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| Author: | Verbeke |
17 matching references were found.
Huybrechts, G.; Meyers, L.; Verbeke, G., eq for the CHCl2CCl2 = CHCl=CCl2 + Cl, Trans. Faraday Soc., 1962, 58, 1128. [all data]
van Itterbeek, A.; Verbeke, O.; Staes, K., Measurements on the Equation of State of Liquid Argon and Methane Up to 300 kg cm-2 at Low Temperatures, Physica (Amsterdam), 1963, 29, 6, 742-754, https://doi.org/10.1016/S0031-8914(63)80231-1 . [all data]
van Itterbeek, A.; Verbeke, O.; Theewes, F.; Staes, K.; de Boelpaep, J., The Difference in Vapour Pressure Between Normal and Equilibrium Hydrogen. Vapour Pressure of Normal Hydrogen Between 20 ºK and 32 ºK, Physica (Amsterdam), 1964, 30, 6, 1238-1244, https://doi.org/10.1016/0031-8914(64)90114-4 . [all data]
Verbeke, O.; Van Itterbeek, A., Physics of High Pressures and the Condensed Phase, van Itterbeek, A., Ed., North-Holland Publ.: Amsterdam, p 99, 1965. [all data]
Van Itterbeek, A.; De Boelpaep, J.; Verbeke, O.; Theeuwes, F.; Staes, K., Vapour pressure of liquid argon, Physica (Amsterdam), 1964, 30, 2119-22. [all data]
Van Itterbeek, A.; Staes, K.; Verbeke, O.; Theeuwes, F., Vapor Pressure of Saturated Liquid Methane, Physica (Amsterdam), 1964, 30, 1896-900. [all data]
Van Itterbeek, A.; Verbeke, O.; Theewes, F.; Staes, K.; De Boelpaep, J., The difference in vapor pressure between normal and equilibrium hydrogen. vapor pressure of normal hydrogen between 20 and 32 k., Physica (Amsterdam), 1964, 30, 1238-44. [all data]
Van Itterbeek, A.; Verbeke, O.; Staes, K., Measurements on the equation of state of liquid argon and methane up to 300 kg(cm)(cm) at low temperatures, Physica (Amsterdam), 1963, 29, 742-4. [all data]
Van Itterbeek, A.; Verbeke, O., The variation of the density of liquid nitrogen and liquid oxygen as a function of pressure, Cryogenics, 1961, 2, 79-80. [all data]
Van Itterbeek, A.; Verbeke, O., Probl. Low Temp. Phys. Thermodyn., 1961, 3, 179. [all data]
Van Itterbeek, A.; Verbeke, O., Measurements of the pressure dependence of liquid normal hydrogen, Cryogenics, 1961, 2, 21-2. [all data]
Van Itterbeek, A.; Verbeke, O., Density of liquid oxygen as a function of pressure and temperature, Cryogenics, 1960, 1, 77-80. [all data]
Van Itterbeek, A.; Verbeke, O., Density of liquid nitrogen and argon as a function of pressure and temperature, Physica (Amsterdam), 1960, 26, 931-8. [all data]
Gielen, H.; Jansoone, F.; Verbeke, O.B., Application of An Emperical Equation of State to the Critical Region of Methane and Argon, J. Chem. Phys., 1973, 59, 5763-9. [all data]
Verbeke, O.B., Adv. Cryog. Eng., 1972, 18, 256. [all data]
Jansoone, V.; Gielen, H.; De Boelpaep, J.; Verbeke, O.B., The Pressure-temperature-volume Relationship of Methane Near the Critical Point, Physica (Amsterdam), 1970, 46, 213-21. [all data]
Verbeke, O.B.; Jansoone, V.; Gielen, R.; De Boelpaep, J., The Equation of State of Fluid Argon and Calculation of the Scaling Exponents, J. Phys. Chem., 1969, 73, 4076. [all data]