Thermal energy harvesting from the ambient environment through thermoelectric
nanogenerators (TEGs) is an ideal way to realize self‐powered operation of electronics, and …

Microstructure control is crucial for thermoelectrics since it is intimately related to the
scattering mechanism of both electrons and phonons. Herein, we propose a new strategy to …

Many toxic gases are mixed into the atmosphere because of increased air pollution. An
efficient gas sensor is required to detect these poisonous gases with its ultrasensitive ability …

We report an in situ analysis of nano-micro sodium deposition in an ester-based electrolyte
using atomic force microscopy. It is found that sodium dendrites are effectively suppressed …

Thermoelectric technology enables the harvest of waste heat and its direct conversion into
electricity. Most well-developed strategies aimed at enhancing thermoelectric performance …

The discovery of SnSe single crystals with record high thermoelectric efficiency along the b-
axis has led to the search for ways to synthesize polycrystalline SnSe with similar …

SnSe, an environmentally friendly layered chalcogenide, has fostered immense attention in
the thermoelectric community with its high thermoelectric figure of merit in single crystals …

The formation of semiconductor heterostructures is an effective approach to achieve high
performance in electrical gas sensing. However, such heterostructures are usually prepared …

SnSe emerges as one of the most promising Te-free thermoelectric materials due to its
strong anharmonicity and multiple valence bands structure. Recently, compositing has been …

The thermoelectric performance of n-type Bi2Te3 needs further enhancement to match that
of its p-type Bi2Te3 counterpart and should be considered for competitive applications …