Design Optimal Discrete Magnetic Coils with Wolfram Language

High Definition Standard Definition

Stats For Nerds

Theater

Video id : ceaQBRzSW38
ImmersiveAmbientModecolor: #050404 (color 2)
Video Format : 22 (720p) openh264 ( https://github.com/cisco/openh264) mp4a.40.2 | 44100Hz
Audio Format: Opus - Normalized audio
PokeTubeEncryptID: c4aaea79a0524df51782627e681aaeb8bed3318aa30528dfa6fd00d0d067354e69172d00d0b1ec9ed6e9a9cd5d0e6080
Proxy : eu-proxy.poketube.fun - refresh the page to change the proxy location
Date : 1715282634232 - unknown on Apple WebKit
Mystery text : Y2VhUUJSelNXMzggaSAgbG92ICB1IGV1LXByb3h5LnBva2V0dWJlLmZ1bg==
143 : true

Jump to Connections

Wolfram

100K Subs

Download

Redirect!

45 Views • Feb 23, 2024 • Click to toggle off description

Precise magnetic fields are of key importance in a wide array of applications, and are usually generated by complex, spatially varying wire patterns, derived from the discretisation of a continuous current flow over a surface. Complex patterns have drawbacks, however, such as occupying large areas and being challenging to fabricate. An alternative approach to generating high-quality magnetic fields is to optimize multiple sets of simple, discrete coil primitives by spherical harmonic mapping, which are compact and easy to fabricate and repair. This talk will look at the principles behind the optimization process, demonstrating how Wolfram Language’s built-in root-finding and visualization capabilities are used to design and analyze precise magnetic fields. We will look at the CreateCoil paclet, which provides a convenient set of functions for designing optimal loop-, saddle- and ellipse-based coils, and inspecting the magnetic fields they generate.

Metadata And Engagement

Views : 45
Genre: Entertainment
Date of upload: Feb 23, 2024 ^^

Rating : 5 (0/4 LTDR)
RYD date created : 2024-02-25T12:46:37.442209Z
See in json

YouTube Comments - 0 Comments