Sentence examples for Theoretical volumetric from inspiring English sources

A technology that has the potential to alleviate resource issues with Li-ion systems and further increase the energy density is Mg2+ intercalation systems3, 4. Replacing Li with safer and earth-abundant Mg3, 5, 6, has the advantage of doubling the total charge per ion, resulting in larger theoretical volumetric capacity compared with typical LIB.

Most importantly, in Mg batteries (MB) the anode is constituted by energy dense Mg metal (~ 3,830 Ah l−1) notably surpassing the theoretical volumetric energy density of the current graphitic anode of LIB (~ 700 Ah l−1) and even that of lithium metal (2,062 Ah l 1)5, 6.

Li-Te batteries have been attracted much attention as a potential research for energy storage systems due to the overwhelming features in superior electronic conductivity and ultrahigh theoretical volumetric capacity when compared to Li-S and Li-Se batteries.

Both gravimetric and volumetric storage capacity of the carbon were experimentally measured, and a theoretical volumetric capacity (TVC) was defined on discussing the transformation from gravimetric to volumetric capacities.

Under the same operating conditions and dimensions, the theoretical volumetric flow rate of the DSVC is about 1.6 times that of the swing vane compressor (SVC) with a single swing vane and the mechanical efficiency of the DSVC is also greater than that of the SVC.

The theoretical volumetric strain changes of the M2 and O1 tidal components at GOT calculated by the GOTIC2 program (Matsumoto et al. 2001) are 9.7 and 6.4 nstrain, respectively.

Theoretical tidal volumetric strains at the observation wells were estimated from the GOTIC 2 program (Matsumoto et al., 2001).

We compared the change in tidal water level to a theoretical tidal volumetric strain calculated from GOTIC 2 (Matsumoto et al., 2001), which calculates the theoretical earth and ocean tides, and estimated the strain sensitivity of the well water level.

The theoretical gravimetric and volumetric (expanded state) capacities are studied for a broad range of examples.

A theoretical model for volumetric mass transfer coefficients in bubble columns has been developed.

These experimental capacities are much greater than the theoretical gravimetric and volumetric capacities of 372 mAh g 1/818 mAh cm 3 and 744 mAh g 1 for graphite and γ-graphdiyne suggesting that HsGDY can serve as a promising high-capacity lithium ion battery anode.