Monoclinicsulforin

Monoclinicsulforin is a hypothetical inorganic compound that crystallizes in the monoclinic crystal system. It is used in crystallography and materials science to illustrate how sulfur-containing solids may arrange in a low-symmetry lattice. The name combines the monoclinic geometry descriptor with sulforin, a notional sulfur-containing framework unit.

Composition and structure: The compound is described by a general formula MxSyOz, where M denotes a metal and x, y, z are non-stoichiometric within a given phase. In modeled structures, monoclinicsulforin adopts a monoclinic unit cell with a space group such as P2_1/m or C2/m, and lattice parameters a, b, c with a beta angle distinct from 90 degrees (typically beta around 100–120 degrees). The sulfur atoms are proposed to form corner- or edge-sharing polyhedra that link metal centers into a three-dimensional framework.

Synthesis and characterization: In hypothetical literature, monoclinicsulforin can be prepared by a solid-state reaction of a metal oxide with sulfur at elevated temperature under inert gas, or by hydrothermal synthesis from metal salts and polysulfide reagents followed by controlled cooling. Characterization relies on X-ray diffraction to determine the monoclinic lattice, complemented by vibrational spectroscopy and electron microscopy to assess morphology and composition.

Properties and potential uses: Speculative sources describe a color range from colorless to pale yellow, brittleness, and moderate to high thermal stability. Potential applications discussed include solid-state ion conduction, catalysis, or optical materials; however, there are no experimentally verified, industrially adopted uses. Safety considerations follow that of sulfur-containing solids: handle with care to avoid inhalation of powders.

Monoclinicsulforin is primarily used as a teaching example and a point of discussion in crystallography and materials science, where it serves to illustrate how a monoclinic sulfur-containing framework might orient itself in space.