… carbon nanotube (CNT) yarn or twist insertion into a twisted … However, our presently realized
maximum energy conversion … the 42 MPa stress for both twist insertion and coiling. Unless …

… modulus were both optimized when high twist densities were … clearly seen by noticing that
the twistron buckles during high-… , and our highest electrical power densities are for tensile …

… The ultrashort untwisting time translates into a high power density of ≤… system between two
terminals to provide a high electric … Here, it is worth noticing that during all these modification …

… properties of twisted fibers, including carbon nanotube yarns, … muscles can also be realized
using biscrolled CNT yarns or … A work density of 0.84 kJ/kg and a power density of 27.9 kW/…

… based on twist carbon nanotube yarn [ 28 ] and nylon. [ 29 ] … 70% of the highly twisted yarn
and non-twisted yarn, both … sinusoidal stretching at 1 Hz and realizing motion (Figure S5, …

… , and low power density. More recently, various types of … MWCNT harvesters by twisting a
carbon nanotube sheet; coils … realize a practical application in low-power electronic devices. …

… energy density and power density are two key parameters in the practical application of
supercapacitors. The energy-… the challenge of simultaneously achieving high ion-transport ability …

… , with torsion and tension as the two dominant contributors. Due … us to realize the full
mechanical energy storage potential of its … The high strength and high modulus of carbon …

… using twisted Bi 2 Te 3 and Sb 2 Te 3 deposited PAN films. … of the normalized power density
(specific power) of the TET in our … Higher output voltage and power can be further realized by …

… BSC with both tiny structure and high power density is essential while has not been realized
yet … on carbon nanotube (CNT) fibers. The novel integration structure endowed the BSC with …