Liquid crystalline elastomers (LCEs) have been considered one of the most promising
material concepts for artificial muscles. However, accomplishing actuation of LCEs requires …

Our aim was to simultaneously investigate the gut bacteria typical characteristic and
conduct rumen metabolites profiling of high production dairy cows when compared to low‐…

Fibrous liquid crystalline elastomers (LCE) are an attractive variant of LCE-based actuators
due to their small thickness, leading to faster response times to stimuli, as well as the …

Liquid-crystalline elastomers (LCEs) are frequently used in soft actuator development. However,
applications are limited because LCEs are prone to mechanical failure when subjected …

Li-S battery (LSB) is promising for achieving high capacity. Still, its development is hindered
by the complex redox process with sluggish kinetics and particularly the resulting lithium …

Active fabrics, responding autonomously to environmental changes, are the “Holy Grail” of
the development of smart textiles. Liquid crystal elastomers (LCEs) promise to be the base …

The development of high-performance battery technologies necessitates ultrathin separators
with superior mechanical strength and electrochemical properties. We present an …

Traditional Association Rules algorithm has computing power shortage in dealing with massive
datasets. In order to overcome these problems, a distributed association rules algorithm …

Thermoplastic polyolefins (TPOs) crosslinked by dynamic covalent bonds (xTPOs) have the
potential to be the most utilized class of polymer in the world, with applications ranging from …

The advancement of the lithium-sulfur (Li-S) batteries is immensely impeded by two main
challenges: polysulfide shuttling between the electrodes and Li dendrite formation associated …