To all participants selected to present a poster at the Poster Session at 29th RAU:
The Poster Session will take place in the Sirius’ Experimental Hall.
Guidelines for poster presentation:
- Posters must be 120 cm high and 90 cm wide, with strings to hang it;
- Posters must be written in English;
- The presenters must stand by their poster during the assigned period to be eligible for receiving the presentation certificate.
The posters may be placed at your earliest convenience. If necessary, support from our staff will be available at the following periods:
- On November 5th, during Reception and Registration (08:00 to 09:00) and at the Coffee Breaks (10:45 to 11:15).
We’ll have one poster session divided into two groups during the event on November 5th.
The groups are divided by topics:
First Group (17:30 to 18:30)
- Atoms, Molecules and Plasmas
- Catalytic Materials
- Condensed Matter, Electronic and Magnetic Structure
- Environmental and Earth Science
- Hard Condensed Matter, Atomic Structures and Morphology
- High-Performance Computing
Second Group (18:30 to 19:30)
- Instrumentation and Technological materials
- Life and Medical Sciences (excluding Crystallography)
- Other
- Polymers and Soft Matter
- Protein and Macromolecular Crystallography
- Surface Science, Electronic and Atomic Structure
# |
PRESENTER |
TITLE |
TOPICS |
1 | Joselaine Caceres Gonzalez | Element determination and sulfur chemical speciation in plants using XRF and NEXAFS: the Andira suraminensis case. | Atoms, Molecules and Plasmas |
2 | Fabio de Almeida Ribeiro | Energetic Processing of Nitrile-bearing Ices by Ultraviolet and X-rays Radiation | Atoms, Molecules and Plasmas |
3 | Alexsandre Figueiredo Lago | VUV Photoionization and ionic dissociation dynamics of the 2-azetidinone molecule | Atoms, Molecules and Plasmas |
4 | Natasha Di-Benedetto Sviridenko | Structural characterization of La0.8AE0.2MnO3+δ (AE= Ca, Sr, Ba) perovskites for catalytic oxidation of volatile organic compounds | Catalytic Materials |
5 | María del Rosario Suarez Anzorena | In situ XPD and XANES studies on Ce0.9Zr0.1-xSmxO2-x/2 (x= 0.1, 0.08, 0.06, 0.04, 0.02, 0) in diluted H2 and CH4. | Catalytic Materials |
6 | Gustavo Zottis Girotto | Application of Ni/SrTiO3 nanoparticles in the photodegradation of methylene blue | Catalytic Materials |
7 | Jose Martin Ramallo Lopez | “In situ” Study of the Process of Adsorption/Desorption of Gaseous Molecules on Supported Atomic Quantum Clusters | Catalytic Materials |
8 | Lucía M. Toscani | XANES study of cerium oxidation state of Ce-Fe-O catalysts in catalytic operating conditions | Catalytic Materials |
9 | María Eugenia Perez Barthaburu | Evaluation of methyl orange degradation mechanism with SnS2 photocatalytic nanoparticles | Catalytic Materials |
10 | Luz Amparo Palacio Santos | Behavior of hydrotalcite type materials as precursors of catalysts for reactions of environmental pollutants reduction | Catalytic Materials |
11 | Marina Soledad Bellora | In-situ DXAS study of NiO/CeO2-Sm2O3 nanocomposites for IT-SOFC anodes under reducing and partial oxidation of methane conditions | Catalytic Materials |
12 | Lisandro J Giovanetti | Study of the reaction kinetics of organosulfur compounds oxidation by Atomic Clusters | Catalytic Materials |
13 | Diego Lamas | Redox properties and catalytic performance for methane oxidation of NiO/Ce(1-x)M(x)O(2-d) (M = Gd, Sm, Y, Zr) nanocomposites: in-situ DXAS studies | Catalytic Materials |
14 | Leopoldo Suescun | X-RAY DIFFRACTION CHARACTERIZATION OF MICRO/NANO-STRUCTURED PEROVSKITE OXIDES PREPARED BY EDTA/NH4NO3-NITRATES GEL COMBUSTION | Catalytic Materials |
15 | Santiago José Alejandro Figueroa | Hydrogen production by the thermocatalytic decomposition of methane usign a NiCu/CMK-3 catalyst | Catalytic Materials |
16 | Luiza Minucci Manente | Synthesis of shape-controlled gold nanoparticles by seed-mediated growth method | Catalytic Materials |
17 | Fábio Baum | Evolution of size and composition of copper antimony sulfide nanoparticles in the hot injection synthesis | Catalytic Materials |
18 | Carlos Alberto Martins Junior | Electronic Structure of the superconducting compound SrTiO3-delta | Condensed Matter – Electronic and Magnetic Structure |
