In order to give as many colleagues as possible the opportunity to participate to the Conference, RAU32 will be held in hybrid mode.
The On-site program will take place at the Sirius Hall, in the CNPEM Campus, Campinas-SP.
The Online part of the program will happen at the EventWeb Platform. See below how to access:
- Access the webpage: https://www.eventweb.com.br/_32rau/home-event/
- Your login information is the same as used in the application and paper submission system.
- Click on the “Virtual Room” to see the event’s environment.
- Browse trough the agenda, the program, the listed presentations and yours own presentation at “My Presentations” to get familiar with the platform.
- Click on “Program” for detailed agenda.
- Add your presentations of interest to your agenda at the “Put on my agenda” button and then see your schedule at “My Agenda” tab.
- Browse trough “EXPO RAU32” to know and contact with our sponsors!
Participants are invited to contribute abstracts for poster presentations of their research related to the program theme and topics. The on-site poster presentation will be on Tuesday, the 8th, from 18:40 – 20:40. The virtual poster session will happen on Wednesday, the 9th, from 8:30 to 9:30. The on-site poster presenters must upload and present their work on Wednesday as well.
Requirements for the presenter:
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The online poster session will happen on the Event Web Platform, on Wednesday, the 9th, from 8:30 to 9:30
Before RAU32
- Prepare your poster in English. Download the template here.
- Use the size of 90 x 120 cm (width x height) in Portrait orientation mode and save in PDF format. The file must not exceed 10 MB.
- Record a up to 5 minute audio briefly explaining your posters.
- See the tutorial for detailed explication on how to upload your files.
- For the audio, the formats .mp3, .wav or .m4a (win 10 recording format) are accepted.
If you have any doubts on how to record an audio, go to the tutorial below and see the ‘Voice recorder from Win 10‘ link on how to proceed. - Access the event system at the link https://www.eventweb.com.br/_32rau/home-event/ , use the same email and password as your registration, log in and click on the “Virtual Room” option.
You can also access the Virtual Environment at the button on our Home Page.
- Access the “My presentations” area and click on the title of your poster.
- Upload the PDF poster and audio file by November 4, 2022.
Authors of unsubmitted posters will not receive a presentation certificate.
At RAU32
- Access the EventWeb system at least 15 minutes before the poster presentation.
- Enter the “Virtual Room”.
- Go to “My Presentations” and enter your poster area.
- Stay connected during the entire period of the poster presentation to answer questions from participants and evaluation by the organizing committee.
You can provide a livestreaming room to debate with your colleagues, if you wish to. See how on Tutorial below. - The participants viewing your poster may post questions using the Chat tool. To view them, click on the button below the information on the poster, in the item ‘Questions made by participants‘.
- To answer a question, click on the ‘Answer now‘ button. Fill in the corresponding field and click ‘Save‘. The answers will be shown to the participants on the view page of your paper.
- After logging in, click on the menu option ‘My presentations‘.
- This page displays all papers or talks which you are presenting.
- Click on the title to access the buttons ‘Attach the audio file‘ and ‘Attach the PDF e-poster‘.
- Attach the audio file and the e-poster of your paper up to 10mb.
- For the audio, the formats .mp3, .wav or .m4a (win 10 recording format) are accepted. If you have any doubts on how to record an audio, click on the link ‘Voice recorder from Win 10‘ to see how to proceed.
- To send the e-poster, just click on the ‘Attach the PDF e-poster‘ field. Select the file and then click ‘Send‘.
- You may upload your files as soon as you have access to the page.
- You must stay online during all time of your presentation.
- The participants viewing your poster may post questions using the Chat tool (during the entire duration of the event), or using the optional Zoom/Google Meet address you provide (during your poster session).
- The number of questions will be shown in front of the ‘View questions‘ button text. To view them, click on the button below the information on the paper or lecture, in the item ‘Questions made by participants‘.
- To answer a question, click on the ‘Answer now‘ button. Fill in the corresponding field and click ‘Save‘. The answers will be shown to the participants on the view page of your paper.
View your paper page
Viewing your presentation, participants will be able to view your e-poster file. The audio file submitted will be shown on the right side. Below it, it is possible to view information about the paper by clicking on the ‘View paper‘ button.
Questions may be posted by selecting ‘Make a question to the presenter‘.The answers to the questions will be shown at the end of the page, in the item ‘Questions already answered by the presenter‘.
About the livestream:
As an option, you can make a livestream room available for attendees during the poster session. For this, you must fill in the the room’s URL, the meeting ID and the password at the bottom of your presentation page.
- The event official language is English.
- All information, content and presentations must be performed in English.
