Lecture 1: Introduction to EPR spectroscopy by Prof. Daniella Goldfarb

Lectures recorded by the Australia and New Zealand Society for Magnetic resonance at the EPR Workshop in 2014.
Edited by A Kwan
Please email suggestions and comments to [e-mail]

[@shaihaim989]

+ANZMAG - in future recordings it would be nice to equip the speaker with a digital pointer or film the whole lecture and give a link to the slides. There are many references for "here you can see" but of course the pointer is only in the physical world and not in the digital version of the movie you uploaded. Thanks for sharing

[@czdaniel1]

+ANZMAG -- When recording audio from one mic, you need to make sure your computer input has been set to MONO. If you playback this video using headphones, you will easily hear the sound is only in the left channel. When a computer is set to create a stereo recording file and only receives a single channel of audio, that channel gets defaulted to the left stereo channel in the recording. If you set the computer input to make a mono recording, then it knows not to expect more than a single mic-signal for the audio file, and that single channel will be duplicated & output to every channel on playback (both left & right speakers). This is not the first chem video on KZbin that had only left audio, and it won't be the last. But you can prevent this going forward in your future chem videos. Thank You for your consideration ANZMAG

[@shaihaim989]

You can download the movie and run it in VLC using Mono soundtrack and then it will solve it locally.

[@BrentLeVasseur]

Excellent overview! I’d be interested to know at what tesla/gauss strength the magnets need to be for it to work properly and at what power level the 9GHZ microwave transceiver operates to spin flip the electrons. Thanks!

[@lima666]

very helpful to the new learners like me! Thanks very much!

[@SpaceAndStarsGalore]

This is amazing !!! I love this prof

[@sunnygurram6932]

great mam superb explanation

[@puleraleaooa8110]

Thank You So Much .

[@danielghani3903]

thank you May Allah bless you

[@VahidSafarifard]

thanks

[@skilstopaybils4014]

What about emission signals? Can you explain how those come about please?

[@SpaceAndStarsGalore]

Does anyone have an intro to magnetism I could use to follow along ? I’ve taken one magnetism course but it’s nearly not enough to understand all the equations

[@linfan619]

只有左声道😂

[@mustafayawuz2893]

why the I=3\2 for Cu or I=5\2 for Mn..the calculation please

[@aleksandarsavic793]

Nothing to calculate, it's just like that, constant

[@atheermmadlool2862]

It depends on number of protons and neutrons in the target atom.

[@maximtiburziano872]

It's their property. Nothing u can calculate.