19 | Fellipe Baptista Carneiro | Diffraction study of quantum criticality in the charge density wave system Lu(Pt1−XPdX)2In | Condensed Matter – Electronic and Magnetic Structure |
20 | Guillermo Stutz | Inelastic hard X-ray scattering spectroscopy: Results at UVX/LNLS and proposals for SIRIUS | Condensed Matter – Electronic and Magnetic Structure |
21 | Thiago Augustus Remacre Munareto Lima | Synthesis and synchrotron characterisation of novel dual-template of calcium phosphate scaffolds with controlled size porous distribution | Condensed Matter – Electronic and Magnetic Structure |
22 | Diego Fernando Coral | ANALYZING THE STRUCTURE FACTOR OF NANOPARTICLES INTERNALIZED BY CARCINOMA CELLS | Condensed Matter – Electronic and Magnetic Structure |
23 | Tatiane Strelow Lilge | Influence of Eu valence in the BaTiO3 decorated with CaF2 synthesized by microwave-assisted hydrothermal method | Condensed Matter – Electronic and Magnetic Structure |
24 | Isabella Silva de Souza | Preparation and structural characterization of nanostructured multifunctional co-doped ZnO:Mn:Zr oxide | Condensed Matter – Electronic and Magnetic Structure |
25 | Carlos William Galdino | EXAFS analysis of structural disorder in the Co3O2BO3 ludwigite | Condensed Matter – Electronic and Magnetic Structure |
26 | José Claudio Corsaletti Filho | Sputtering growth of ordered alloys under controlled magnetic field and its effect on structure and magnetism | Condensed Matter – Electronic and Magnetic Structure |
27 | Marina Raboni Ferreira | n-situ characterization of strained antiferromagnetic CoO thin film: a synchrotron radiation approach | Condensed Matter – Electronic and Magnetic Structure |
28 | Robert Prudêncio Amaral | Local structural study of BaTi1/2Mn1/2O3 disordered double perovskite by EXAFS spectroscopy | Condensed Matter – Electronic and Magnetic Structure |
29 | Gonzalo Luis Bia | XAS study on the incorporation of arsenic species in carbonates minerals of Argentina | Environmental and Earth Science |
30 | Juan Manuel Martinez | Al and Zr pillared clays: a study of the structure based on thermal change using XRD and XANES | Environmental and Earth Science |
31 | María Fernanda Mera | Development of advanced techniques at CARNAÚBA beamline of Sirius for environmental science and nanotoxicology research | Environmental and Earth Science |
32 | Leandro Andrini | Experimental and theoretical characterization of kaolinite by DFT, XANES ab initio simulations, Al K XANES and Si K XANES/EXAFS | Environmental and Earth Science |
33 | Nieva Nancy Eugenia | Arsenic in soluble mineral phases: µ-XRF and µ-XANES studies in saline efflorescences associated with mine wastes | Environmental and Earth Science |
34 | Marcos Tadeu D Azeredo Orlando | RESONANT SYNCHROTRON X-RAY DIFFRACTION AS AN IMPORTANT TOOL TO IDENTIFIED CRYSTALLINE PHASES IN PARTICULATE MATTER | Environmental and Earth Science |
35 | Camila Graziele Correa | Seasonal Fe and Mn speciation in atmospheric particulate matter from Piracicaba and Itapetininga cities (SP) by X-ray absorption spectroscopy | Environmental and Earth Science |
36 | Simone Pennafirme Ferreira | BIOTURBATION DRIVES METAL BIOSSORTION BY BACTERIAL CONSORTIUM IN SURFACE SEDIMENT | Environmental and Earth Science |
37 | Dean Hesterberg | Designing a Modular Sampling System for Soil-Rhizosphere Analysis on the Carnaúba and Mogno Beamlines | Environmental and Earth Science |
38 | André Avelino Pasa | Structure of electrodeposited Prussian Blue layers | Hard Condensed Matter – Atomic Structures and Morphology |
39 | Valmor R. Mastelaro | Modifier cations in silicate glasses – Possible changes of the local structures during the very early stages of crystallization | Hard Condensed Matter – Atomic Structures and Morphology |
40 | Kelli de Fátima Ulbrich | Mechanical alloyed Ni60S40 nanocrystals studied under high temperature and high pressure conditions | Hard Condensed Matter – Atomic Structures and Morphology |
41 | Marcelo Augusto Malagutti | Microstructural characterization of NiTe2 nanocrystals by Wide Angle X-ray Total Scattering (WAXTS) | Hard Condensed Matter – Atomic Structures and Morphology |