All attendees, speakers, and committee at this event are required to agree to the following code of conduct. Organizers will enforce this code throughout the event. Creating a supportive environment to enable scientific discourse is the responsibility of all participants.
Our meeting provides a harassment-free conference experience for everyone. Participants must agree to be professional and courteous regardless of gender, age, sexual orientation, disability, race, ethnicity, or religion.
It is strictly prohibited any of the following actions at the virtual platform during the online conference:
- Recording, copying, or capturing any conference material presented;
- Sharing content with nonregistered users;
- The use of hostile or profane language;
- Offering or soliciting products or services in the event app.
Violations of this code of conduct policy should be reported to directly to eventos@cnpem.br or to any staff or organizing committee member. Sanctions may range from verbal warning, to ejection from the meeting without refund or to notifying appropriate authorities. Your co-operation will help ensure an enjoyable and safe experience for everybody.
Presenter | Poster Title | Area |
ADRIANA VALERIO | Size dispersion evaluated by X-ray diffraction and scattering in crystalline nanoparticles of CeO2 | Condensed matter – Electronic and Magnetic Structure |
Alejandro Fernández | CORRELATION BETWEEN CHROMIUM OXIDATION STATE AND PHOTOCATALYTIC PROPERTIES IN STRONTIUM TITANATE | Catalytic Materials |
Amanda Araujo Souza | An integrative structural biology pipeline for the discovery of novel human kynurenine 3-monooxygenase inhibitors | Protein and Macromolecular Crystallography |
Amanda Crystina Araujo da Silva | The influence of atmospheric particles on photovoltaic energy production | Environmental and Earth Science |
Andrew Albert de Oliveira | Modulators of PKM2 tetramerization: an x-ray crystallographic assessment | Protein and Macromolecular Crystallography |
Carlos Magno de Lima e Silva | Spectroscopic Comparisons of the Color of Emeralds from MG, BA, GO and TO (Brazil). | Environmental and Earth Science |
Carolina Michelon Camarda | MINERAL INCLUSIONS IN SUPER DEEP DIAMOND REVEALS THE UNUSUAL ASPECT OF THE TRANSITION METALS Fe, Cu, Ni AND Ti | Environmental and Earth Science |
Christian Wittee Lopes | Characterization of pillared-layered bimetallic MOFs using synchrotron radiation | Catalytic Materials |
Cláudio Remedios | Effect of Pressure on L-asparagine Monohydrate Fe(III) Crystal: An synchrotron radiation X-ray diffraction study | Condensed matter – Electronic and Magnetic Structure |
Cristiano Luis Pinto de Oliveira | Advanced Modelling of Lyotropic Liquid Crystals by Small Angle X-Ray Scattering | Polymers and Soft Matter |
Cristina Freitas Bazzano | NP3 Blob Label: A Deep Learning Application for Unknown Ligands Segmentation to Ligand Building in X-ray Protein Crystallography | Protein and Macromolecular Crystallography |
Daniel da Silva Costa | A two-step GISAXS characterization of NiSi2nanoplates buried in a Si(001) wafer and Ni nanocrystals embedded in a deposited Ni-doped SiO2thin film | Surface Science – Electronic and Atomic Structure |
Eduardo Santos | Preparation of fresh plant tissue samples for XRF analysis in Tarumã endstation of the Carnaúba beamline at the Brazilian Synchrotron Light Laboratory | Environmental and Earth Science |
Emilia Annese | Electronic characterization of the Mn3O4thin film on metal substrates: resonant photoemission study | Surface Science – Electronic and Atomic Structure |
Fabiano Rodrigo Borges | Passivation of Indium Phosphite Substrate Evaluated by Atomic Force Microscopy | Surface Science – Electronic and Atomic Structure |
Fernando Pschunder | SAXS And XAFS Characterization Of ZrO2-Based Catalysts Prepared By Sol-Gel Techniques | Catalytic Materials |
FLÁVIO HENRIQUE FERES | Accelerating phonon-polaritons in two-dimensional crystals by engineering dielectric-metallic substrates | Condensed matter – Electronic and Magnetic Structure |
Francisco Mateus Cirilo da Silva | Multi-techniques methodological study on radiation effect in hybrid organic-inorganic perovskites and strategies to mitigate interferences after high brilliance x-ray photon source measurements | Condensed matter – Electronic and Magnetic Structure |
Gabriel Sgarbiero Montanha | High-resolution XRF probing of elemental distribution in crops species: outputs from the commissioning Tarumã endstation of the Carnaúba beamline | Environmental and Earth Science |
