I.2 Outline of experiments
X.1
An Introduction
to Solution Chemistry Techniques
X.2 An Introduction to Experiment design and Experimental Error
X.3 Kinetics
X.4 An Introduction to Vacuum Techniques
B.1 Background notes 1: Analysis of Experimental Data
Errata:
This is a link to a list of important changes in the 1st year manual incorporated into
instructions since the start of week 1, Michalemas term, 2006.
1.03 Measurement of Heat Capacities Using Acoustic Interferometry and IR Spectroscopy
1.05 The Carbon Monoxide / Carbon Dioxide Equilibrium at Temperatures above 800K
1.06 Nitrogen Adsorption on Alumina at 77K
2.01 Bomb Calorimetry
2.02 Determination of the Formula and Stability Constant of a Complex
2.04 Illustration of Debye-Huckel Theory Through the Solubility of Ionic Salts
2.05 The ternary system potassium nitrate / sodium nitrate / water
2.10 Dipole Moments from Measurements of Relative Permittivity and Refractive Index
3.02 Scanning tunnelling microscope
4.04 Redox potentials
4.06 Computational Dynamic Electrochemistry
4.08 Introduction to Electrode Potentials
4.09 Determination of Copper in Tap Water Using Anodic Stripping Voltammetry
5.02 The Persulphate / Iodide Clock Reaction
5.08 The Kinetics of Oxygen Atom Reactions
5.09 The Gas-phase Photolysis of Acetaldehyde
6.01 Scientific Programming in FORTRAN (In preparation - see Dr Cartwright for details)
6.02 Molecular Modelling
6.03 Computational Nuclear Magnetic Resonance
6.04 Computer Simulation by Molecular Dynamics
6.05 Computational Raman Spectroscopy
7.05 Infrared Vibration/Rotational Spectra
7.06 The Infrared and Near-IR Spectrum of Ammonia
7.08 The Visible Spectrum of Iodine Vapour
7.09 The Emission Spectrum of the Nitrogen Positive Ion
7.11 Fluorescence Spectra and the Rate of Electron Transfer by Quenching
7.12 Photoelectron Spectroscopy
7.13 Time-of-flight Mass Spectrometry
7.15 Electron Spin Resonance Spectroscopy
8.02 Solution Calorimetry
Revised January 14, 2008.