42 | Fernando Pschunder | In-Situ SAXS and XAFS study of ultrathin gold nanowires first stages of formation. | Hard Condensed Matter – Atomic Structures and Morphology |
43 | Simone Santos Melo | Study of pH variation effect on CdSiO3 luminescence produced by the Sol-Gel route | Hard Condensed Matter – Atomic Structures and Morphology |
44 | Lorena Aarão Rodrigues | Retrieving the configuration of interface structure in hexagonally close-packed materials by synchrotron X-ray forbidden reflection analysis | Hard Condensed Matter – Atomic Structures and Morphology |
45 | Henrique Moreno | (Micro)structural characterization of W-doped CaCu3Ti4O12 ceramics. | Hard Condensed Matter – Atomic Structures and Morphology |
46 | Diego Felix Dias | A study on the limit of application of the kinematical theory of X-ray diffraction. | Hard Condensed Matter – Atomic Structures and Morphology |
47 | Guilherme Calligaris | Recent XRD and XSW instrumentation development addressing future SAGUI beamline applications | Hard Condensed Matter – Atomic Structures and Morphology |
48 | DIEGO ECKHARD | Fast Rietveld Method Algorithm for in-situ XRD | High-Performance Computing |
49 | Carlos Alberto Perez | Graphical User Interface Design for X-ray Fluorescence Tomography Data Reconstruction | High-Performance Computing |
# |
PRESENTER |
TITLE |
TOPICS |
50 | Alexandre de Resende Camara | Micro-CT Phantom Calibration in Synchrotron Light Source Using Microstructured Optical Fibers | Instrumentation and Technological materials |
51 | Cláudio Márcio Rocha Remédios | Characterization of monohydrated L-Asparagine Crystals at 100K by X-ray multiple diffraction using Synchrotron Radiation. | Instrumentation and Technological materials |
52 | Ana Leticia Castro de Oliveira | Elemental mapping of a large region of a work of art through synchrotron light | Instrumentation and Technological materials |
53 | Andrés Joaquín Silveira | Exploring nanostructured semiconductors for photovoltaic devices | Instrumentation and Technological materials |
54 | Andreza Menezes Lima | Study of Graphene Oxide Dispersions with Different Oxidation Degrees by Small-Angle X-Ray Scattering (SAXS) | Instrumentation and Technological materials |
55 | Santiago José Alejandro Figueroa | Development and Electrochemical behavior of a versatile Spectroelectrochemical Cell for in situ experiments in electrochemistry | Instrumentation and Technological materials |
56 | Raissa Sodre Bastos | Development of a double crystal deflection system for XRR measuments of liquid interfaces on SAGUI beamline at Sirius | Instrumentation and Technological materials |
57 | Márcio Medeiros Soares | High-vacuum and cryo-compatible device for applying in-situ bi-axial stress in thin-films | Instrumentation and Technological materials |
58 | Luciano Braga Candido | The SAGUI – Scattering Analysis Beamline | Instrumentation and Technological materials |
59 | John Jairo Hoyos Quintero | In situ synchrotron radiation evaluation of hydrogen embrittlement in additively manufactured stainless steel | Instrumentation and Technological materials |
60 | Naiara Vieira Le Sénéchal | Superelastic NiTi shape memory alloy in-situ thermomechanical simulation by Gleeble® Synchrotron system | Instrumentation and Technological materials |
61 | Gabriela Sena Souza | X-RAY FLUORESCENSE MICROTOMOGRAPHY FOR IMAGING 3D ELEMENTAL CHARACTERIZATION OF CHITINIZED STRUCTURES OF RHODNIUS PROLIXUS: AN EVALUATION OF TRIFLUMUROM AS POTENTIAL TOOL FOR INTEGRATED VECTOR CONTROL PROGRAMS | Life and Medical Sciences (excluding Crystallography) |
62 | Gabriel Fidalgo Queiroz da Silva | RADIATION DAMAGE IN BIOLOGICAL SAMPLES PRODUCED BY SYNCHROTRON MICRO-CT | Life and Medical Sciences (excluding Crystallography) |
63 | Roberta Nunes de Lucena | Investigation of ossification in T. miliaris tadpole | Life and Medical Sciences (excluding Crystallography) |
64 | Geicilene Katrine de Paiva Soares | Micro-CT and X-ray diffraction: an ontogeny investigation of T. miliaris tadpole | Life and Medical Sciences (excluding Crystallography) |
