Lafarge Gruntar™ material is proposed in this paper as a new thermal backfill component,
and different mass fractions such as 5%, 10%, and 15% are examined. The thermal …

We recently developed Flash DSC application to characterize the cross-plane thermal
conductivity of polyethylene thin films (Thermochimica Acta 2019, 677, 21–25). We hereby …

Experimental investigations of the thermophysical properties of rhenium at high
temperatures (above 2000 K) are scarce and quite recent. Using an isobaric expansion …

Wire-shaped molybdenum samples were resistively pulse heated in a coaxial capacitor
discharge circuit. Heating rates greater than 10 9 K s-1 were attained, and temperatures up …

Abstract High-resistivity Ru–Mo–W-alloy wires, exhibiting excellent strength and ductility,
were fabricated using the micro-pulling-down melt-growth method under vacuum for …

We employed Flash DSC measurements on the melting point difference between two indium
particles separately placed on the top of polyethylene thin films and on the empty reference …

Pulse-heating techniques have been developed in the last 30 years to overcome difficulties
of steady-state experiments in the high temperature range. In these methods the specimen is …

We present a study of the effect of strain on the thermal conductivity of the zinc oxide using
ReaxFF reactive force field. Effect of water vapor on failure stress of zinc oxide has also …

This paper deals with experimental procedures to determine thermal conductivity, heat
capacity, and density of Pb–Sn (60/40) solder alloy between 27 and 280C. The relationship …

The key issues and anticipated future directions in subsecond thermophysics research are
presented and discussed. The main emphasis is placed on experimental techniques for …