pH and the electrical conductivity (EC) in sediments were measured by using Thermo Orion Star (A 329 multi-parameters). The pH was measured in 1:2.5 sediment to distilled water ratio; the suspension was left to stand overnight prior to the pH determination. The electrical conductivity (EC) ...
Also, it is noteworthy that for the CuNi-PDA sample, Cu corresponded to 11.5% of the total weight with a metal-to-PDA ratio changed to 1:2.79, which is similar to the Ni:PDA ratio in the Ni-PDA sample (Table 1). In contrast, Ni only comprised 0.7% of the total weight in CuNi-...
A maximum longitudinal strain gradient of 4.5 × 106 m−1 was applied, based on the change in the out-of-plane lattice constant of 0.75% between rhombohedral and monoclinic structures in strained-bulk calculations (Supplementary Table 2), corresponding to approximately half of the shear ...
To control the temperature, both electrodes were soldered to thermocouples whose wires were also used, when short-circuited, to determine the electrical conductivity σ of the powder sample by the given formula: σ=1R×tS where R is the electrical resistance measured with an ohmmeter (Kontron, ...
healing and single-ion conducting polymer electrolytes. Table1provides a detailed summary of the ionic conductivity and electrochemical window of basic SPEs. In PEO-based SPEs, at the polymeric chain level, Li+ions are transferred from interchain diffusion, shift, or intrachain diffusion, and the ...
Full size table The dielectric loss ability mainly stems from electrical conductivity loss and polarization relaxation loss [95,96]. The electrical conductivity loss is that when the EMWs enters into the MAMs, the charge carriers would form a current under the action of the electric field, and ...
Table 1 Site description. Length indicates the length of the sheet pile that was sampled. Full size table The following physicochemical parameters were determined by Deltares (the Netherlands); total C and S (by flash combustion followed by CO2analysis by an IR detector: Leco SC-632), SiO2, ...
Highly efficient energy storage is in high demand for next-generation clean energy applications. As a promising energy storage material, the application of Mn2O3 is limited due to its poor electrical conductivity. Here, high-pressure techniques enhanced
Table 1. Thermophysical properties of typical liquid metals and some conventional organic PCM. MaterialsMelting point(°C)Evaporation point(°C)Thermal conductivity (W·m−1·K−1)Latent heat per unit mass (J·g−1)Density(g·cm−3)Latent heat per unit volume (J·cm−3)Ref. LM ...
Table 1. Crystallographic data for Ti2O3 nanoparticles and the bulk obtained from Rietveld refinement of synchrotron X-ray diffraction data at room temperature. AtomSiteC1 (20 nm)C2 (70 nm)C3 (300 nm)Bulk Empty Cell Empty Cellx/zBiso (Å2)x/zBiso (Å2)x/zBiso (Å2)x/zBiso (...