Collected Papers of Sir James Dewar. Volume Ii.CUP Archive |
Contents
Application of Liquid Hydrogen to the Production of High | 675 |
The BoilingPoint of Liquid Hydrogen as determined by | 691 |
Solidification of Hydrogen | 701 |
The BoilingPoint of Liquid Hydrogen determined by | 721 |
On the Most Volatile Gases of the Atmosphere | 731 |
The Separation of the Most Volatile Gases from Air without | 879 |
New LowTemperature Phenomena | 892 |
On the ThermoElectric Junction as a Means of Determining | 906 |
On the Gaseous Condensable Compound Explosive at | 1063 |
Production of Solid Oxygen by the Evaporation of the Liquid | 1077 |
Chemical and Physical Change at Low Temperatures | 1085 |
Heat Problems | 1093 |
Atomic Specific Heats between the BoilingPoints of Liquid | 1104 |
The Coming of Age of the Vacuum Flask | 1114 |
Problems of Hydrogen and the Rare Gases | 1127 |
Problems in Capillarity | 1154 |
Studies with the Liquid Hydrogen and Air Calorimeters | 914 |
The Physical and Chemical Properties of Iron Carbonyl | 927 |
Studies on Charcoal and Liquid Air | 944 |
On a New Iron Carbonyl and on the Action of Light and | 963 |
Studies in High Vacua and Helium at Low Temperatures | 976 |
Note on the Use of the Radiometer in Observing Small | 988 |
The Nadir of Temperature and Allied Problems | 1000 |
The Rate of Production of Helium from Radium | 1008 |
Light Reactions at Low Temperatures | 1027 |
Longperiod Determination of the Rate of Production | 1038 |
The Change of Carbon Disulphide into a Gaseous Product | 1047 |
Soap Bubbles of Long Duration | 1176 |
Liquid Oxygen in Warfare | 1242 |
LowTemperature Studies | 1267 |
Cloudland Studies | 1299 |
Soap Films and Molecular Forces | 1333 |
On the Separation of Gases by Electric Discharges with | 1379 |
Molecular Specific Heats between the BoilingPoints of Liquid | 1399 |
APPENDIX | 1415 |
Influence of the Temperature of Liquid Hydrogen | 1421 |
On the Reduction to Normal Air Temperatures of | 1453 |
| 1463 | |
Common terms and phrases
absorbed absorption alcohol alloys amount apparatus atmosphere boiling boiling-point of hydrogen bubble calorimeter carbon disulphide carbon monosulphide carbon monoxide carbonic acid cent charcoal charcoal bulb chloride colour condensed containing cooled in liquid curve density deposit determined diameter discharge effect electric evaporation exhausted experiments film flask gaseous gases glass glycerin helium immersed in liquid increase iodine iron carbonyl iron pentacarbonyl latent heat light liquefaction liquid air liquid hydrogen liquid oxygen litres low temperatures lower magnetic manometer McLeod gauge measured membrane mercury metal minutes molecular neon nickel carbonyl nitrogen nozzle observed obtained ordinary temperature oxide ozonizer passed platinum pressure Proc produced pure quantity radiation radiometer radium reaction resistance sealed shown in Fig shows silver solid specific heat stopcock substance surface Table temperature of liquid thermometer thermoscope thickness tube U-tube vacuum vessel vapour volatile volume wire