Sentence examples for maximum charge density from inspiring English sources

Carboxymethylated xylan (CMX) with the maximum charge density of 1.62 meq/g and DS of 0.21 was produced under the optimal conditions of 0.75 M NaOH concentration, 1.0 mol/mol sodium chloroacetate (SCA)/xylan ratio, 2 h reaction time, 70 °C and 15 g/L xylan concentration.

The maximum charge density can reach approximately 105 μC/m2 with the maximum value of the output power of 5.87 mW under 4 MΩ loading resistance, which can instantaneous light up 992 commercial LEDs and charge a capacitor with the speed increased by 10 times.

From this maximum the charge density within the layer can be deduced.

Further investigation by electrostatic force microscopy shows clearly the maximum surface charge density appears at the optimal mixing ratio of ZnSnO3 piezoelectric nanostructures into PDMS.

Obviously, the smaller the distance is, the larger the maximum value of induced charge density is, but the faster the induced charge density decays.

From maximum ΔVFB, the stored charge density N charge has been calculated using [11] the following relation and the results are presented in Table 4. Figure 7 Capacitance-voltage hysteresis behavior of the MIS structures containing Ge nanocrystals embedded in different dilectric matrices.

In the present study, we describe the technique of the direct observation of gas molecules adsorbed in the nanochannels of porous coordination polymers by the in situ synchrotron powder diffraction measurement of gas adsorption and the maximum entropy method (MEM /Rietveld charge density analysis.

The cutoff for the plane wave RMT Kmax = 6.0 and the maximum Fourier expansion of charge density cutoff Gmax = 12 (au)−1 were applied.

The negative charge density became the maximum, about −173 C/m3 at the region where was near to anode layer in EDLCs for case of dc voltage 2.5 V, while the positively charged density became the maximum, about 70.7 C/m3 at the region where it was located around the cathode layer.

High-energy electron-scattering experiments show its charge to decrease exponentially from a maximum at a central point, exactly as does the charge density of helium's own electron cloud.

An opposite trend was observed for the apparent and intrinsic electrocatalytic activities for the ORR; the simultaneous presence of Cu and Mn was found to be detrimental to the intrinsic charge density, but beneficial to the geometric charge density with a maximum for Mn0.6Cu0.4Co2O4.