Li air batteries have potential to be the next generation power sources for various applications, from portable devices to electric vehicles and microgrids, due largely to their significantly higher theoretical energy densities than those of the existing batteries.
The Plasmodium PF16 modelled sequence has a significantly higher theoretical pI (8.1) compared to either Chlamydomonas PF16 (5.69) or human SPAG6 (6.51), largely attributable to a significant increase in lysine (11.5% of residues) compared with Chlamydomonas (5.3%).
Proteins that are bound to NPs at multiple time points had a significantly higher mean theoretical isoelectric points (pI) (7.5, 7.5, 7.7, 7.7, and 7.7 for OSE; 7.5, 7.8, 7.0, and 7.5 for A2780) compared to the lysate pools (6.5 for OSE; 6.3 for A2780).
It is noticed that the specific capacities of the CoO anode at various rates are significantly higher than its theoretical capacity of 716 mA h g−1.
All values of the initial capacities of Co3O4 electrodes using Super P and AB carbon conductors were significantly higher than the theoretical capacity.
The unusual thermal conductivity enhancement which was significantly higher than the theoretical prediction for nanofluids was attributed to the high thermal conductivity of particles (3,000 W/m.K), as well as the size and shape of the nanotubes.
The synergistic effect of p-Ti3C2 and 20 wt% MoS2 endows composite with maximum discharge capacity of 656 mAh g−1 at 50 mA g−1, which is significantly higher than the theoretical capacity of Ti3C2 (320 mAh g−1).
The electrochemical results show that the NGHSs can exhibit an initial discharge capacity of 2716.4 mAh g−1, which is significantly higher than the theoretical discharge capacity of graphite (372.0 mAh g−1).
The segregation ratio of the stain-positive phenotype in LSE3 was 0.16; however, the LSE3 phenotype appeared to be caused by a recessive mutation of a single gene, because the ratio was significantly higher than the theoretical segregation ratio of 0.0625 that assumes two genes are responsible for the phenotype.
The molecular weights of the resulting PLAs appear to be significantly higher than the theoretical Mn calculated from the initial catalyst loading and conversion, assuming a single chain for each initiator.
We also observe from Figure 16A,B,C,D that it is possible to achieve significantly higher speedup values (closer to theoretical values) using the macroblock-level parallelism.
