In-plane thermal conductivities of small-scale samples are hard to measure, especially for
the lowly conductive ones and those lacking in-plane symmetry (ie, transversely anisotropic …

The rapidly increasing number of 2-dimensional (2D) materials that have been isolated or
synthesized provides an enormous opportunity to realize new device functionalities …

Varying the thermal boundary conductance at metal-dielectric interfaces is of great
importance for highly integrated electronic structures such as electronic, thermoelectric and …

We systematically analyze the influence of 5 nm thick metal interlayers inserted at the
interface of several sets of different metal-dielectric systems to determine the parameters that …

Anisotropies in thermal conductivity are important for thermal management in a variety of
applications, but also provide insight on the physics of nanoscale heat transfer. As materials …

Despite the numerous reports over the last two decades dedicated to the study of interfacial
thermal transport, physics of thermal transport across nanoscale metallic multilayers is less …

Following the trend in miniaturization of devices to the sub-micron scale, thermal
management has become increasingly important to device operation. Thermal management …

High-performance, high-reliability microelectronic devices are essential for space
applications. Thermal packaging such as metal-diamond composite is required for …

Thermophysical properties of thin film materials are of great importance for thermal
management in devices including transistors, lasers, sensors, and plasmonic structures. In …