The objective of this research study was to conduct binder characterization of the Reacted and Activated Rubber (RAR) modified asphalts with varying dosages, and compare these materials with two virgin and one commercially available rubber modified (C60) binders.
Fracture toughness (KIC) of eight different asphalt mixtures were determined covering two conventional and six modified mixes with varying materials properties using static semi-circular bending (SCB) tests.
To this end, GTR and polymer modified pavement sections with varying traffic conditions were periodically evaluated during the first 2.5, 6, 8, and 10 years of service.
Different liquid phase thermal treatments were applied to a commercial activated carbon (Norit ROX 0.8) in order to produce modified activated carbons with varying surface chemistry and increased acidic character.
In this work, we consider three model topologies of modified Goodwin-type with varying degrees of complexity in the model components and the structure of the circuit.
More interestingly, a tunable dipoles were achieved on the ITO surface modified with electrolytes by simply varying the size of CAs, as verified by the significantly reduced effective work function (Φeff).
We prepared alginate gels modified with RGD peptides containing varying spacer arm lengths and cultured primary human fibroblasts either on the gels (2-D) or within the gels (3-D).
