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- 14:33, 13 March 2020 diff hist +822 Micro view of NMR
- 12:25, 13 March 2020 diff hist +20 Micro view of NMR
- 12:21, 13 March 2020 diff hist +371 N Relationship between frequency and energy Created page with "For electromagnetic waves, the energy and frequency of a particular wave are related according to the equation: E=hv where E is the energy of the wave, v is the frequency of..." current
- 12:18, 13 March 2020 diff hist -120 Micro view of NMR
- 12:15, 13 March 2020 diff hist +41 Micro view of NMR
- 12:13, 13 March 2020 diff hist -6 Micro view of NMR
- 12:11, 13 March 2020 diff hist +4 Micro view of NMR
- 12:08, 13 March 2020 diff hist -5 Spins of nuclei
- 12:07, 13 March 2020 diff hist +570 N Spins of nuclei Created page with "Net spins of some common nuclei: {| class="wikitable" |- ! Nucleus ! Net Nuclear Spin (I) |- | <sup>1</sup>H | 1/2) |- | <sup>2</sup>H | 1 |- | <sup>3</sup>H | 285.3508 |- | <..."
- 11:52, 13 March 2020 diff hist 0 Micro view of NMR
- 11:51, 13 March 2020 diff hist +392 Micro view of NMR
- 11:44, 13 March 2020 diff hist +240 Micro view of NMR
- 11:41, 13 March 2020 diff hist +22 Micro view of NMR
- 11:39, 13 March 2020 diff hist +41 Micro view of NMR
- 11:36, 13 March 2020 diff hist -38 Micro view of NMR
- 11:35, 13 March 2020 diff hist +498 Micro view of NMR
- 11:21, 13 March 2020 diff hist -1 Micro view of NMR
- 11:18, 13 March 2020 diff hist +36 Micro view of NMR
- 11:15, 13 March 2020 diff hist +13 Micro view of NMR
- 11:14, 13 March 2020 diff hist +558 Micro view of NMR
- 10:53, 13 March 2020 diff hist -4 Rabi frequency current
- 10:51, 13 March 2020 diff hist -27 Rabi frequency
- 10:50, 13 March 2020 diff hist +3,457 N Rabi frequency Created page with "The Rabi frequency is the radian frequency of the Rabi cycle undergone for a given atomic electron transition|atomic transition in a given light field. This is thus the '''fre..."
- 16:13, 12 March 2020 diff hist -126 Getting started
- 13:47, 12 March 2020 diff hist +5 Getting started
- 13:47, 12 March 2020 diff hist +67 Getting started
- 13:44, 12 March 2020 diff hist +32 Measurement of nuclear spins current
- 13:43, 12 March 2020 diff hist -42 Measurement of nuclear spins
- 13:42, 12 March 2020 diff hist -43 Measurement of nuclear spins
- 13:38, 12 March 2020 diff hist +2,696 N Measurement of nuclear spins Created page with "'''Rabi resonance method''' is a technique developed by Isidor Isaac Rabi for measuring the nuclear spin. The atom is placed in a static magnetic field and a perpendicular..."
- 13:37, 12 March 2020 diff hist +884 N Net nuclear spin Created page with "Net nuclear spin can be looked at the same way as electrons are in molecular orbital theory. An atom of chlorine has 17 electrons, so one would think that it would have a char..." current
- 13:12, 12 March 2020 diff hist +4 Micro view of NMR
- 12:50, 12 March 2020 diff hist +26 Micro view of NMR
- 12:47, 12 March 2020 diff hist -40 Main Page
- 12:46, 12 March 2020 diff hist +41 Getting started
- 12:46, 12 March 2020 diff hist +27 Main Page
- 12:44, 12 March 2020 diff hist -66 Uploading images to the wiki current
- 12:43, 12 March 2020 diff hist +3,804 N Uploading images to the wiki Created page with "==Mini how-to== The '''Upload File Screen''', which you will find at '''Special:Upload''', has three fields: *The '''Source Filename''' field has a browse button that le..."
- 12:39, 12 March 2020 diff hist +35 Getting started
- 12:18, 12 March 2020 diff hist +273 Micro view of NMR
- 10:20, 12 March 2020 diff hist +136 Micro view of NMR
- 09:56, 12 March 2020 diff hist +54 Micro view of NMR
- 09:53, 12 March 2020 diff hist +422 Micro view of NMR
- 09:44, 12 March 2020 diff hist +381 Micro view of NMR
- 09:12, 12 March 2020 diff hist +4 Micro view of NMR
- 14:42, 11 March 2020 diff hist +8 Getting started
- 14:41, 11 March 2020 diff hist -2 Getting started
- 14:41, 11 March 2020 diff hist +55 Getting started
- 14:39, 11 March 2020 diff hist +24 Micro view of NMR
- 14:38, 11 March 2020 diff hist +932 N Gyromagnetic ratio Created page with "Gyromagnetic ratios of some common nuclei: {| class="wikitable" |- ! Nucleus ! γ(10<sup>6</sup> rad⋅s<sup>−1</sup>⋅T<sup>−1</sup>) ! γ/(2\π)(MHz⋅T<sup..."
