Paper “Front Cover”

29/06/2022 09:36

An article by Professor Dr. Eduard Westphal, from the Department of Chemistry (UFSC), together with a master’s student at UTFPR, is on the cover of the New Journal of Chemistry. Data obtained at the LDRX-UFSC helped to elucidate the organization of the molecules that make up the 7 new liquid crystals synthesized and characterized by the researchers.

G. S. dos Santos, E. Westphal, Photoisomerizable azobenzene star-shaped liquid crystals: bypassing the absence of hydrogen bonding, New Journal of Chemistry, 46(16), 7334-7345, 2022.

PPGFSC-UFSC master’s student wins the “ROBERT L. SNYDER STUDENT AWARD” for the second time!

15/07/2021 14:36

Master’s student at PPGFSC-UFSC, Marcelo Augusto Malagutti, was awarded for the second consecutive time with the “ROBERT L. SNYDER STUDENT AWARD” and will present work orally at the Denver X-ray Conference, which will take place between August 2nd and 6th 2021, virtually this year due to the pandemic.

Discente do PPGFSC, Marcelo Augusto Malagutti

The work entitled “Structural and Microstructural X-Ray Diffraction Analysis of the β-CoTe Nanophase Synthesized by Mechanochemistry: Anisotropic Size and Microstrain Modeling” (D-21 of the  General XRD session) is a compilation of the 1st article published by the student in co-authorship with Prof Carlos EM Campos (advisor), the newly graduated doctor from PPGFSC-UFSC, Kelli de Fátima Ulbrich, in close cooperation with researchers Julian Geshev and Vagner Zeizer Carvalho Paes, from the Physics Institute of the Federal University of Rio Grande do Sul. The student will present recent results of his studies on the microstructure of nanocrystalline materials produced by him using more sophisticated mathematical models to explain experimental data from their samples analyzed in various X-Ray diffraction laboratories (including the LDRX-UFSC,  (including synchrotron light sources such as LNLS e SLS).

First article using the new Robotic Arm

22/01/2021 10:23

Utilization of ceramic tile demolition waste as supplementary cementitious material: An early-age investigation
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