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The University of Louisville Laser Labs (UL3)
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Projects
Laser-Induced Fluorescence/Dispersed Fluorescence Spectroscopy
Cavity Ring-Down Spectroscopy
Mid-IR Doppler-Free Saturated Absorption Spectroscopy
Cavity-Enhanced Two-Photon Double-Resonance Spectroscopy
Equipment
The High-resolution Spectroscopy Lab
The Ultrafast Spectroscopy Lab
Production of Free Radicals
Laser Sources
Lab Photos
Software
SpecView
SOCJT
ezSpectrum Complier
Funding
Education
Chem 470: Physical Chemistry Laboratory
Data Handling and Error Analysis
Real Gases and Absolute Zero
Enthalpy Change: Heat of a Reaction
Electrochemistry
Kinetics: Iodine Clock Experiment
UV-Visible Absorption and Fluorescence Spectroscopy
FTIR Spectroscopy
Quantum Chemical Calculations & Molecular Spectroscopy
Scattering
Laser-Monitored Chemical Kinetics
EPR Spectroscopy
X-ray Crystallography
Lab Report and Writing Skills
Chem 661: Thermodynamics, Statistical Thermodynamics, and Kinetics
661-syllabus
Physical Chemistry Cume Exams
Chem 661-PPTs-Thermodynamics
Chem-661-PPTs-Thermodynamics-01
Chem-661-PPTs-Thermodynamics-02
Chem-661-PPTs-Thermodynamics-03
Chem-661-PPTs-Thermodynamics-04
Chem-661-PPTs-Thermodynamics-05
Chem-661-PPTs-Thermodynamics-06
Chem-661-PPTs-Thermodynamics-07
Review on Thermodynamics
Statistical_Physics_00
Statistical_Physics_01
Statistical_Physics_02
Statistical_Physics_03
Statistical_Physics_04
State Functions from Statistical Physics
Chem-661-PPTs-Reaction Kinetics
Chem-661-PS1
Chem-661-PS2
Chem-661-PS3
Chem-661-PS4
Chem-661-PS5
Chem-661-PS6
Chem-661-PS7
Chem 672: Quantum Chemistry
672 Syllabus
Chem 672-Notes-01
Chem 672-Notes-02
Chem 672-Notes-03
Chem 672-Notes-04
Chem 672-Notes-05
Chem-672-Notes-06
Chem 672-Notes-07
Chem-672-Notes-08
Chem-672-Notes-09
Chem-672-PS1
Chem-672-PS2
Chem-672-PS3
Chem-672-PS3
Chem-672-ps4
Chem-672-PS5
Chem-672-Final_Project_2014
Chem-672 Final_Project_2
Summary of Wave Mechanics
Chem 687: Molecular Quantum Mechanics and Molecular Spectroscopy
Chem-695: Student Seminars
Positions
Group Wiki
Group Intranet
UofL Chemistry
Conn Center
MolSpec Course
The University of Louisville Laser Labs (UL3)
Statistical_Physics_03
See also:
Thermodynamic functions derived from Statistical Physics; heat capacities of solids
;
Statistical Thermodynamics-III.pptx
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