65 | Renan Barcellos Azevedo de Andrade | EVALUATION OF IMAGE QUALITY PARAMETERS IN SYNCHROTRON FAST MICROTOMOGRAPHY OF BIOLOGICAL SAMPLES | Life and Medical Sciences (excluding Crystallography) |
66 | Ivana Aguiar | Brest cancer radiotherapy enhancement using Bi2S3 nanoparticles | Life and Medical Sciences (excluding Crystallography) |
67 | Camila de Almeida Salvego | Study of trace elements concentration and electron density variation in canine mammary tumors | Life and Medical Sciences (excluding Crystallography) |
68 | Gabriela Nery Mendes | DEVELOPMENT OF A CHEMICAL STAINING PROTOCOL TO STUDY RHODINIUS PROLIXUS STRUCTURES BY SYNCHROTRON MICROTOMOGRAPHY | Life and Medical Sciences (excluding Crystallography) |
69 | Arissa Pickler | Protective Effect of Losartan in arteries of rats submitted to radiotherapy for breast cancer. | Life and Medical Sciences (excluding Crystallography) |
70 | Yuri Miguel Variani | Synthesis and Characterization of the Complex Dibromo (N, N-bis (2,6-diethylphenyl) -2,4-pentanedimine) nickel (II) and Application in the Ethylene Oligomerization Reaction | Other |
71 | Isadora Tairinne de Sena Bastos | Structural characterization of a novel anti-inflammatory N-methyl-N-acylhydrazonic derivative | Other |
72 | Thiago Ricardo Santos Nobre | Ca-Al LDH regeneration using synchrotron light source by XRD1/D12A and SAXS/WAXS in situ | Other |
73 | Bruna Callegari | In situ x-ray diffraction analysis of the impact of microstructure on the ageing behavior of Ti-5553 alloy | Other |
74 | Fábio Faria Conde | Demands on Synchrotron High Energy Materials Engineering Beamline | Other |
75 | Fernando Dupuy | Study of antibiotic peptide interaction with bacterial model membrane systems by GIXOS | Polymers and Soft Matter |
76 | Cristian Huck Iriart | Study of the morphology and orientation of mesostructured systems based on amino acids derivatives building blocks | Polymers and Soft Matter |
77 | Roger de Souza Correa | Molecular Orientation and Charge Transfer Dynamics of Terpolymer Films for Optoelectronic Applications | Polymers and Soft Matter |
78 | Amanda Garcez da Veiga | Molecular orientation and charge transfer dynamics of modified GO:PEDOT:PSS composites for optoeletronic aplications. | Polymers and Soft Matter |
79 | Barbara Bianca Gerbelli | Amyloidogenic model peptides as catalysts for stereoselective aldol reactions | Polymers and Soft Matter |
80 | JULIA BONESSO SABADINI | Evaluation of the equilibrium state and structure of coacervates formed by copolymers-in-block and oppositely charged polymers | Polymers and Soft Matter |
81 | Ohanna Maria Menezes Madeiro da costa | SAXS APPLIED TO THE STUDY OF THERMOSENSITIVE LIPID PLATFORMS FOR CONTROLLED DRUG DELIVERY | Polymers and Soft Matter |
82 | Lisandro Otero | Structural characterization of the full-length bacteriophytochrome XccBhpP in the Pr and Pfr states | Protein and Macromolecular Crystallography |
83 | Lorenzo Briganti | Structural Studies in Xylose Isomerase using Synchrotron Radiation | Protein and Macromolecular Crystallography |
84 | Jorge Iulek | Expression of methyltransferases hTrm9L and Trm112 from Homo sapiens for future structure solution | Protein and Macromolecular Crystallography |
85 | Viviane Paula Martini | Structural Refinement of the Enzyme Triosephosphate Isomerase from Naegleria gruberi | Protein and Macromolecular Crystallography |
86 | Aline Minali Nakamura | Structural features of a new carboxylic ester hydrolase from Bacillus licheniformis | Protein and Macromolecular Crystallography |
87 | Sebastian Suarez | IN SITU PHOTO SWITCHING OF SPIRORHODAMINES ISOMERS IN SOLID STATE: RATIONAL DESIGN OF PHOTOSENSITIVE MATERIALS | Surface Science – Electronic and Atomic Structure |
88 | Soheila Holakoei | Enhancing the Charge-Generation Performance of Polysilafluorene-Derivative Films by Introducing a Low-Cost Sensitizer | Surface Science – Electronic and Atomic Structure |
89 | Ketlyn Wolfart Borth | Iron oxides prepared from steel waste for application to adsorption | Surface Science – Electronic and Atomic Structure |
90 | Martín Mizrahi | Unexpected Optical Blue Shift in Large Colloidal Quantum Dots Elucidated by XAS | Surface Science – Electronic and Atomic Structure |