Apparatus for Measuring Magnetothermodynamic Properties to High Fields at Low Temperatures
Author:
Publisher
AIP Publishing
Subject
Instrumentation
Link
http://aip.scitation.org/doi/pdf/10.1063/1.1718780
Reference10 articles.
1. The Measurement of Magnetic Induction in High Magnetic Fields at Low Temperatures. CoSO4·7H2O
2. Calorimetric Determination of Isothermal Entropy Changes in High Magnetic Fields at Low Temperatures. CoSO4·7H2O
3. Design of a 100‐Kilogauss 4‐Inch Core Solenoid for Continuous Operation
4. Design of a 100‐Kilogauss 4‐Inch Core Solenoid for Continuous Operation
5. Characteristics of Several Carbon Thermometer‐Heaters at Low Temperatures and in Magnetic Fields to 100 Kilogauss
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1. Thermal resistance between the electronic spin system of CuK2(SO4)2⋅6H2O (powder) and 4He II below 1.8 K to magnetic fields of 15 kG;The Journal of Chemical Physics;1982-04
2. Magnetothermodynamic measurement error through use of a superconducting solenoid in the persistent mode;Review of Scientific Instruments;1979-01
3. Magnetothermodynamics of Antiferromagnetic, Ferroelectric β‐Gd2(MoO4)3. I. Heat Capacity, Entropy, Magnetic Moment of the Electrically Polarized Form from 0.4 to 4.2°K with Fields to 90 kG along the c Crystal Axis;The Journal of Chemical Physics;1972-01
4. Magnetothermodynamics of Single Crystal CuSO4·5H2O. V. Fields Along the β Axis. Thermodynamic Temperature without Heat Introduction below 0.5°K. A Reference at 0.035°K;The Journal of Chemical Physics;1970-11
5. Magnetothermodynamics of Antiferromagnetic αMnCl2·4H2O. IV. Reversibility Conditions in the a, b, and p Regions with H ‖ c Axis. Spin Flop, an Inappropriate Term;The Journal of Chemical Physics;1970-08-15
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