Herein, a robust scheme is defined to elaborate interaction behavior of biopolymers and the effect of temperature on it using dynamic rheological measurements. As a case study, sage seed gum-xanthan gum (SSG-XG) interaction at different ratios (1...

The correlation function of light scattering is studied on a mixture of poly(lactic acid) (PLA) and AOT/n-decane/water microemulsion. The relaxation time and collective diffusion coefficient of nanodroplets are obtained ...

The correlation function of light scattering is studied on a mixture of poly(lactic acid) (PLA) and AOT/n-decane/water microemulsion. The relaxation time and collective diffusion coefficient of nanodroplets are obtained ...

Herein, the influence of temperature (10°C, 30°C, 50°C, 70°C, and 90°C) on the dynamic (using amplitude sweep, frequency sweep, and temperature sweep tests), steady-shear, thixotropy (using hysteresis loop, single shear ...

A novel approach for distinguishing the viscoelastic and thixotropic phenomena of predisturbed and intact networks at short and long timescales of observation was proposed using stress relaxation, creep/recovery, single ...

/non‐synergistic effect of biopolymers mixture, which is invaluable from the practical and economical points of view, seems to be mainly induced by their thermodynamic status of interaction. Our former study showed that the thermodynamic indices of mixing could be probed...

Dynamic oscillatory shear tests are performed by subjecting a material to a sinusoidal strain/stress and measuring the resulting mechanical response. Nonlinear response (LAOS), in the context of rheological response, can ...

Cellulose is recognized as the most abundant biopolymer in nature offer wide chance to be
used for superior applications such as water purification [1,2]. It is natural, renewable, environmentally
friendly, efficient and cost...