Gabriel Sgarbiero Montanha | Plant metallomics: are metal distribution patterns a cause or consequence of plant tissue fate? | Environmental and Earth Science |
Gisele de Lima Hippler | Effect of high pressure on the structure of lithium disilicate glass-ceramic | Hard condensed matter – Atomic Structures and Morphology |
Guinther Kellermann | Novel method for determination of the radius dependences of the melting and freezing temperatures of nanoparticles by exclusively using the SAXS technique | Hard condensed matter – Atomic Structures and Morphology |
Isabella Nascimento dos Santos Bernardo | ESTABLISHMENT OF A CELLULAR MODEL FOR THE STUDY OF THE BIOLOGICAL BASES OF CONVENTIONAL AND FLASH RADIOTHERAPY | Life and Medical Sciences (excluding Crystallography) |
Jessica do Nascimento Faria | Crystal structure of L-threonine dehydrogenase from T. cruzi and its allosteric activation by potassium ion | Protein and Macromolecular Crystallography |
Joane Kathelen Rustiguel Bonalumi | New binding-site search of the 20S proteasome: crystallographic fishing, PanDDa analysis and cryo-EM validation | Protein and Macromolecular Crystallography |
João Basso Marques | Green Synthesis of BioC-dots | Environmental and Earth Science |
José Daniel Da Silva Fonseca | Micro-FTIR as a characterization tool for a new platform based on calixarene derivative and a metal-organic framework: A fluorescent probe for Fe3+detection | Environmental and Earth Science |
Juan Simon Rodriguez Hernandez | The Pressure-Induced structural phase transition of CsCuCl3like-perovskite compound | Condensed matter – Electronic and Magnetic Structure |
Julia Caroline Porfirio | Characterization of the flexibility of proteins in solution | Protein and Macromolecular Crystallography |
juliana do carmo godinho | Investigation of divalent metal transporters in cancer associated metallomics | Life and Medical Sciences (excluding Crystallography) |
Khalil Jori | Oxidative desulfurization of S molecules using Cu and Ag atomic quantum clusters: A XANES study | Catalytic Materials |
Leopoldo Suescun | Ionic-radii – Power relation in REBa2Cu3O6+δ(RE = La, Nd, Sm, Gd and Y) IT-SOFC cathodes. | Catalytic Materials |
Lhonidas de Senna Junior | X-ray photoelectron diffraction study of the approximant Al5Co2(001) quasicrystal | Surface Science – Electronic and Atomic Structure |
Lucas Cardoso Ramos | Study of carbonaceous aerosols through synchrotron radiation | Environmental and Earth Science |
Márcio Medeiros Soares | Perspectives of the Biaxial Multi-Analysis Strain Instrument (2D-MASI) at SIRIUS | Instrumentation and Technological materials |
Maria Gabriella Denote Guaita | Influence of methylammonium chloride on wide-bandgap hybrid perovskites for solar cells | Condensed matter – Electronic and Magnetic Structure |
Mario Ernesto Giroldo Valerio | Spacial distribution of LiYF4:Ce,Tb scintillator in polystyrene matrix using X-ray mapping | Hard condensed matter – Atomic Structures and Morphology |
Martin de Oliveira Kotsis | Feasibility of using low-cost optical monitors for PM2.5 and PM10 | Instrumentation and Technological materials |
Nicolas Neves de Oliveira | Time of characterization of atmospheric aerosols using Synchroton radiation. | Environmental and Earth Science |
Paulo Jardim | High-throughput screening to discover a new Indoleamine2,3-Dioxygenase-1 (IDO1) inhibitor | Protein and Macromolecular Crystallography |
Pedro Henrique Arantes Moya | Electronic band structure of the CDW candidate material NixZrTe2(x = 0.0 and 0.05) probed by ARPES | Condensed matter – Electronic and Magnetic Structure |
Rafael Alcides Vicente | Advances towards performing in situ Bragg coherent diffraction imaging in electrochemical systems | Catalytic Materials |
Rafael Lavagnolli Germscheidt | Synchrotron-based X-ray spectroscopy (XPS and XAS) for probing the nature of electrochemical formed vacancies a Prussian Blue based catalyst | Catalytic Materials |
Rafaella Bartz Pena | Unveiling the Depolymerization of Densified Lead Metasilicate Glass: an Optical Raman and O K-edge X-Ray Raman Spectroscopic Study | Hard condensed matter – Atomic Structures and Morphology |
Raphael Meneghello | Use of high-throughput PanDDA analysis to unveil new bioactive molecules based on the Brazillian natural products biodiversity | Protein and Macromolecular Crystallography |
RAPHAELA DE OLIVEIRA | Using synchrotron techniques to investigate an emerging class of naturally abundant layered materials: phyllosilicates | Condensed matter – Electronic and Magnetic Structure |
