Add to ORKGAgBr microcrystals from different photographic emulsions were precipitated on a glass substrate and investigated by means of atomic force microscopy. Size and form of individual crystals were determined; on their surfaces, microstructures as well as nanostructures were resolved. Apart from orientated growth hills, we found a superstructure with a period of 5 to 6 nm on the top surfaces of tabular AgBr microcrystals
Applicability of Atomic Force Microscopy (AFM) for structural characterization of nanocrystal superl...
In this study the morphology and growth mechanism of AgX (X = Cl, Br) needle crystals will be reveal...
One key pursuit over the past decade in the field of nanoscience has been the purposeful constructio...
AgBr microcrystals from different photographic emulsions were precipitated on a glass substrate and ...
AgBr microcrystals from different photographic emulsions were precipitated on a glass substrate and ...
For the first time, atomic force microscope measurements on the (111) and (100) surfaces of AgBr cry...
Both ex situ and in situ atomic force microscopy have been applied to study the (1 1 1) and (1 0 0) ...
The presence of an epitaxial interface between the silver carboxylate and silver bromide nanocrystal...
Ag nanoparticles are faceted bits of silver metal with diameters on the nanometer length scale. As s...
Subject of inquiry is silver halogenide microcrystals. The aim of the work is to investigate mechani...
The surface state of the silver halogenide microcrystals of different size, halogenide composition, ...
The investigation objects are the emulsion microcrystals of the silver halogenides. The aim as to ob...
Electron energy-loss spectroscopy (EELS) and zero-loss electron spectroscopic imaging (ZLESI) in co...
<p>AFM images of AgBr nanoparticles prepared in the presence of a) PEG, b) PVP, c) PVA and d) HEC.</...
Investigations regarding AgBr-based photocatalysts came to the center of attention due to their high...
Applicability of Atomic Force Microscopy (AFM) for structural characterization of nanocrystal superl...
In this study the morphology and growth mechanism of AgX (X = Cl, Br) needle crystals will be reveal...
One key pursuit over the past decade in the field of nanoscience has been the purposeful constructio...
AgBr microcrystals from different photographic emulsions were precipitated on a glass substrate and ...
AgBr microcrystals from different photographic emulsions were precipitated on a glass substrate and ...
For the first time, atomic force microscope measurements on the (111) and (100) surfaces of AgBr cry...
Both ex situ and in situ atomic force microscopy have been applied to study the (1 1 1) and (1 0 0) ...
The presence of an epitaxial interface between the silver carboxylate and silver bromide nanocrystal...
Ag nanoparticles are faceted bits of silver metal with diameters on the nanometer length scale. As s...
Subject of inquiry is silver halogenide microcrystals. The aim of the work is to investigate mechani...
The surface state of the silver halogenide microcrystals of different size, halogenide composition, ...
The investigation objects are the emulsion microcrystals of the silver halogenides. The aim as to ob...
Electron energy-loss spectroscopy (EELS) and zero-loss electron spectroscopic imaging (ZLESI) in co...
<p>AFM images of AgBr nanoparticles prepared in the presence of a) PEG, b) PVP, c) PVA and d) HEC.</...
Investigations regarding AgBr-based photocatalysts came to the center of attention due to their high...
Applicability of Atomic Force Microscopy (AFM) for structural characterization of nanocrystal superl...
In this study the morphology and growth mechanism of AgX (X = Cl, Br) needle crystals will be reveal...
One key pursuit over the past decade in the field of nanoscience has been the purposeful constructio...