Thin Layer Chromatography: Difference between revisions

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(Added some more links under the “External Links” section)
(Added some more links under the “Internal Links” Section)
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*Simple Setups can be VERY accessible ( [[Printer Paper]] , a Glass Jar, a Dropper, and a Solvent)
*Simple Setups can be VERY accessible ( [[Printer Paper]] , a Glass Jar, a Dropper, and a Solvent)
*High End Setups can be fully automated and produce [[Quantitative Data]]
*High End Setups can be fully automated and produce [[Quantitative Data]]
=OSE Use Cases=
*Chemical Synthesis Purity Testing
**Mainly in Regards to [[Bio-Petrochemistry]] Lab Scale Chemistry
*Routine [[Quality Control]] use
=Setups=
==Low Budget==
*Flat Bottom Glass Beaker
*and/or a Glass TLC Chamber
*A [[Dropper]] or better yet a [[Pipette]] / [[Micropipette]]
*Solvents
**Stains can help too
==Medium Budget==
*A [[Lab Bot]] for automating the process and a scanner/camera setup to record the results
==High End==
*Medium, but automated sampling / [[Mass Spectrometry]] etc is integrated


=Internal Links=
=Internal Links=

Revision as of 19:30, 27 September 2024

Basics

  • A form of Chromatography using a “mobile phase” which spreads the “stationary phase” (the sample) over a piece of material (either a “TLC Plate” or (TLC) Paper)
  • Useful not just for research, but also for Quality Control of materials
  • Simple Setups can be VERY accessible ( Printer Paper , a Glass Jar, a Dropper, and a Solvent)
  • High End Setups can be fully automated and produce Quantitative Data

OSE Use Cases

Setups

Low Budget

Medium Budget

  • A Lab Bot for automating the process and a scanner/camera setup to record the results

High End

Internal Links

External Links