Graphite carrier locations and quantum transport to 10 T /100 kG/
Highly ordered pressure-annealed pyrolytic graphite majority carrier electrons and holes locations in Brillouin zone from measurements in magnetic fields
Woollam, J. A.↗
Engineering topics
Woollam, J. A.
Publications and source records attributed to Woollam, J. A..
Quantum galvanomagnetic and thermomagnetic effects in graphite to 18.3 teslas /180 kG/ at low temperatures
Quantum galvanomagnetic and thermomagnetic effects in graphite in magnetic fields at low temperatures
Woollam, J. A.↗
Phase transitions and magnetostriction in CsMnCl3-2H2O
Phase transitions and magnetostriction in CsMnCl3-2H2O
Aron, P. R.↗
Spin splitting, Fermi energy changes, and anomalous g shifts in single-crystal and pyrolytic graphite
Single crystal and pyrolytic graphite, examining spin split Landau levels, Fermi energy changes and anomalous g shifts
Woollam, J. A.↗
Non-linear extreme quantum limit resistivity in graphite
Magnetoresistance nonlinearity and Hall effect in graphite in magnetic field, observing temperature dependence below 4.2 K
Woollam, J. A.↗
Direct evidence for majority carrier locations in the Brillouin zone of graphite
Thermoelectric power and Hall effect quantum resonances in graphite for locating majority carrier electron and hole Fermi Surfaces in Brillouin zone
Woollam, J. A.↗
Magnetic phase diagram of Cs3Cu2C17.2H20
Magnetic phase diagram of hydrated cesium-copper carbide at 1.625 Neel temperature in external magnetic fields, giving equation for spin flop field temperature dependence
Butterworth, G. J.↗
Direct evidence for carrier locations in graphite - Thermoelectric and Hall quantum resonances
Thermoelectric power and Hall effect quantum resonances in pressure annealed pyrolytic graphite crystals for carrier locations evidence
Woollam, J. A.↗
Evanohm resistance to 18 T /180 kG/ at 4.2 K
Evanohm alloy resistance wire for applications in magnetic field, illustrating percentage change at 4.2 K
Woollam, J. A.↗
Galvanomagnetic and thermomagnetic effects in white tin in fields to 3.3 tesla and at temperatures between 1.2 and 4.2 K
Nernst-Ettingshausen, thermoelectric power, thermal transverse-even, magnetoresistance, and Hall coefficients in white tin in 3.3 tesla field and cryogenic temperatures
Woollam, J. A.↗
Thermomagnetic effects and Fermi surface topology - Results in metallic tin at low temperatures.
Fermi surface topology effects on Nernst- Ettingshausen coefficient from measurements in magnetic fields to 3.3 tesla and 1.2-4.2 K temperatures in metallic tin
Woollam, J. A.↗
A simple A.C. technique for galvanomagnetic and Shubnikov-de Haas measurements.
AC technique using lock-in power amplifier SNR for measuring galvanomagnetic and Shubnikov-de Haas effects, noting error reduction
Woollam, J. A.↗
Anomalous Shubnikov-de Haas amplitudes in white tin.
Anomalously large amplitudes observed in Shubnikov-De Haas effect and in thermoelectric EMF oscillations in white metallic tin
Woollam, J. A.↗