A brief survey is presented of the methods of quantitative surface structure determination and some of the main phenomena that have been established, and their associated trends. These include surface relaxation and reconstruction of clean surfaces and the structures formed by atomic and molecular adsorbates. Examples include the surfaces of semiconductors, oxides and metals. Future challenges, concerned with complexity and precision, are discussed
X-ray diffraction has become an important tool for studying surfaces. We review the basic principles...
Contains a report on one research project.Joint Services Electronics Program (Contract DAAG29-80-C-0...
The technique of x-ray standing waves as a means of structure determination is reviewed with special...
The range of surface structural problems of interest in understanding the physics and chemistry of s...
The atomic-scale structure of a surface is fundamental to understanding its various properties, be t...
This fully revised, updated and reorganised third edition provides a thorough introduction to the ch...
Quantifying and understanding the structure of surfaces, and particularly of adsorbates on surfaces...
Quantitative structural studies of adsorption structures, especially using scanned-energy mode photo...
We review the current knowledge of the geometric and electronic structure of oxide surfaces. In part...
Diffraction methods have provided the large majority of solved atomic-scale structures for both the ...
This paper informally speculates on the challenges of determining the atomic-scale surface and inte...
It is well-known, even at the most elementary level of scientific knowledge, that free surfaces have...
Surfaces have several unique properties that remain unexplained on the atomic level. These include (...
In the characterization of solids, the most important area of interest is to define the state of sur...
As surface science advances to studies of increasingly complex surface phases, such as the coadsorpt...
X-ray diffraction has become an important tool for studying surfaces. We review the basic principles...
Contains a report on one research project.Joint Services Electronics Program (Contract DAAG29-80-C-0...
The technique of x-ray standing waves as a means of structure determination is reviewed with special...
The range of surface structural problems of interest in understanding the physics and chemistry of s...
The atomic-scale structure of a surface is fundamental to understanding its various properties, be t...
This fully revised, updated and reorganised third edition provides a thorough introduction to the ch...
Quantifying and understanding the structure of surfaces, and particularly of adsorbates on surfaces...
Quantitative structural studies of adsorption structures, especially using scanned-energy mode photo...
We review the current knowledge of the geometric and electronic structure of oxide surfaces. In part...
Diffraction methods have provided the large majority of solved atomic-scale structures for both the ...
This paper informally speculates on the challenges of determining the atomic-scale surface and inte...
It is well-known, even at the most elementary level of scientific knowledge, that free surfaces have...
Surfaces have several unique properties that remain unexplained on the atomic level. These include (...
In the characterization of solids, the most important area of interest is to define the state of sur...
As surface science advances to studies of increasingly complex surface phases, such as the coadsorpt...
X-ray diffraction has become an important tool for studying surfaces. We review the basic principles...
Contains a report on one research project.Joint Services Electronics Program (Contract DAAG29-80-C-0...
The technique of x-ray standing waves as a means of structure determination is reviewed with special...