SHF

(redirected from Superhyperfine)
AcronymDefinition
SHFSuper High Frequency (3-30 GHz; 10-1cm)
SHFSuper High Frequency
SHFShifts (Hockey)
SHFSystolic Heart Failure (cardiology)
SHFSociedad Hipotecaria Federal (México, low income mortgage program, formerly FOVI)
SHFStateful Hardware Failover
SHFSimple Hands Free
SHFSydney Heritage Fleet (marine heritage; Sydney, Australia)
SHFState Highway Fund (various locations)
SHFState Historical Fund (Colorado)
SHFSociété Hippique Française (French: French Equine Society; Paris, France; est. 1865)
SHFSafe and Healthy Families (medical and mental health care for abuse victims)
SHFSingapore Heart Foundation
SHFSensible Heat Factor
SHFSisters of the Holy Family (religious order)
SHFShining Force (game)
SHFSociété Herpétologique de France
SHFSteelworkers Humanity Fund (United Steelworkers)
SHFSeven Holy Founders (Catholic School, Affton, MO)
SHFSimian Hemorrhagic Fever
SHFSociété Honoraire de Français (French Honor Society)
SHFShawn Hornbeck Foundation (Missouri)
SHFSingle Hedge Fund
SHFSociété de l'Histoire de France (Society for French History)
SHFSingle Hispanic Female
SHFSanitarium Health Food Company (Australia & New Zealand)
SHFStockholms Herpetologiska Förening (Sweden)
SHFSuperhyperfine
SHFSettlement Housing Fund
SHFShareholders Fund
SHFSiberian Husky France (dog club; France)
SHFSeparating Hash Family
SHFSaskatchewan Horse Federation Inc. (Regina, Saskatchewan, Canada)
SHFShip's History File
SHFStorage Handling Facility
SHFSalisbury House Foundation (Des Moines, Iowa)
SHFSouthern Housing Foundation
SHFStainless Hose Fittings
SHFspecific health function
References in periodicals archive ?
Comparing these results with EPR spectrum [5] of CuTPPs with guaiacol and ABTS which shows significant superhyperfine coupling, the experimental data not only indicates more considerable changes in the electronic structure than computations, but also, as in the case of nitrite as ligand, an opposite trend to what is expected based on DFT-derived nitrogen spin densities.
The trend in the magnitude of superhyperfine coupling effects seen in the experimental EPR spectra is (phenolic system)>imidazole>nitrite [5].
6 may be taken to be in good agreement with the notable changes induced by each ligand (imidazole, nitrite, guaiacol and ABTS) on the EPR superhyperfine splitting [5].