Sentence examples for binders were characterized using from inspiring English sources
Eight modified binders were characterized using a suite of mechanical tests for the rutting, fatigue, yield, and recovery properties.
The viscosity-time and mechanical properties of two PU binders were characterized using Rheometer, tensile test and dynamic mechanical analysis (DMA).
Thus, in this study the surface free energies of both minerals/aggregates and binders were characterized using two approaches, one based on contact angles and the other on vapor sorption methods.
The flame retardancy of modified asphalt binders were characterized using limited oxygen index (LOI), and the effects of aging on the properties of asphalt binders were studied using Brookfield viscometer test and dynamic shear rheometer test.
The rutting resistance of lignin modified asphalt binder at the high temperature was evaluated using Multi Stress Creep and Recovery (MSCR) test, while the fatigue life of asphalt binder was characterized using Linear Amplitude Sweep (LAS) test.
Three very similar CT binders were selected and purified soluble monomeric anti-CT sdAbs were characterized using Luminex100 and traditional ELISA assays.
The effect of thin film oven test (TFOT) and ultraviolet (UV) aging on the morphology of binders was characterized by using optical microscopy.
The electrochemical performance of electrodes using Li-PAA binder was characterized and compared to those using sodium carboxymethyl cellulose (CMC) and polyvinylidene fluoride (PVDF) binders.
The asphalt binder was then characterized using the Superpave™ rotational viscosity, dynamic shear modulus, and direct tension test.
In infrared spectra analysis, the structural evolutions of binder under different ageing modes were characterized by using right ageing index and the conclusions of thermal analysis and dynamic viscosity tests were confirmed further by the changes of butadiene and carbonyl indexes.
The influences of w/b, HRWRA% and total binder content were characterized and analyzed using regression technique to identify the primary factors and their interactions on the measured properties.
