17d. Thus, black phosphorus and g-C3N4 formed a strong interaction interface through N–P bonds, which resulted in effective charge transfer. Furthermore, g-C3N4 could protect black phosphorus from being oxidized, ensuring that the black phosphorus/g-C3N4 photocatalyst indicated outstanding light-...
2i). After printing and during the solvent evaporation process, the existence of hydrogen bonds guarantees the uniform distribution of PS latex particles inside the shrinking polymer skeleton along with the water loss (orange dotted box in Fig. 2j) until complete evaporation, where crystalline and...
storage applications. This article presents a comprehensive review of the various 2D materials used for hydrogen storage, such as graphene, MXene, h-BN, borophene, phosphorene, TMDs, aluminene, silicene, etc. The various parameters which influence the hydrogen storage profile of the 2D materials a...
KPi is a buffer made up of two potassium phosphate (KH2PO4, K2HPO4) salts in water. 3. Structure of lignocellulose and the roles of various bonds This is shown in Fig. 5 that lignocellulose includes cellulose, hemicellulose and lignin that three basic biopolymers, while proteins, resins and...
(SS)2] to form amide bonds, which results in the formation of albumin hydrogels. Besides, the active succinimide ester of the PH hydrogel can react with the amino group on the tissue’s surface, endowing the hydrogel with excellent tissue adhesion [17,18]. Additionally, our results ...
The sample was characterized in detail and a phenomenon of great significance has been found on structure, namely the formation of high-density atomic steps on the surfaces of Rh nanocrystals and sp–C~Rh bonds in Rh/GDY. The high-density atomic steps greatly improved the intrinsic properties ...
41. The strong EMSI between the single-atom Pt and TMDs support redistributes the electron density around the metal center with the direct formation of metal–support bonds, facilitating the electron transfer from the active metal center to the reactant. The changes in the oxidation state of ...
water because of its inert surface38, while β-Mo2C shows a strong affinity to water, probably due to the formation of hydrogen bonds between its surface groups and water molecules, as in the case of MXene39. It is interesting to note the electrochemical surface areas of MoS2and MoS2/Mo2C...
Due to the presence of water molecules in the structure of the hydrated calcium alt in PVDF/CN, hydrogen bonds can be formed between CF2 groups and H2O–C-F…H–O–H. In [58], the formation of hydrogen bonds in the PVDF structure upon the addition of hydrated magnesium salt was ...
Water-soluble carbon quantum dots (CQD) can detect H2O2 on the basis of fluorescence quenching and have several advantages over semiconducting QDs in terms of low cytotoxicity, high photo-stability and biocompatibility [93]. Another class of nanoparticles used for intracellular measurements, referred ...