The electron line represents an electron with a given energy and momentum, with a similar interpretation of the photon line.
Free radicals contain an unpaired electron (represented by a dot in the molecular formula) and, therefore, are highly reactive chemical molecules.
But what is not arbitrary is the way that the electron density represents a molecule like this.
Anaerobic reductive dechlorination, a process in which microorganisms utilize chlorinated organics as electron acceptors, represents a potentially viable method for cleanup of many contaminated sites ([Christ et al., 2005]; [Fennell et al., 2001]; [He et al., 2005]; [Major et al., 2002]).
Because the only difference between the native and cyanide data sets was that, with the latter, crystals were soaked in a solution containing cyanide before data collection, we considered if the electron density represents a cyanide ligand by refining molecules of different sizes into this density.
Microbial reduction of perchlorate with an electrode as the electron donor represents an emerging technology for remediation of perchlorate contamination; it is important to know how perchlorate reduction behaves when nitrate, a co-contaminant of perchlorate is present.
Electron microscopy represents an integral part of histopathology, and genetic analysis plays a more and more important role in the final diagnosis, which is followed by causal treatment.
Single-particle electron cryo-microscopy represents a potential alternative for high-throughput structure analysis, particularly for large macromolecular assemblies.
However, while the sensitivity of the quantum bit sensor is sufficient to detect individual electron spins and represents a quantum leap forward from earlier efforts, its spatial resolution is limited by its distance from the object that is being imaged.
The overall narrower and somewhat non-symmetric shape of the early time non-Fermi energy distribution change functions relative to naive expectations is consistent with quantum mechanical calculations for the intraband hot electron generation3,30 and represents a key result of our paper.
