Abstract Two‐dimensional (2D) materials based on group IVA elements have attracted
extensive attention owing to their rich chemical structures and novel properties. This …

Wearable thermoelectric applications require materials with both high energy conversion
efficiency and excellent flexibility/deformability. Inorganic thermoelectric materials have …

Constructing 2D heterojunctions with high performance is the critical solution for the
optoelectronic applications of 2D materials. This work reports on the studies on the …

Herein, a new persimmon tannin/graphene oxide (GO-PT-6Glu) composite was fabricated
through one-step cross-linking method. The as-prepared GO-PT-6Glu has substantial …

We integrate a deep machine learning (ML) method with first-principles calculations to
efficiently search for the energetically favorable ternary compounds. Using La–Si–P as a …

Anisotropy in a crystal structure plays a striking role in determining the optical, electrical and
thermal properties of the condensed matter. Here, we investigated in-plane vibrational …

The development of portable and sustainable power sources is crucial for the advancement
of flexible electronics. Thermoelectric devices, made from ductile inorganic thermoelectric …

Two new ternary tetrel pnictide phases, Li1. 08Ge4. 92As7 and Cs0. 11Zn0. 05Si0. 95As,
have been synthesized. Both compounds crystallize in new structure types, which …

Bulk GeAs2 was synthesized utilizing a vapor transport reaction with iodine. Thermal
stability tests under dynamic conditions show that GeAs2 decomposes below 700 K, in …

Solid-state nuclear magnetic resonance (NMR) is extremely powerful at differentiating and
characterizing the structure of inorganic materials. Due to the large swath of potential nuclei …