… Various oxides, such as Li2ZrO3 [20], Li3PO4 [21], AlF3 [15], MgPO4 [22], CeO2 [23], and
Al2O3 [24] have been applied for the surface modification of LRLO to improve cycling stability. …

In this article, Li 2 MnO 3 was successfully prepared by a facile one-step high-energy mechanical
activation method free from sintering. XRD, SEM, and TEM techniques were employed …

… led to the formation of layered silicates as impurity phases, whereas TEAOH worked to
promote the crystallization of CON-type zeolite and eliminate layered silicates. Interestingly, the …

… To improve the efficiency of the catalytic oxidation, it is essential to have a clear understanding
of the reaction mechanisms. However, due to the uncertainty of surface-active sites and …

… Precise identification of protein–protein interactions is required to improve our understanding
of biochemical pathways for biology and medicine. In physiology, how proteins interact …

… the precipitation of the varnish layers on rock surfaces have been discussed … layers. (73)
Thus, knowledge on their valence states is of particular importance for a deeper understanding …

… This research demonstrates the distinctive role of spatially controlled colocalization of the
dual-protein system in substantially enhancing ELISA performance compared with the …

… Obviously, the results showed that AuNRs utilized in this study served the role as not only
the ECL-RET acceptor but also the photothermal converter to prompt the phase change of the …

… (LIBs) are currently the dominant energy storage technology, current commercial lithium
ion battery utilizes graphite anode which have intercalation of lithium between the layered …