The Biggg Tesla coil in Newcastle, Oklahoma.
credit: megaelectronvolt. 22 Mar 2007;
type: short;
level: popular;
duration:
category: electricity/magnetism; tags: telsa coil, electric, magnetic
category: electricity/magnetism; tags: telsa coil, electric, magnetic
What is synchrotron radiation and why is useful?
credit: Diamond Light Source. 19 Aug 2008;
type: briefing;
level: popular;
duration: 3:54
category: electricity/magnetism; tags: synchrotron, x-ray
category: electricity/magnetism; tags: synchrotron, x-ray
An introduction to the Diamond Light Source - and the intense beams of light it produces.
credit: Diamond Light Source. 19 Aug 2008;
type: briefing;
level: popular;
duration: 3:06
category: electricity/magnetism; tags: synchrotron, x-ray
category: electricity/magnetism; tags: synchrotron, x-ray
8.02 is a second-semester freshman physics class in electromagnetism.
credit: Massachusetts Institute of Technology. 1 Feb 2002;
type: lecture-series;
level: undergraduate;
duration: 36:00:00
category: electricity/magnetism; tags: electric, field, flux, potential, capacitance, magnetic, superconductors
category: electricity/magnetism; tags: electric, field, flux, potential, capacitance, magnetic, superconductors
Synchrotron radiation is brighter than our most powerful (compact) laboratory sources by a factor of 10^10. This course looks at theory and some applications.
credit: UC Berkeley. 13 Feb 2008;
type: lecture-series;
level: undergraduate;
duration: 30:00:00
category: electricity/magnetism; tags: synchrotron, electric, magnetic, x-ray
category: electricity/magnetism; tags: synchrotron, electric, magnetic, x-ray
A video demonstrating a huge Tesla coil in NY state.
credit: radiovoice37. 2 Mar 2007;
type: short;
level: popular;
duration:
category: electricity/magnetism; tags: telsa coil, electric, magnetic
category: electricity/magnetism; tags: telsa coil, electric, magnetic






