Over the decades, tremendous efforts have been put into develo** lead telluride (PbTe)‐
based thermoelectric materials, dramatically improving the thermoelectric figure of merit zT …

In this article, we provide a perspective overview of the iconic properties, recent application-
oriented research, and future commercialization opportunities of thin film metallic glasses …

Historically, both p-and n-type PbTe show extraordinary thermoelectric figures of merit within
300–600° C for power generation applications. A full realization of the potential of these high …

Material stability and mechanical properties of nanostructured p‐type Pb0. 993− xNaxGe0.
007Te (x= 0.02, 0.04) are improved by tuning dopant Na content, while maintaining a high …

This study utilizes DFT calculations to assess the effectiveness of Ti-TM (TM= W, Ru) alloys
in obstructing copper diffusion, a pivotal factor for semiconductor device reliability. The …

Environmental pollution, global warming and increasing energy demands are urgent
challenges facing society. Governments all over the world have set a national policy target …

A qualified diffusion barrier layer in integrated circuits is essential to prevent the degradation
of devices due to the inter-diffusion between Cu and Si for Cu metallization. In this work, the …

As a type of moderate-and high-temperature thermoelectric materials, half-Heusler
thermoelectric materials have a unique advantage in terms of their power factors and …

В термоэлементах электрическое сопротивление контактов существенным образом
влияет на их эффективность. В случае высоколегированных термоэлектрических …

We report the structural, mechanical and electromagnetic properties of the intermetallic
compound Mn23C6. The bulk Mn23C6 sample had been synthesized using high …