Fionn's Research
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Fionn's Research
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Analytic Methods
Electrochemical Impedance sectroscopy (EIS)
Electron Paramagnetic Resonance Spectroscopy (EPR)
Barnes
Experiments
FF001
FF002
FF003
FF004
FF005
Magnets
Mgn_001
Mgn_002
Mgn_003
Mgn_004
Mgn_005
Mgn_006
Mgn_007
Mgn_008
Mgn_009
Mgn_010
Mgn_011
Mgn_012
Mgn_013
Mgn_014
Mgn_015
Mgn_016
Mgn_017
Mgn_018
Experiment Overview
GP001
LN2 Magnet Fabrication
Research Dashboard
Shopping list
Courses
🌈Spectroscopy
🪩 Group Theory
templates
Experiment
Magnet Experiment
Circular Dichroism (CD)
Elemental anlaysis
Emission Spectroscopy
Magnetic Circular Dichroism (MCD)
Mass Spectrometry
Mössbauer
NMR Theory
NMR
Rotational spectroscopy
Term symbols
Vibrational spectroscopy
🦆 Cyclic Voltametry
#magnet
#experiment
#HTS
#dv_publish
File
value
Mgn_010
Experiment
:
FF003
magnet_name
: Mgn_010
tape
: THEVA TPL5121 ID200059
turns
: 35
length_m
: 2
Bore material
: Copper (workshop)
Bore ID
: 8 mm
Bore OD
: 10 mm
Leads
: 2
Cowind_turn
: 1
Cowind_lead
: 3
wind_force
: 10 N
Field_T
: -
Quench
: -
raw data
:
https://drive.google.com/drive/folders/1Yi2EOZ9YaBRFVTnSL_1Bm2I00-rhkmAF?usp=sharing002
date
: 2025-02-17
tags
:
magnet
experiment
HTS
dv_publish
dg-publish
: true
Remarks
Magnet made using
GP001
procedure.