The Immobilization Mechanism of Zn on PN and WS Biochars. The formation of various ashes on biochars is the premise for Zn immobilization; and the formation of different Zn species is the immobilization mechanism of Zn on PN and WS biochars. The formation processes of the main Zn species ...
While fans wait for both the novels and the show to wrap up Game of Thrones, Jones has his own theories about how the epic will end — and, it’s a little bleak. The factions of “ice and fire” will destroy themselves in a great war, and many will die. But it’s not all bad...
Through a series of characterization methods, it was illustrated that the prepared catalyst had a layered porous structure. The calculated carbon layer spacing is 0.413 nm, and the average pore size is 5.1 nm. This structure greatly increases the specific surface area (165.2 m2/g) of the ...
However, higher Si/Al and K/Al ratios confirm the presence of an excess of unreacted potassium silicate, which in turn confirms the scarce reactivity of the ashes in the alkali environment of the formulation. A more considerable amount of BM, which is far less reactive than MK towards alkali...
When current flows in the opposite direction (reverse voltage bias), the resistivity of the solution within the pore increases leading to a high resistivity state and lower ionic current through the pore. Since the rate of electroosmotic flow (EOF) through the membrane is related to the ...
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Since no high-vanadium-content ore is commercially available, vanadium has usually been produced from secondary sources and industrial wastes, such as titaniferrous magnetites, concentrates, slags, fly ashes, and petroleum residues [1,4,5]. The salt-roasting technique is a major process for ...
Side Chain Liquid Crystal Polymers (SCLCPs), which integrate the special anisotropy of liquid crystalline materials with the excellent mechanical performance of polymers, have attracted extensive attention over the past few decades [5–8]. Polysiloxane-based Side Chain Liquid Crystal Polymers (PSCLCPs...