Full screen

Share

Cristina Sola Larrañaga
Laboratory of Atomic and Molecular Structure.
1. Spin-orbit coupling constant determination for K doublet


2. Ionization deppressor effect. 
  [Na] and [K] quantification in Aquarius
Atomic emission
Want to create interactive content? It’s easy in Genially!

Over 30 million people create interactive content in Genially

Check out what others have designed:

Transcript

Cristina Sola Larrañaga

Laboratory of Atomic and Molecular Structure.

1. Spin-orbit coupling constant determination for K doublet 2. Ionization deppressor effect. [Na] and [K] quantification in Aquarius

Atomic emission

Laboratory of Atomic and Molecular Structure.

Cristina Sola Larrañaga

Atomic emissionQuantum numbers Spin-orbit interaction Atomic Emission Spectroscopy (AES) Experimental Data

Index

Laboratory of Atomic and Molecular Structure.

Cristina Sola Larrañaga

Fireworks and atomic emission

Atomic emission spectra

Info

Atomic emission

Emission

Laboratory of Atomic and Molecular Structure.

Cristina Sola Larrañaga

Rules

Orbitals

Play

Quantum numbers

Laboratory of Atomic and Molecular Structure.

Cristina Sola Larrañaga

Spin-orbit coupling Example (p1 electrons)

Spin-orbit coupling Energy Equation Derivation

Spin-orbit interaction

Spin-Orbit interaction

Laboratory of Atomic and Molecular Structure.

Cristina Sola Larrañaga

Chemical

Ionization

Spectral

Interferences

Flame Atomic Emission Spectroscopy

Atomic Emission Spectroscopy

Spectroscopy

Atomic Emission Spectroscopy

PC/Software

Laboratory of Atomic and Molecular Structure.

Cristina Sola Larrañaga

Nebuliser

Monochromator

Fotomultiplier

Burner

Flame Atomic Emission Spectroscopy

Laboratory of Atomic and Molecular Structure.

Cristina Sola Larrañaga

Ionization interference study for Na and K. [Na] and [K] quantification in Aquarius

Spin-orbit coupling constan determination for K doublet

Experimental:

Laboratory of Atomic and Molecular Structure.

Cristina Sola Larrañaga

Example for Na

nm

2P1/2

2P3/2

Experimental: Spin-orbit coupling constant determination for K doublet

Laboratory of Atomic and Molecular Structure.

Cristina Sola Larrañaga

4 Samples: Na: 2ml Aquarius D10 in 100 ml (with or without Li) K: 2 ml Aquarius in 100 ml (with or without Li)

Standard curve calibration with Li

Standard curve calibration without Li

Experimental: Ionization interference study

Laboratory of Atomic and Molecular Structure.

Cristina Sola Larrañaga

Ionization interference study for Na and K. [Na] and [K] quantification in Aquarius

Spin-orbit coupling constan determination for K doublet

Data

Laboratory of Atomic and Molecular Structure.

Cristina Sola Larrañaga

Data for a 2ppm K solution

Data: Spin-orbit coupling constant determination for K doublet

Laboratory of Atomic and Molecular Structure.

Cristina Sola Larrañaga

4 Samples: Na with Li: 4265 Na without Li: 4010 K with Li: 4224 K without Li: 3926

Data: Ionization interference study

Show draggable elements

Show interactive elements