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MARVEL
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Diatomics
Recommended Format
Quantum Mechanics
Science of Diatomics
Polyatomics
Detailed MARVEL
MARVEL Online
Project Instructions
Useful Figures/Tables
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Miscellaneous
From Maire
Do you know the basics?
Exoplanet Transits
Atmospheres
Diatomic Constants
Project Overview
What (Background)?
Why?
How?
Diatomics!
Developing New Project
Science Background
Exoplanets
Quantum Mechanics
History & Philosophy
Molecular Quantumness
Spectroscopy
Molecular Data Needs
ExoMol
Diatomic Energy Levels
Scientific Papers
Skills
UCAS Personal Statements
Literature Review
Latex
Bibtex
Computer Shortcuts
Excel
Digitisation
Presentation Skills
Teams
Highgate OH
Highams 2018
NH
Highgate DC
Westminster City DC
St Brendan's Sixth Form College
ZrO
H2S
Acetylene
Methane
TiO
Aberystwyth Summer 2016
UCL Summer 2016
Resources
Curriculum Links
Link to Aus Curriculum
AQA Boards Chemistry
AQA Boards Physics
Other Programs
Video Links
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Home
Goals
Write-Ups
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Contact
Twinkle
Get Involved
Tutors
Schools & Teachers
Students
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MARVEL
Project Outline
Motivation
Basics of MARVEL
Diatomics
Recommended Format
Quantum Mechanics
Science of Diatomics
Polyatomics
Detailed MARVEL
MARVEL Online
Project Instructions
Useful Figures/Tables
Advice for Lit Review
Miscellaneous
From Maire
Do you know the basics?
Exoplanet Transits
Atmospheres
Diatomic Constants
Project Overview
What (Background)?
Why?
How?
Diatomics!
Developing New Project
Science Background
Exoplanets
Quantum Mechanics
History & Philosophy
Molecular Quantumness
Spectroscopy
Molecular Data Needs
ExoMol
Diatomic Energy Levels
Scientific Papers
Skills
UCAS Personal Statements
Literature Review
Latex
Bibtex
Computer Shortcuts
Excel
Digitisation
Presentation Skills
Teams
Highgate OH
Highams 2018
NH
Highgate DC
Westminster City DC
St Brendan's Sixth Form College
ZrO
H2S
Acetylene
Methane
TiO
Aberystwyth Summer 2016
UCL Summer 2016
Resources
Curriculum Links
Link to Aus Curriculum
AQA Boards Chemistry
AQA Boards Physics
Other Programs
Video Links
Sponsors
Picture Gallery
Recommended Format
MARVEL Input Format (suggested)
Wavenumber (cm-1)
Uncertainty
S' (Upper electronic state)
v' (Upper vibrational quantum number)
J' (Upper rotational quantum number)
S" (Lower electronic state)
v'' (Lower vibrational quantum number
J" (Lower rotational quantum number)
ID (unique for each transition)
Quantum Numbers
Electronic state, S
e.g. X1Sigma+, b3Pi
For non-singlet states, this will also contain the omega quantum number, e.g. b3Pi_1, b3Pi_2, b3Pi_3
For Pi states, this will also contain the parity; e.g. +/- or e/f (ask your tutor)
Vibrational quantum number, v
v=0,1,2,...
Rotational quantum number, J, (strictly, this is total angular momentum)
J is either integer or half integer
Some sources may use N instead of J; talk to your supervisor about which quantum number you will be using
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