1. The International System of Units;Ede;Int. J. Heat Mass Transfer,1966
2. International Organization for Standardization. International Standard ISO 31 (revision of ISO R 31) Part 0: General introduction — General principles concerning quantities, units and symbols (1974). Part I : Basic quantities and units of the SI and quantities and units of space and time, (draft) (1975). Part II : Quantities and units of periodic and related phenomena, (draft) (1975). Part III: Quantities and units of mechanics, (draft) (1975). Part IV: Quantities and units of heat, (draft) (1975). Part V: Quantities and units of electricity and magnetism, (draft) (1975). Part VI: Quantities and units of light and related electromagnetic radiations (1973). Part VII: Quantities' and units of acoustics, (draft) (1975). Part VIII: Quantities and units of physical chemistry and molecular physics (1973). Part IX: Quantities and units of atomic and nuclear physics (1973). Part X : Quantities and units of nuclear reactions and ionizing radiations, (R 31) (1965). Part XI : Mathematical signs and symbols for use in physical sciences and technology, (draft) (1975). Part XII: Dimensionless parameters (1975). Part XIII : Quantities and units of solid state physics, (draft) (1974). ISO International Standards are published by ISO. Copenhagen, and obtainable through the National Standardization Organizations.
3. H. Højgaard Jensen. Supplement til fysik A. Lecture notes University of Copenhagen (undated).
4. The dependence of hot wire calibration on gas temperature (to be published);Koppius;Int. J. Heat Mass Transfer,1976