Raul Costa Oliveira | Phase transition in the crystal of bis(L-histidinate)nickel(II) monohydrate in high temperatures | Condensed matter – Electronic and Magnetic Structure |
Rayanna de Oliveira Costa | Modeling the thermal conductivity of soil between layers for a region north of the Matogrossense Pantanal | Environmental and Earth Science |
Renata C. K. Kaminski | Effect of adding TiO2nanoparticles to systems stabilized by surfactant containing different vegetable oils | Other |
Renato Freitas | Probing the Guignard painter’s palette by nano-XRF | Other |
Rodrigo Szostak | Operando setup for perovskite solar cells characterization at the CARNAÚBA beamline at Sirius/LNLS | Instrumentation and Technological materials |
Susilaine Maira Savassa | In vivoinvestigation of biotransformation of metallic nanoparticles in soybean plants using synchrotron-based techniques | Environmental and Earth Science |
Swathi Patchaiammal Raju | Development of Spectroelectrochemical Cells for InsituFTIR Imaging andExsituXRF Mapping:AMulti-Technique Approach | Catalytic Materials |
Thais Costa Brunelli | Surface characterization of atmospheric aerosol by X-ray photoelectron spectroscopy: a scientific interest | Environmental and Earth Science |
Thauany Hellmann | Spectroscopic investigation of polythiophene/gold nanoparticles/carbon nanotubes nanocomposites thin films | Surface Science – Electronic and Atomic Structure |
Thiago Rodrigues da Cunha | Structural analyses of alamosite phase (PbSiO3) derived from lead glass metasilicate via Synchrotron X-ray diffraction measurements under extreme conditions | Hard condensed matter – Atomic Structures and Morphology |
Presenter | Poster Title | Area |
ADRIANA VALERIO | Size dispersion evaluated by X-ray diffraction and scattering in crystalline nanoparticles of CeO2 | Condensed matter – Electronic and Magnetic Structure |
Amanda Araujo Souza | An integrative structural biology pipeline for the discovery of novel human kynurenine 3-monooxygenase inhibitors | Protein and Macromolecular Crystallography |
Andrew Albert de Oliveira | Modulators of PKM2 tetramerization: an x-ray crystallographic assessment | Protein and Macromolecular Crystallography |
Carolina Michelon Camarda | MINERAL INCLUSIONS IN SUPER DEEP DIAMOND REVEALS THE UNUSUAL ASPECT OF THE TRANSITION METALS Fe, Cu, Ni AND Ti | Environmental and Earth Science |
Cristiano Luis Pinto de Oliveira | Advanced Modelling of Lyotropic Liquid Crystals by Small Angle X-Ray Scattering | Polymers and Soft Matter |
Cristina Freitas Bazzano | NP3 Blob Label: A Deep Learning Application for Unknown Ligands Segmentation to Ligand Building in X-ray Protein Crystallography | Protein and Macromolecular Crystallography |
Fabiano Rodrigo Borges | Passivation of Indium Phosphite Substrate Evaluated by Atomic Force Microscopy | Surface Science – Electronic and Atomic Structure |
Francisco Mateus Cirilo da Silva | Multi-techniques methodological study on radiation effect in hybrid organic-inorganic perovskites and strategies to mitigate interferences after high brilliance x-ray photon source measurements | Condensed matter – Electronic and Magnetic Structure |
Gabriel Sgarbiero Montanha | Plant metallomics: are metal distribution patterns a cause or consequence of plant tissue fate? | Environmental and Earth Science |
Gisele de Lima Hippler | Effect of high pressure on the structure of lithium disilicate glass-ceramic | Hard condensed matter – Atomic Structures and Morphology |
Isabella Nascimento dos Santos Bernardo | ESTABLISHMENT OF A CELLULAR MODEL FOR THE STUDY OF THE BIOLOGICAL BASES OF CONVENTIONAL AND FLASH RADIOTHERAPY | Life and Medical Sciences (excluding Crystallography) |
Jessica do Nascimento Faria | Crystal structure of L-threonine dehydrogenase from T. cruzi and its allosteric activation by potassium ion | Protein and Macromolecular Crystallography |
Joane Kathelen Rustiguel Bonalumi | New binding-site search of the 20S proteasome: crystallographic fishing, PanDDa analysis and cryo-EM validation | Protein and Macromolecular Crystallography |
João Basso Marques | Green Synthesis of BioC-dots | Environmental and Earth Science |
José Daniel Da Silva Fonseca | Micro-FTIR as a characterization tool for a new platform based on calixarene derivative and a metal-organic framework: A fluorescent probe for Fe3+detection | Environmental and Earth Science |
