The Influence of Temperature on Swelling Characteristics of Compacted Bentonite for Waste Disposal

Aiming to investigate the influence of organic modification on the adsorptive properties of bentonite clays, samples with different percentages of clay (1, 2 and 5 %), placed

The purpose of this work was to assess the ability of bentonite clay to adsorb cadmium and copper from aqueous solutions and to investigate the influence of pH and particle size

With respect to the sample shape, the disk shape carried out to significantly higher drying rates only for D’água cultivar without blanching.. Blanching was significantly influent,

The results showed a strong influence of NCO/OH molar ratio on the Tg values, swelling and elastic modulus, mainly for the SIPN cured at room temperature. Swelling profile

Increased pressure in the compression chamber of the high-pressure device caused the porosity of the compacted micropowder to decrease, reducing the carbide phase content and

For evaluating the adsorption capacity of the cations by bentonite treated at different temperature it was analyzed previously the thermal analysis (DTA-TGA) of the bentonite,

With the increase of temperature, the holocellulose degradation was due mainly to decrease of cellulose content and as consequence the modulus of elasticity at high

Higher blending temperature and crumb rubber content were found to influence the interaction of bitumen-rubber blends and also increased the swelling rate of rubber