Event calendar file
21-26 June 2021
León, Guanajuato
America/Mexico_City timezone
- sociedadmexicanasincrotron@gmail.com
Comité Organizador
Guest Lecture
Place
Location: León, Guanajuato
Room: Virtual
Date:
from 22 Jun 10:00 to 26 Jun 12:30
Timetable | Contribution List
Displaying 11
contributions
out of
11
Accelerating the transitions to low carbon economy calls for rigorous and relevant research in various disciplines including, among others, energy storage and conversion which are essential to face increasing sustainability challenges in tackling global warming and energy security. Indeed, the renewable energies request the use of efficient electric energy storage systems to maximize the profit an
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Presented by Dr. Giuliana AQUILANTI
on
24/6/2021
at
15:00
Las plantas generan energía mediante el ciclo de Benson-Calvin y consumen energía durante la glucólisis y la fosforilación oxidativa. Las rutas de producción y consumo de energía ocupan una serie de enzimas ancestrales y las reacciones enzimáticas se llevan a cabo tanto en el cloroplasto como en el citosol, bajo condiciones de estrés oxidativo muy distintas. El genoma nuclear de las plant
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Presented by Dr. Luis Gabriel BRIEBA DE CASTRO
on
25/6/2021
at
17:30
This talk will present some of the studies caried out using single crystal photocrystallography. Therefore, an introduction to this technique will be presented and the characteristics of synchrotron facilities that allow these studies to be carried out as well as some of the first studies reported in the literature of the use of photocrystallography.
This taljkwill focus mainly on the studies car
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Presented by Dr. María de Jesús ROSALES HOZ
on
26/6/2021
at
16:30
In the design of a synchrotron light source, it is required to put together many important pieces. It is important how magnets are chosen in the right order to guarantee that electrons are turning around the central orbit for long periods of time. Different models are being proposed to upgrade synchrotrons. This presentation will address some ideas developed during the last synchrotron upgrades. S
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Presented by Dr. Armando ANTILLÓN DÍAZ
on
25/6/2021
at
19:30
This work is devoted to reflecting on the very different features and dynamics of ion beam and synchrotron facilities and user communities. Whereas both suites of techniques are highly interdisciplinary and offer good science opportunities to similar fields of science, traditionally the two communities have lived in separate worlds, with scarce knowledge of one another and very limited collaborati
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Presented by Dr. Gastón GARCÍA LÓPEZ
on
25/6/2021
at
15:00
The DIALS project provides an open-source toolbox for single crystal
diffraction image processing and analysis tasks. DIALS was originally
developed as a collaboration between Diamond Light Source, the
Lawrence Berkeley National Laboratory and CCP4 to address the needs of
advanced light sources, where rapidly-developing technology and
experimental methodology have changed the way modern cryst
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Presented by Dr. David WATERMAN
on
23/6/2021
at
16:30
The ID21 beamline at the European Synchrotron Radiation facility (ESRF) is dedicated to micro X-ray fluorescence (µXRF) and micro X-ray absorption spectroscopy (µXAS) in the tender X-ray range (2-10keV). It has an important scientific activity in the fields of life and environmental sciences, in particular for studying the fate of metals in the environment. This includes, e.g. the study of poll
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Presented by Dr. Hiram CASTILLO MICHEL
on
22/6/2021
at
17:30
RIXS is a photon-in-photon-out technique with unique characteristics that make it an ideal tool to study the electronic structure of compounds. It simultaneously probes the occupied and unoccupied electronic states, providing a detailed picture of projected density of states. RIXS is also sensitive to the oxidation state of the atom being probed, and also to the localization of the excited electro
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Presented by Dr. José Ignacio JIMÉNEZ MIER Y TERÁN
on
26/6/2021
at
15:00
Health is a critical factor for individuals, societies, and economies to thrive. Human heavy metal exposure is topical today, and has affected humanity since the first exploitation of metals, at the core of our civilization. This presentation highlights how synchrotron light, and X-ray Fluorescence (SR-XRF) and X-ray absorption fine structure (XAFS) in particular, can be used to explore not only t
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Presented by Dr. Kirsi LORENTZ
on
25/6/2021
at
16:30
At present, the construction industry has a big challenge in favor of the environment, having among other objectives, reduce CO2 emissions, construction waste, and the use of natural aggregates. Therefore, to improve the durability and longevity of concrete, sustainably, conventional techniques are often used to analyze and characterize cementitious materials, aggregates, additives and admixtures,
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Presented by Dr. Daniel HERNÁNDEZ CRUZ
on
24/6/2021
at
17:30
X-ray Absorption Fine Structure (XAFS) spectroscopy is one of the most used methods at synchrotron facilities. XAFS is divided into two regions: x-ray absorption near edge structure (XANES) and extended x-ray absorption fine structure (EXAFS). XANES is a region of spectra from just below absorption edges to 3050eV above edges. EXAFS includes higher energy region above XANES usually up to ~600-
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Presented by Dr. Hitoshi ABE
on
22/6/2021
at
15:00
