FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4377097478> ?p ?o ?g. }

• W4377097478 endingPage "1673" @default.
• W4377097478 startingPage "1673" @default.
• W4377097478 abstract "Using magnetic nanoparticles for extracorporeal magnetic heating applications in bio-medical technology allows higher external field amplitudes and thereby the utilization of particles with higher coercivities (HC). In this study, we report the synthesis and characterization of high coercivity cobalt ferrite nanoparticles following a wet co-precipitation method. Particles are characterized with magnetometry, X-ray diffraction, Mössbauer spectroscopy, transmission electron microscopy (TEM) and calorimetric measurements for the determination of their specific absorption rate (SAR). In the first series, CoxFe3−xO4 particles were synthesized with x = 1 and a structured variation of synthesis conditions, including those of the used atmosphere (O2 or N2). In the second series, particles with x = 0 to 1 were synthesized to study the influence of the cobalt fraction on the resulting magnetic and structural properties. Crystallite sizes of the resulting particles ranged between 10 and 18 nm, while maximum coercivities at room temperatures of 60 kA/m for synthesis with O2 and 37 kA/m for N2 were reached. Magnetization values at room temperature and 2 T (MRT,2T) up to 60 Am2/kg under N2 for x = 1 can be achieved. Synthesis parameters that lead to the formation of an additional phase when they exceed specific thresholds have been identified. Based on XRD findings, the direct correlation between high-field magnetization, the fraction of this antiferromagnetic byphase and the estimated transition temperature of this byphase, extracted from the Mössbauer spectroscopy series, we were able to attribute this contribution to akageneite. When varying the cobalt fraction x, a non-monotonous correlation of HC and x was found, with a linear increase of HC up to x = 0.8 and a decrease for x > 0.8, while magnetometry and in-field Mössbauer experiments demonstrated a moderate degree of spin canting for all x, yielding high magnetization. SAR values up to 480 W/g (@290 kHz, 69 mT) were measured for immobilized particles with x = 0.3, whit the external field amplitude being the limiting factor due to the high coercivities of our particles." @default.
• W4377097478 created "2023-05-20" @default.
• W4377097478 creator A5006144403 @default.
• W4377097478 creator A5007934511 @default.
• W4377097478 creator A5009560356 @default.
• W4377097478 creator A5010840733 @default.
• W4377097478 creator A5041276010 @default.
• W4377097478 creator A5052452963 @default.
• W4377097478 creator A5055700226 @default.
• W4377097478 creator A5082312178 @default.
• W4377097478 creator A5091980866 @default.
• W4377097478 date "2023-05-18" @default.
• W4377097478 modified "2023-09-30" @default.
• W4377097478 title "Optimization of Magnetic Cobalt Ferrite Nanoparticles for Magnetic Heating Applications in Biomedical Technology" @default.
• W4377097478 cites W1677569007 @default.
• W4377097478 cites W172550877 @default.
• W4377097478 cites W1966756383 @default.
• W4377097478 cites W1969418262 @default.
• W4377097478 cites W1971722109 @default.
• W4377097478 cites W1978238968 @default.
• W4377097478 cites W1980264362 @default.
• W4377097478 cites W1980990112 @default.
• W4377097478 cites W1981145449 @default.
• W4377097478 cites W1986280467 @default.
• W4377097478 cites W1992664250 @default.
• W4377097478 cites W1993304399 @default.
• W4377097478 cites W1996391750 @default.
• W4377097478 cites W1998724773 @default.
• W4377097478 cites W1999454351 @default.
• W4377097478 cites W2005233297 @default.
• W4377097478 cites W2005769369 @default.
• W4377097478 cites W2009687730 @default.
• W4377097478 cites W2010117024 @default.
• W4377097478 cites W2014858825 @default.
• W4377097478 cites W2043121734 @default.
• W4377097478 cites W2049792325 @default.
• W4377097478 cites W2051581909 @default.
• W4377097478 cites W2065132700 @default.
• W4377097478 cites W2065779752 @default.
• W4377097478 cites W2067919510 @default.
• W4377097478 cites W2075634873 @default.
• W4377097478 cites W2083863641 @default.
• W4377097478 cites W2092738925 @default.
• W4377097478 cites W2092866991 @default.
• W4377097478 cites W2175827626 @default.
• W4377097478 cites W2329157874 @default.
• W4377097478 cites W2513178155 @default.
• W4377097478 cites W2561353440 @default.
• W4377097478 cites W2586128055 @default.
• W4377097478 cites W2591186111 @default.
• W4377097478 cites W2747649650 @default.
• W4377097478 cites W2781746665 @default.
• W4377097478 cites W2884486444 @default.
• W4377097478 cites W2913336965 @default.
• W4377097478 cites W2949874942 @default.
• W4377097478 cites W2999332113 @default.
• W4377097478 cites W3008690574 @default.
• W4377097478 cites W3029614391 @default.
• W4377097478 cites W3133526903 @default.
• W4377097478 cites W3135100093 @default.
• W4377097478 cites W3138528902 @default.
• W4377097478 cites W4206939509 @default.
• W4377097478 cites W4254170895 @default.
• W4377097478 cites W831538086 @default.
• W4377097478 doi "https://doi.org/10.3390/nano13101673" @default.
• W4377097478 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37242088" @default.
• W4377097478 hasPublicationYear "2023" @default.
• W4377097478 type Work @default.
• W4377097478 citedByCount "0" @default.
• W4377097478 crossrefType "journal-article" @default.
• W4377097478 hasAuthorship W4377097478A5006144403 @default.
• W4377097478 hasAuthorship W4377097478A5007934511 @default.
• W4377097478 hasAuthorship W4377097478A5009560356 @default.
• W4377097478 hasAuthorship W4377097478A5010840733 @default.
• W4377097478 hasAuthorship W4377097478A5041276010 @default.
• W4377097478 hasAuthorship W4377097478A5052452963 @default.
• W4377097478 hasAuthorship W4377097478A5055700226 @default.
• W4377097478 hasAuthorship W4377097478A5082312178 @default.
• W4377097478 hasAuthorship W4377097478A5091980866 @default.
• W4377097478 hasBestOaLocation W43770974781 @default.
• W4377097478 hasConcept C113196181 @default.
• W4377097478 hasConcept C115260700 @default.
• W4377097478 hasConcept C121332964 @default.
• W4377097478 hasConcept C126530901 @default.
• W4377097478 hasConcept C137637335 @default.
• W4377097478 hasConcept C146088050 @default.
• W4377097478 hasConcept C155672457 @default.
• W4377097478 hasConcept C159985019 @default.
• W4377097478 hasConcept C171250308 @default.
• W4377097478 hasConcept C185592680 @default.
• W4377097478 hasConcept C191897082 @default.
• W4377097478 hasConcept C192562407 @default.
• W4377097478 hasConcept C26873012 @default.
• W4377097478 hasConcept C32546565 @default.
• W4377097478 hasConcept C37210646 @default.
• W4377097478 hasConcept C43617362 @default.
• W4377097478 hasConcept C46141821 @default.
• W4377097478 hasConcept C47441113 @default.

• next