juliana do carmo godinho | Investigation of divalent metal transporters in cancer associated metallomics | Life and Medical Sciences (excluding Crystallography) |
Leopoldo Suescun | Ionic-radii – Power relation in REBa2Cu3O6+δ(RE = La, Nd, Sm, Gd and Y) IT-SOFC cathodes. | Catalytic Materials |
Lucas Cardoso Ramos | Study of carbonaceous aerosols through synchrotron radiation | Environmental and Earth Science |
Maria Gabriella Denote Guaita | Influence of methylammonium chloride on wide-bandgap hybrid perovskites for solar cells | Condensed matter – Electronic and Magnetic Structure |
Mario Ernesto Giroldo Valerio | Spacial distribution of LiYF4:Ce,Tb scintillator in polystyrene matrix using X-ray mapping | Hard condensed matter – Atomic Structures and Morphology |
Nicolas Neves de Oliveira | Time of characterization of atmospheric aerosols using Synchroton radiation. | Environmental and Earth Science |
Paulo Jardim | High-throughput screening to discover a new Indoleamine2,3-Dioxygenase-1 (IDO1) inhibitor | Protein and Macromolecular Crystallography |
Rafael Alcides Vicente | Advances towards performing in situ Bragg coherent diffraction imaging in electrochemical systems | Catalytic Materials |
Rafael Lavagnolli Germscheidt | Synchrotron-based X-ray spectroscopy (XPS and XAS) for probing the nature of electrochemical formed vacancies a Prussian Blue based catalyst | Catalytic Materials |
Rafaella Bartz Pena | Unveiling the Depolymerization of Densified Lead Metasilicate Glass: an Optical Raman and O K-edge X-Ray Raman Spectroscopic Study | Hard condensed matter – Atomic Structures and Morphology |
Raphael Meneghello | Use of high-throughput PanDDA analysis to unveil new bioactive molecules based on the Brazillian natural products biodiversity | Protein and Macromolecular Crystallography |
RAPHAELA DE OLIVEIRA | Using synchrotron techniques to investigate an emerging class of naturally abundant layered materials: phyllosilicates | Condensed matter – Electronic and Magnetic Structure |
Renata C. K. Kaminski | Effect of adding TiO2nanoparticles to systems stabilized by surfactant containing different vegetable oils | Other |
Rodrigo Szostak | Operando setup for perovskite solar cells characterization at the CARNAÚBA beamline at Sirius/LNLS | Instrumentation and Technological materials |
Susilaine Maira Savassa | In vivoinvestigation of biotransformation of metallic nanoparticles in soybean plants using synchrotron-based techniques | Environmental and Earth Science |
Swathi Patchaiammal Raju | Development of Spectroelectrochemical Cells for InsituFTIR Imaging andExsituXRF Mapping:AMulti-Technique Approach | Catalytic Materials |
Thais Costa Brunelli | Surface characterization of atmospheric aerosol by X-ray photoelectron spectroscopy: a scientific interest | Environmental and Earth Science |
Thiago Rodrigues da Cunha | Structural analyses of alamosite phase (PbSiO3) derived from lead glass metasilicate via Synchrotron X-ray diffraction measurements under extreme conditions | Hard condensed matter – Atomic Structures and Morphology |
Abstract Submission Guidelines
Please ensure that you have read these guidelines before submitting your abstract.
Abstracts not submitted in this format will not be considered for review.
Please be aware that all required fields must be filled in to complete the submission process.
There is no abstract template: fill in the information about your abstract in the requested fields directly on the platform
The registration form is different from the “make your submission” button, please be sure to complete all the steps below.
Step 1
- Select submission track
- Type of communication will be selected as default (poster)
- Abstract Title
- Keywords
- Abstract text (up to 2000 characters including spaces)
- References (up to 400 characters including spaces)
- Aknowledgements (up to 400 characters including spaces)
- Select the technique used in your experiment
- Click on ‘next step’
Step 2
- Select the number of authors
- Fill the fields with each author information. Mark the one who will be the presenter.
- Click on ‘Abstract Submission’
The submission is complete and you will receive a confirmation by email. On the screen you will see the ‘Author Page’ with the list of submitted abstracts. If you click on the abstract title you will be able to view the submission and also the created pdf file.
If you find any problem with your submission you may go to the previous page (click on author button) and click on the ‘pencil’ icon to edit any changes.
You may make changes until the submission deadline.