A modified dual-slope method for heat capacity measurements of condensable gases
S. Pilla, J. A. Hamida, N. S. Sullivan
Abstract
A high resolution non-adiabatic method for measuring the heat capacity (Cv) of bulk samples of condensable gases in the range 7.5-70 K is described. In this method Cv is evaluated by directly comparing the heating and cooling rates of the sample temperature for two algebraically independent heat pulse sequences without explicit use of the thermal conductance between sample and thermal bath. A fully automated calorimeter for rapid measurement of Cv of molecular solids utilizing this technique is presented.
Create a lesson
Related papers
From picometre displacements to a three-dimensional lattice gas of polar skyrmions
Joohee Bang, Nives Strkalj, Hugo Aramberri et al.
Coherent and Incoherent Time-Resolved Diffuse Scattering Intensity from First Principles
Matteo Furci, Giovanni Marini, Stefano Mocatti et al.
VoroTypes: automated enumeration of Voronoi cell topologies for structural identification of complex crystals in atomistic simulations
Emanuel A. Lazar, Chris H. Rycroft
Large in-plane optical anisotropy in epitaxial CrN(113) films
Duc V. Dinh, Frank Peiris, Oliver Brandt
Coexistence of Altermagnetic and Compensated Ferrimagnetic Motifs in a Noncollinear Multiferroic
Vikrant Chaudhary, Fu Li, Hui Liu et al.
Low magnon damping of a EuSe film down to millikelvin temperatures
Rostyslav O. Serha, Jan Hofer, Khrystyna O. Levchenko et al.