Just as the original elements are organized by their atomic number and chemical properties (alkali metal, noble gas), the items of trash are organized by function (hygiene, beverage), and, just as the elements are referred to by symbols, each item of trash is given a one- or two-letter abbreviation.
This paper investigated the effects of alkalinity, reaction temperature, and alkali type on the properties of alkali-treated IBA and the resulting IBA blended cement mortars.
Furthermore, alkali treatment enhances pozzolanic properties of IBA and the resulting alkali-treated IBA possessed pozzolanic reactivity similar to coal fly ash.
In the work, efflorescence characteristics in pavement containing red mud which can be affected by strong alkaline were investigated through various tests such as compressive strength, porosity, absorption, efflorescence area, alkali leaching content, and properties of the efflorescence compound.
The efflorescence characteristics which can be caused by strong alkaline in red-mud are investigated considering evaluation of pavement compaction, compressive strength, porosity, absorption, efflorescence area, alkali leaching content, and properties of the efflorescence compound.
Results indicated that the c-MWCNTMHs showed a good dispersion stability, an acid and alkali resistivity, and magnetic properties in deionized water, and can be used as adsorbents for Cu II) removal.
In physicochemical level, apparent amylose content [6], gel consistency [7], gelatinization temperature [8] or alkali digestion value, pasting properties [9], chain length distribution of amylopectin [10], and protein content [11] are thought to be important parameters affecting eating quality.
The BMHTF force field adopted in this study had been proved to be reasonable to compute the properties of molten alkali chloride salts including thermal conductivities, heat capacities, viscosities, and densities, which could be used in future work to predict the properties of other molten salts and their mixtures.
In order to improve the composite's mechanical properties, fibers were alkali treated before compounding to remove natural waxes and other non cellulosic compounds.
The results indicate that the chemical stability of cationic emulsion is strongly affected by pH value increase and the addition of nonionic emulsifier improves the alkali resistance property of emulsion.
