Sentence examples for much higher storage from inspiring English sources

High BB containing fibers exhibit much higher storage modulus and modulus retention with temperature than low BB containing fibers.

As expected, various nanocomposites exhibit much higher storage modulus than pure EVA grades, especially at low temperatures, given the reinforcing effect of nanofillers on the matrix.

This new methacrylated carboxymethyl chitin (Me-CMCH) hydrogel formed in-situ photocrosslinked under UV irradiation showed much higher storage modulus than that of the thermosensitive in-situ forming physical-crosslinking CMCH hydrogel.

Due to the presence of flexible and elastic SiC long chains, the cured poly(ISN) thermosets not only had good mechanical properties but also exhibited much higher storage modulus at the rubbery state in comparison with traditional poly DCPD).

Dynamic rheological experiments show that the particles with the larger aspect ratio impart much higher storage moduli and complex viscosities to the nanocomposites compared to equivalent mass loadings of particles with the smaller aspect ratio.

The interlocked carbon nanotube (CNT) networks formed by floating catalyst chemical vapor deposition method is found to show greatly enhanced damping ratio (0.37 0.42) and much higher storage modulus (>11.0 GPa) compared to most of engineering damping materials and any other kinds of CNT networks and composites ever reported.

Our studies show that the TiO2NT/Pd nanocomposites possess a much higher hydrogen storage capacity, faster kinetics for hydrogen sorption and desorption, and higher stability than the nanoporous Pd.

We demonstrate that this new 1Pt/20Ba/Co1Mg2Al1Ox catalyst possesses much higher NOx storage capacity (1.38 mmol/g) than the conventional Pt/Ba/γ-Al2O3 (0.56 mmol/g).

Crystal Si has attracted much attention as a possible anode candidate due to the much higher lithium storage capacity (4200 mAh/g, about ten times higher than graphite), low lithium alloying/dealloying potential, long discharge plateau and natural abundance [2].

The LTO@CC anode free from polymeric binder and conducting agent exhibited much higher lithium storage capacity and cycling stability than the conventional slurry-processed electrode using the dandelion-like Li4Ti5O12 microspheres prepared by the same hydrothermal process.

The SnO2/TiO2 composite film electrode fabricated by the photodeposition at the positive bias shows much higher lithium storage capacity than the corresponding controllable electrodes during the electrochemical cycling at a current density of 100 μA cm−2.