To show that local surface charge densities can be measured with a scanning force microscope purple membranes adsorbed to alumina were imaged in electrolyte solutions. Force versus distance curves were measured on purple membranes and on the bare alumina with standard silicon nitride tips. By comparing the electrostatic force measured on both substances, the surface charge density of purple membranes could be calculated from the known charge density of alumina. The charge density of purple membranes was estimated to be -0.05 C/m2
We present a method to determine the local surface charge of solid–liquid interfaces from Atomic For...
[[abstract]]Purple membranes (PM) are the two-dimensional structure composed of Bacteriorhodopsin (B...
Nanotechnology Electrostatic interaction in scanning probe microscopy when imaging in electrolyte so...
To show that local surface charge densities can be measured with a scanning force microscope purple ...
The effective surface potential, called the ζ potential, is commonly determined from electrophoretic...
Surface forces determine the behaviour and properties of colloids, including biological molecules, m...
AbstractThe atomic force microscope (AFM) is sensitive to electric double layer interactions in elec...
AFM was employed as a physicochemical probe to determine the electrostatic potential distribution qu...
Thesis (Doctoral)--Izmir Institute of Technology, Chemical Engineering, Izmir, 2011Includes bibliogr...
A significant limitation of electrokinetic measurements is that only an average value of the zeta po...
Surface charge density can be derived from atomic force microscopy (AFM) by using Derjaguin, Landau,...
AbstractAn experimental approach for producing relative charge density maps of biological surfaces u...
In atomic force microscopy, the tip experiences electrostatic, van der Waals, and hydration forces w...
The electrostatic properties of lipid bilayer membranes play a significant role in many biological p...
In atomic force microscopy, the tip experiences electrostatic, van der Waals, and hydration forces w...
We present a method to determine the local surface charge of solid–liquid interfaces from Atomic For...
[[abstract]]Purple membranes (PM) are the two-dimensional structure composed of Bacteriorhodopsin (B...
Nanotechnology Electrostatic interaction in scanning probe microscopy when imaging in electrolyte so...
To show that local surface charge densities can be measured with a scanning force microscope purple ...
The effective surface potential, called the ζ potential, is commonly determined from electrophoretic...
Surface forces determine the behaviour and properties of colloids, including biological molecules, m...
AbstractThe atomic force microscope (AFM) is sensitive to electric double layer interactions in elec...
AFM was employed as a physicochemical probe to determine the electrostatic potential distribution qu...
Thesis (Doctoral)--Izmir Institute of Technology, Chemical Engineering, Izmir, 2011Includes bibliogr...
A significant limitation of electrokinetic measurements is that only an average value of the zeta po...
Surface charge density can be derived from atomic force microscopy (AFM) by using Derjaguin, Landau,...
AbstractAn experimental approach for producing relative charge density maps of biological surfaces u...
In atomic force microscopy, the tip experiences electrostatic, van der Waals, and hydration forces w...
The electrostatic properties of lipid bilayer membranes play a significant role in many biological p...
In atomic force microscopy, the tip experiences electrostatic, van der Waals, and hydration forces w...
We present a method to determine the local surface charge of solid–liquid interfaces from Atomic For...
[[abstract]]Purple membranes (PM) are the two-dimensional structure composed of Bacteriorhodopsin (B...
Nanotechnology Electrostatic interaction in scanning probe microscopy when imaging in electrolyte so...