The mini‐review is focused on application of silver and its compounds in fluoroorganic
synthesis, and it reflects immense progress in this field which took place during the last two …

We present a theoretical study of relative stability, as well as of the magnetic and electronic
properties, of AgF 2 and CuF 2, in two related structural forms: orthorhombic (ambient …

Fluoridoargentates (II) represent a fascinating class of silver (II) compounds with structural
and magnetic similarities to cuprate superconductors. However, their synthesis is …

AgF 2 has been proposed as a cuprate analog, which requires strong correlation and
marked covalence. On the other hand, fluorides are usually quite ionic, and 4 d transition …

Flat monolayers of silver (II) fluoride, which could be obtained by epitaxial deposition on an
appropriate substrate, have been recently predicted to exhibit very strong antiferro-magnetic …

KAgF 3 is a quasi-one-dimensional quantum antiferromagnet hosting a series of intriguing
structural and magnetic transitions. Here we use powder neutron diffraction, μ SR …

Using density functional theory, a competition between the Mott-Hubbard and intervalence
charge transfer mechanism of electron localization is revealed in AgF 2, an important silver …

We use density functional theory calculations to characterize the early stages of fluorination
of silver's (100) and (110) surfaces. In the Ag (100) surface, the hollow site is the most …

We present a new compound in the silver–cobalt-fluoride system, featuring paramagnetic
silver (d9) and high-spin cobalt (d6), synthesized by solid-state method in an autoclave …

Based on density functional theory calculations, we propose a new pathway toward
compounds featuring flat [AgF2] layers which mimic [CuO2] layers in high-temperature …