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Dr. Herlinda Montiel
Micro and Nanotechnology, Instituto de Ciencias Aplicadas y Tecnología, ICAT-UNAM, Mexico City, Ciudad de México, Mexico
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Academic Career Length
28Years (1999-Present)
(Calculated once Scilit publication data is synced: current year − year of first publication + 1)
Representative Publications
View All Publications1 April 2004 in Journal of Alloys and Compounds
Journal Article
HMHerlinda Montiel
Herlinda MontielGAG Alvarez
G Alvarez
MGM.P Gutiérrez
M.P Gutiérrez
RZRafael Zamorano
Rafael ZamoranoRVR Valenzuela
R Valenzuela
7 February 2005 in Applied Physics Letters
Journal Article
HMHerlinda Montiel
Herlinda MontielGAG. Alvarez
G. Alvarez
IBI. Betancourt
I. Betancourt
RZRafael Zamorano
Rafael ZamoranoRVR. Valenzuela
R. Valenzuela
Microwave power absorption measurements at 9.4 GHz were carried out on as-cast amorphous ribbons of nominal composition . Two absorptions were observed: a small signal at a low dc field and another one at a high dc field . The high-field signal shows all the features corresponding to ferromagnetic resonance. The low-field absorption (LFA) signal exhibits different characteristics such as hysteresis and a minimum in power absorption at zero magnetic field. A correlation between this LFA signal and magnetoimpedance measurements showed that both electromagnetic processes are associated with the same phenomenon.
1 February 2010 in Journal of Magnetism and Magnetic Materials
Journal Article
GAG. Alvarez
G. Alvarez
HMHerlinda Montiel
Herlinda MontielJBJ.F. Barron
J.F. BarronMGM.P. Gutierrez
M.P. Gutierrez
RZRafael Zamorano
Rafael Zamorano25 September 2006 in IEEE Transactions on Magnetics
Journal Article
HMHerlinda Montiel
Herlinda MontielGAG. Alvarez
G. Alvarez
MGM.P. Gutierrez
M.P. Gutierrez
RZRafael Zamorano
Rafael ZamoranoRVR. Valenzuela
R. Valenzuela
We present an investigation of the effects of the variations in the metal-to-glass ratio of Co-rich microwires, on the low field microwave absorption (LFA) at 9.4 GHz. LFA as a function of the DC applied field exhibited a double peak; its separation increased as the metal-to-total diameter ratio, p, decreased (p= metal diameter/total diameter). We show that the magnetic field between the double peak is associated with twice the microwire anisotropy field, HK, and that the obtained results can be explained in terms of the magnetoelastic dependence of HK. A decrease in p led to an increase in the stresses, which in turn produced an increase in the total anisotropy field. In contrast, the removal of glass decreased H K down to values in the 0.9-1.6 Oe range
1 July 2008 in Journal of Magnetism and Magnetic Materials
Journal Article
RVR. Valenzuela
R. Valenzuela
GAG. Alvarez
G. Alvarez
HMHerlinda Montiel
Herlinda MontielMGM.P. Gutiérrez
M.P. Gutiérrez
MMM.E. Mata-Zamora
M.E. Mata-Zamora
RZRafael Zamorano
Rafael Zamorano +3
1 March 2016 in Journal of Magnetism and Magnetic Materials
Journal Article
GAG. Alvarez
G. Alvarez
ACA. Conde-Gallardo
A. Conde-GallardoHMHerlinda Montiel
Herlinda MontielRZR. Zamorano
R. Zamorano
About Me
Dr. Montiel obtained her doctoral degree in Science and Materials Engineering from the Institute of Materials Research (IIM), National Autonomous University of Mexico (UNAM).
Dr. Montiel works at the Institute of Applied Sciences and Technology (ICAT) as an Associated Researcher through the Program for the Strengthening of the Academic Staff for the University Women (PFAMU). She is a full-time tenure researcher at ICAT, with PRIDE and SNI II.
Dr. Montiel’s research lines are the study of magnetic multilayered and soft magnetic materials with low dimensions, where she is focused on the properties of magnetic and electric transport for the development of spintronic devices and magnetic sensors. Dr. Montiel is an active tutor for the Science and Materials Engineering (PCeIM) and Electric Engineering Graduate Program of UNAM. Dr. Montiel has also supervised ten master’s degree theses and three doctorates. Finally, Dr. Montiel has published 56 articles in international journals and has been invited to give nine conferences and two short magnetism courses.