Wander Johannes de Haas
#5,396
Most Influential Person Across History
Dutch physicist
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Physics
Wander Johannes de Haas's Degrees
- PhD Physics Leiden University
Why Is Wander Johannes de Haas Influential?
(Suggest an Edit or Addition)According to Wikipedia, Wander Johannes de Haas was a Dutch physicist and mathematician. He is best known for the Shubnikov–de Haas effect, the De Haas–Van Alphen effect and the Einstein–de Haas effect. Personal life Wander de Haas was born in Lisse, a small town near Leiden. He was the son of Albertus de Haas, principal of the Teacher's College in Middelburg, and Maria Efting. On 22 December 1910 he married Geertruida Luberta Lorentz, the eldest daughter of Hendrik Lorentz. They had two daughters and two sons. He was an atheist.
Wander Johannes de Haas's Published Works
Published Works
- The electrical resistance of gold, copper and lead at low temperatures (1934) (213)
- Experimental proof of the existence of Ampère's molecular currents (54)
- A New Phenomenon in the Change of Resistance in a Magnetic Field of Single Crystals of Bismuth. (1930) (51)
- Experiments on adiabatic cooling of paramagnetic salts in magnetic fields (1934) (47)
- Measurements on iron ammonium alum (1939) (46)
- The electrical resistance of gold and silver at low temperatures (1936) (44)
- Strong Magnetic Fields (1946) (43)
- Further measurements of the magnetic properties of some salts of the iron group at low temperatures (1940) (35)
- The electrical resistance of platinum at low temperatures (1934) (35)
- The thermal conductivity of quartz at low temperatures (1935) (35)
- The thermal conductivity of diamond and potassiumchloride (1938) (29)
- Thermal conductivity of gaseous helium (1943) (28)
- The thermal and the electrical resistance of a tungsten single-crystal at low temperatures and in magnetic fields (1938) (27)
- The thermal conductivity of KBr, KCl and SiO2 at low temperatures (1937) (27)
- The thermal conductivity of lead in the superconducting and normal state (1940) (23)
- The dependence on thickness of the thermal resistance of crystals at low temperatures (1938) (23)
- Magnetic properties of some salts of the iron group at low temperatures (1939) (20)
- Paramagnetic relaxation in gadolinium sulphate (1939) (19)
- Adiabatic demagnetisation of some paramagnetic salts (1935) (17)
- On the conduction of heat by some metals at low temperatures (1936) (17)
- Paramagnetic relaxation in iron ammonium alum at low temperatures (1938) (15)
- Oxidation by tyrosinase of compounds containing tyrosyl groups as studied by absorption spectroscopy. (1951) (15)
- The thermal resistance of bismuth single-crystals at low temperatures and in a magnetic field (1936) (15)
- Penetration of a Magnetic Field into Supra-Conductive Alloys (1935) (13)
- ANISOTROPIC ZEEMAN EFFECT IN ERBIUM ETHYLSULFATE WHEN THE MAGNETIC FIELD IS PERPENDICULAR TO THE C UNIAXIS OF THE CRYSTAL (1965) (12)
- Further experiments on adiabatic cooling of magnetic substances (1935) (12)
- Experiments on adiabatic demagnetization of potassium chromic alum (1939) (12)
- Theory of Zeeman Effect for Rare‐Earth Ions in Crystal Field with C3h Symmetry. II (1965) (12)
- On the disturbance of the superconductive state by a magnetic field; supplementary measurements (1937) (12)
- Extremely Low Temperatures (1933) (11)
- ENERGY DISSIPATION IN THE FLOW OF SUPERFLUID HELIUM AND THE CRITICAL VELOCITY. (1969) (11)
- Paramagnetic Saturation in a Single Crystal (1933) (10)
- The electrical resistance of gold below 1°K (1938) (10)
- The electrical resistance of cadmium, thallium and tin at low temperatures (1935) (10)
- On the transition of a monocristalline tin sphere from the supraconductive into the non-supraconductive state (1936) (10)
- On the determination of the thermodynamical temperature scale below 1°K (1936) (10)
- An apparatus to measure the specific thermal conductivity of gases at low temperatures (1943) (9)
- Some experiments on a supraconductive alloy in a magnetic field (1935) (8)
- Absorption Spectrum and Zeeman Effect of the Transitions “5I8” → “3K8” and “5I8” → “5G4” in Holmium Ethylsulfate (1968) (8)
- The effect of permanganate on the ultraviolet absorption spectra of aromatic amino acids and proteins. (1951) (8)
- An experiment on adiabatic cooling of magnetic substances (1934) (7)
- Further experiments on the minimum in the resistance-temperature curve of gold (1937) (7)
- Determination of the heat resistance of mercury at the temperatures obtainable with liquid helium (1936) (7)
- On the Transfer Rate of the Rollin-Simon Film (1949) (7)
- The influence of a magnetic field and of the temperature on the electrical resistance of gallium single crystals (1937) (7)
- Spin-lattice equilibrium in caesium titanium alum at low temperatures (1938) (6)
- Adiabatic demagnetisation of caesium titanium alum (1935) (6)
- On the change of the resistance of single crystals of gallium in a magnetic field. III (1934) (5)
- A new method for determining specific heats at extremely low temperatures (1939) (5)
- The thermal resistance of bismuth single-crystals at low temperatures (1934) (5)
- On the heat conductivity of superconductive alloys (1936) (4)
- A method for the determination of the thermal resistance of metal single crystals at low temperatures (1934) (4)
- On the gradual penetration of a magnetic field into a superconductive tin sphere (1937) (3)
- On the transition of a tin sphere from the non-supraconductive state to the supraconductive state (1936) (2)
- Measurements on the hall phenomenon in pure bismuth single-crystals at low temperatures II (1940) (2)
- Ratios of odd-parity crystal-field parameters for erbium ethylsulfate (1968) (2)
- Thermal Conductivity at Low Temperatures (1938) (2)
- Isotherms of diatomic substances and of their binary mixtures. XII. The compressibility of hydrogen vapour at, and below the boiling point (2)
- Diamagnetism, Field Strength, and Crystal Structure. (1931) (2)
- On the determination of the thermodynamic scale of temperature below 1 °K by means of magnetic measurements (1940) (1)
- The rate of transfer of the Rollin-Simon film (1951) (0)
- Newly Discovered Superconductors (0)
- Absorption spectrum and Zeeman effect of dysprosium ethylsulfate (1968) (0)
- An experiment of Maxwell and Ampere molecular currents (0)
- CRYSTALLINE FIELD SPLITTINGS IN HOLMIUM AND DYSPROSIUM ETHYLSULFATES (1963) (0)
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