field within a shoulder cut-out gradient coil from wire patterns are performed. The maximum electric field seen within the coil is less than 0.03 V/m at 1A.
Figure 3. The simulated electric field on the yz plane at the isocenter within the x and y axes coils with 1A of current flowing through the coil, a. showing the contribution from the x axis gradient coil and b. showing the contribution from the y axis coil.
Figure 2. The simulated electric field on the xy plane at the isocenter of both the x and y coil along a specific line with a. evaluated at the point shown in Figure 1a. and b. evaluated at the point shown in Figure 1b. with 1A of current flowing through the coil.
