Sentence examples for material can be attributed to from inspiring English sources

The fatigue threshold for this compound material can be attributed to the threshold for further crack growth into the substrate.

Among all catalysts, one of the substrates (containing 7 wt% of nitratine) exhibited the highest conversion of canola oil to biodiesel (91%), which, in this material, can be attributed to the preponderant presence of periclase and promoting effect of Na2O.

Near absence of irreversible capacity observed upon discharging the composite cathode material can be attributed to milled/smoothened cathode particles of the composite cathode material offering little scope for energy loss in contrast to sharp edge-grain boundary induced irreversibility-hysteresis seen in the individual phases (LiNi1/3Mn1/3Co1/3O2 and LiNi0.5Mn0.5O2).

The enhanced performances of the designed binder-free anode material can be attributed to the novel hierarchical sandwich laminated structure with an excellent electrical contact, and the synergistic effect between the Sb thin film with high specific capacity and flexible RGO with good buffer effect to alleviate the strain caused by the large volume change.

The improvement in the electrochemical properties of the material can be attributed to graphene, which acts as both an electron conductor and a volume buffer layer, and nitrogen doping allows for fast electron and ion transfer by decreasing the energy barrier.

The effectiveness of honey as a dressing material can be attributed to its antimicrobial properties.

Hence, the large variation of Bs observed between the three materials can be attributed to the difference in the paramagnetic PARA.

The formation of apatite-like materials can be attributed to the partial dissolution of CaCl2 salt and the subsequent release of calcium ion.

Nevertheless, most of the starting materials can be attributed to one phase, i.e. Mo6S4I6, while the others incorporate impurities that cause broadening of the X-ray peaks.

The bioactivity of these materials can be attributed to the formation of a biologically active bone-like carbonate containing apatite layer.

The high activity of the MCNS-based electrode materials can be attributed to their nanoporous structure and conductive carbon skeleton that contains high degree of defects.