These materials show low-frequency dielectric dispersion, a high electrostriction coefficient and switchable pyroelectric property [1, 2, 3, 4].
MC was produced in a range of degrees of substitution (DS) from 0.70 to 1.40 and the materials showed low water solubility.
For example, Deng et al. reported Fe encapsulated pot-like CNT catalyst in 2013 [110], and fabricated materials showed low activities than M/N/C type catalysts, but remarkable enhancement of stability could be achieved.
In the samples of industrially used homogeneous materials showing low absorption by water, the total attenuation coefficients of the samples were fitted by Rayleigh scattering theory.
Moreover, this material showed low solution resistance (0.98 Ω), low ESR value (5 Ω) and lower time constant (0.9 ms).
The material shows low shear moduli to bulk modulus ratios, as well as a low ideal shear strength to tensile strength ratio.
Although this technique is easy to perform and well tolerated by patients, the cytological analysis of the collected material showed low sensitivity when compared with histopathological analysis, and also great inter- and intra-observer variation [ 43, 44].
Above all, owing to their shallow HOMO levels for enabling efficient hole-injection, even simpler bilayer devices employing these materials as hole-transporting emitters show low turn-on voltages (2.6 2.8 V) and high efficiencies of 5.77 cd/A for PIPT, 6.03 cd/A for PITT and 6.04 cd/A for PIFT, respectively.
The 3D hierarchical Co3O4/Al based nano-energetic materials show a low-onset decomposition temperature (423 °C), and high heat output (3118 J g−1) resulting from porous and hollow nano-structure of Co3O4 micro-spheres.
