FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1980909752> ?p ?o ?g. }

• W1980909752 endingPage "96" @default.
• W1980909752 startingPage "69" @default.
• W1980909752 abstract "This study presents an investigation on the various spin relaxation processes taking place at X-Band microwave energy in Zn substituted MnFe2O4 and CoFe2O4 and their induction heating studies. The material properties of these citric acid assisted sol-gel synthesized nanoparticles have been explored using X-ray diffraction (XRD), Fourier transform infrared spectroscopy (FTIR), Field emission scanning electron microscope, Vibrating sample magnetometer (VSM) and Electron spin resonance spectroscopy. XRD and Rietveld refinement confirm the face centered cubic spinel structure of the synthesized samples, which is further supported by the observation of absorption bands characteristic of the spinel ferrites in the FTIR spectra. The remanence, coercivity and effective magnetocrystalline anisotropy values from VSM studies show lower value with zinc substitution which is desirable for biomedical application. Various spin resonance parameters like gyromagnetic ratio, peak to peak linewidth, resonance field, spin-lattice and spin-spin relaxation times have been calculated. The induction heating studies of the samples in an alternating magnetic field have been carried out using a field strength of 4.58 × 109 Am-1s-1. All the investigated MNPs are able to raise the temperature to the therapeutic limit of 42–45 °C. The specific absorption rate (SAR) which describe the heating potential of the MNPs is calculated using four different concentrations of each sample - 5 mg mL-1, 10 mg mL-1, 15 mg mL-1 and 20 mg mL-1. SAR values are found to decrease with increase in concentration and achieve the highest value of 303 W/g for Co0.5Zn0.5Fe2O4 nanoparticles with 5 mg mL-1 concentration. The ability of the MNPs to give rise to the therapeutic temperature points toward their suitability as an effective heat mediator in magnetic hyperthermia treatment of cancer." @default.
• W1980909752 created "2016-06-24" @default.
• W1980909752 creator A5007441935 @default.
• W1980909752 creator A5046602530 @default.
• W1980909752 creator A5064751201 @default.
• W1980909752 date "2009-02-01" @default.
• W1980909752 modified "2023-10-03" @default.
• W1980909752 title "Optimization of static magnetic field homogeneity in the human and animal brain in vivo" @default.
• W1980909752 cites W1964201164 @default.
• W1980909752 cites W1964318214 @default.
• W1980909752 cites W1968440108 @default.
• W1980909752 cites W1971181557 @default.
• W1980909752 cites W1972102938 @default.
• W1980909752 cites W1973766842 @default.
• W1980909752 cites W1976452080 @default.
• W1980909752 cites W1980686265 @default.
• W1980909752 cites W1989029688 @default.
• W1980909752 cites W1990301502 @default.
• W1980909752 cites W1991365119 @default.
• W1980909752 cites W1991636555 @default.
• W1980909752 cites W1992532436 @default.
• W1980909752 cites W1993852907 @default.
• W1980909752 cites W1994894958 @default.
• W1980909752 cites W1995216385 @default.
• W1980909752 cites W1995710549 @default.
• W1980909752 cites W1999827562 @default.
• W1980909752 cites W2000229085 @default.
• W1980909752 cites W2002271924 @default.
• W1980909752 cites W2002660165 @default.
• W1980909752 cites W2007244738 @default.
• W1980909752 cites W2015136199 @default.
• W1980909752 cites W2015363282 @default.
• W1980909752 cites W2024718121 @default.
• W1980909752 cites W2026109486 @default.
• W1980909752 cites W2026951771 @default.
• W1980909752 cites W2039314080 @default.
• W1980909752 cites W2043674983 @default.
• W1980909752 cites W2045691712 @default.
• W1980909752 cites W2050557825 @default.
• W1980909752 cites W2051106809 @default.
• W1980909752 cites W2051571725 @default.
• W1980909752 cites W2052781789 @default.
• W1980909752 cites W2053281699 @default.
• W1980909752 cites W2059675093 @default.
• W1980909752 cites W2064533924 @default.
• W1980909752 cites W2066330039 @default.
• W1980909752 cites W2068429212 @default.
• W1980909752 cites W2071472234 @default.
• W1980909752 cites W2073332559 @default.
• W1980909752 cites W2074353952 @default.
• W1980909752 cites W2077084400 @default.
• W1980909752 cites W2082346744 @default.
• W1980909752 cites W2085971638 @default.
• W1980909752 cites W2086344459 @default.
• W1980909752 cites W2090988373 @default.
• W1980909752 cites W2093545363 @default.
• W1980909752 cites W2100809985 @default.
• W1980909752 cites W2103681669 @default.
• W1980909752 cites W2104500090 @default.
• W1980909752 cites W2111153507 @default.
• W1980909752 cites W2113430372 @default.
• W1980909752 cites W2116518631 @default.
• W1980909752 cites W2131904845 @default.
• W1980909752 cites W2143652614 @default.
• W1980909752 cites W2151210608 @default.
• W1980909752 cites W2153614969 @default.
• W1980909752 cites W2153816902 @default.
• W1980909752 cites W2154048604 @default.
• W1980909752 cites W2155220364 @default.
• W1980909752 cites W2157757088 @default.
• W1980909752 cites W2158513652 @default.
• W1980909752 cites W2161044358 @default.
• W1980909752 cites W2167234332 @default.
• W1980909752 cites W2170117095 @default.
• W1980909752 cites W2170452323 @default.
• W1980909752 cites W2754370524 @default.
• W1980909752 cites W4252171206 @default.
• W1980909752 cites W4254297188 @default.
• W1980909752 doi "https://doi.org/10.1016/j.pnmrs.2008.04.001" @default.
• W1980909752 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/2802018" @default.
• W1980909752 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20126515" @default.
• W1980909752 hasPublicationYear "2009" @default.
• W1980909752 type Work @default.
• W1980909752 sameAs 1980909752 @default.
• W1980909752 citedByCount "59" @default.
• W1980909752 countsByYear W19809097522012 @default.
• W1980909752 countsByYear W19809097522013 @default.
• W1980909752 countsByYear W19809097522014 @default.
• W1980909752 countsByYear W19809097522015 @default.
• W1980909752 countsByYear W19809097522016 @default.
• W1980909752 countsByYear W19809097522017 @default.
• W1980909752 countsByYear W19809097522018 @default.
• W1980909752 countsByYear W19809097522019 @default.
• W1980909752 countsByYear W19809097522020 @default.
• W1980909752 countsByYear W19809097522022 @default.
• W1980909752 countsByYear W19809097522023 @default.
• W1980909752 crossrefType "journal-article" @default.
• W1980909752 hasAuthorship W1980909752A5007441935 @default.

• next