The interface width in an immiscible (PVC/PS) polymer blend is determined using hydrodynamic interaction parameter (α) derived from free volume data measured using Positron lifetime spectrometer. CONTIN program has been employed to get the free volume hole size distribution. A new definition of interface width is presented, which originates from the Kirkwood-Riseman theory and friction coefficient as per Stokes equation. Friction at the interface of a binary blend decides how close the surfaces come or stay farther resulting in narrow or broad interface width respectively
A new method based on positron lifetime spectroscopy is developed to characterize individual interfa...
The structure of the interface between two polymer phases is of considerable interest from a fundame...
Partially miscible blends of PS/PMMA and PVC/SAN with different compositions have been prepared by s...
Interfaces in binary polymer blends play a pivotal role in moulding their physical properties. We ob...
The interface widths in two immiscible polymer blend (Poly vinyl chloride (PVC)/Polystyrene (PS)) an...
The diffused interface widths in an immiscible and a partially miscible polymer blend namely Polyvin...
A new method of characterizing the adhesion at the interface of partially miscible and immiscible bi...
A new method has been developed to determine the probability of miscibility in binary polymer blends...
In this work, an effective method of characterizing the adhesion at the interface of partially misci...
A new method to characterize individual interfaces in ternary polymer blends from experimentally mea...
Positron Annihilation Lifetime Spectroscopy has been used to determine the free volume content in th...
New methods for stabilizing the interface of partially miscible and immiscible binary polymer blends...
Positron lifetime spectroscopy is used to develop a new approach to characterize the individual inte...
The interface width between polystyrene and poly-(methyl methacrylate) has been determined by neutro...
A mean field model of interface formation between two weakly incompatible polymer blends is used to ...
A new method based on positron lifetime spectroscopy is developed to characterize individual interfa...
The structure of the interface between two polymer phases is of considerable interest from a fundame...
Partially miscible blends of PS/PMMA and PVC/SAN with different compositions have been prepared by s...
Interfaces in binary polymer blends play a pivotal role in moulding their physical properties. We ob...
The interface widths in two immiscible polymer blend (Poly vinyl chloride (PVC)/Polystyrene (PS)) an...
The diffused interface widths in an immiscible and a partially miscible polymer blend namely Polyvin...
A new method of characterizing the adhesion at the interface of partially miscible and immiscible bi...
A new method has been developed to determine the probability of miscibility in binary polymer blends...
In this work, an effective method of characterizing the adhesion at the interface of partially misci...
A new method to characterize individual interfaces in ternary polymer blends from experimentally mea...
Positron Annihilation Lifetime Spectroscopy has been used to determine the free volume content in th...
New methods for stabilizing the interface of partially miscible and immiscible binary polymer blends...
Positron lifetime spectroscopy is used to develop a new approach to characterize the individual inte...
The interface width between polystyrene and poly-(methyl methacrylate) has been determined by neutro...
A mean field model of interface formation between two weakly incompatible polymer blends is used to ...
A new method based on positron lifetime spectroscopy is developed to characterize individual interfa...
The structure of the interface between two polymer phases is of considerable interest from a fundame...
Partially miscible blends of PS/PMMA and PVC/SAN with different compositions have been prepared by s...