Standardized atom coordinates refer to a set of coordinates that have been processed and adjusted to a universal standard, making them more consistent and comparable across different studies. Published atom coordinates, on the other hand, are the original coordinates reported by the author of a specific research paper or study.
Standardized atom coordinates allow for easier comparison and analysis of data across different studies, as they have been processed and adjusted to a universal standard. This helps in identifying patterns and trends in the data, and promotes more efficient and accurate research.
No, standardized atom coordinates are not available for all materials in SpringerMaterials. This is because not all studies or research papers include this information, and it may not always be possible to standardize the coordinates due to limitations in data availability or quality.
Standardized atom coordinates are determined through a process called crystallographic refinement, which involves analyzing the crystal structure of a material and adjusting the coordinates to a universal standard. This process takes into account factors such as crystal symmetry, atomic positions, and bond lengths.
Yes, you can use both standardized and published atom coordinates in your research from SpringerMaterials. However, it is important to note which set of coordinates you are using and to properly cite the source of the data. It is also recommended to use standardized coordinates when possible, as they provide a more consistent and comparable representation of the material's crystal structure.