Stéphane Caubergh
Liège, Walloon Region, Belgium
547 followers
500+ connections
Activity
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It took us a while and a lot of effort, but I am happy to post that our review paper entitled "Sinter-based additive manufacturing of hardmetals:…
It took us a while and a lot of effort, but I am happy to post that our review paper entitled "Sinter-based additive manufacturing of hardmetals:…
Liked by Stéphane Caubergh
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Today I had the distinct pleasure of serving on the committee for an engineer defending her thesis and earning her Ph.D. - the soon-to-be Dr. Srujana…
Today I had the distinct pleasure of serving on the committee for an engineer defending her thesis and earning her Ph.D. - the soon-to-be Dr. Srujana…
Liked by Stéphane Caubergh
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It was a pleasure to present our current procedures to characterize powders for Selective Laser Melting and Metal Binder Jetting at the 5th Annual…
It was a pleasure to present our current procedures to characterize powders for Selective Laser Melting and Metal Binder Jetting at the 5th Annual…
Liked by Stéphane Caubergh
Experience
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Education
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Université de Liège
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Crystal Chemistry and Magnetism in the Polymorphs of Iron(III) Tungsten Oxide Fe2WO6.
Link: http://hdl.handle.net/2268/251007
Development of synthesis starting from solid precursors or aqueous solutions by spray-drying.
Development of analytical quantification protocols (ICP-OES).
Large scale facilities diffraction experiments (synchrotron, neutron beamlines).
Structural characterization (XRD, SEM, EDX, IR-ATR, etc.)
Characterization of crystal and magnetic structures…Crystal Chemistry and Magnetism in the Polymorphs of Iron(III) Tungsten Oxide Fe2WO6.
Link: http://hdl.handle.net/2268/251007
Development of synthesis starting from solid precursors or aqueous solutions by spray-drying.
Development of analytical quantification protocols (ICP-OES).
Large scale facilities diffraction experiments (synchrotron, neutron beamlines).
Structural characterization (XRD, SEM, EDX, IR-ATR, etc.)
Characterization of crystal and magnetic structures.
Structure solution.
Assessment of optical properties and photocatalysis. -
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Activities and Societies: President of "Cercle de Chimie - ULg", association for the students in Chemistry at the University of Liege.
Master Thesis in Chemistry of Materials (Inorganic Structural Chemistry).
Title of the thesis: "Synthesis of precursor powders for preparation of YBCO superconducting coatings by electrophoretic deposition on silver substrates".
Link: https://matheo.ulg.ac.be/handle/2268.2/1336 -
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Activities and Societies: Sydskånska Nationen: Barchef/ Bartender for Saturdays clubs
First year of the Master degree in chemical sciences as an exchange student at Lund University, Sweden.
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Activities and Societies: Cercle de Chimie
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Activities and Societies: Comité Rhéto (Président) : organisation d'événements, de soirées, organisation du voyage de fin d'année et relation avec l'équipe enseignante et la direction.
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Publications
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Cationic Ordering, Solid Solution Domain, and Diffuse Reflectance in Fe2WO6 Polymorphs
The Journal of Physical Chemistry C
Single phases of the α, β, and γ polymorphs of the Fe2WO6 iron tungsten oxide were obtained through an aqueous solution route based on the combustion and heat treatment of a spray-dried precursor powder. Syntheses with Fe/W ratios ≠ 2 identified a domain of solid solutions consistent with a Fe2–2xW1+x□xO6 scenario (x up to ∼0.025) for the defect chemistry in the temperature range around 850 °C. The crystallographic characterizations revealed a random cationic distribution in an α-PbO2-type cell…
Single phases of the α, β, and γ polymorphs of the Fe2WO6 iron tungsten oxide were obtained through an aqueous solution route based on the combustion and heat treatment of a spray-dried precursor powder. Syntheses with Fe/W ratios ≠ 2 identified a domain of solid solutions consistent with a Fe2–2xW1+x□xO6 scenario (x up to ∼0.025) for the defect chemistry in the temperature range around 850 °C. The crystallographic characterizations revealed a random cationic distribution in an α-PbO2-type cell for the low-temperature polymorph (α) and pointed to a reconstructive mechanism for the formation of polymorph β. A comparison of diffuse reflectance spectra confirmed the visual observation of minor color differences between the polymorphs by revealing small shifts of the absorption threshold; the Kubelka–Munk function and Tauc plots were used for comparison of the polymorphs and discussion of the results with respect to relevant literature.
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Original Network of Zigzag Chains in the β Polymorph of Fe2WO6: Crystal Structure and Magnetic Ordering
Inorganic Chemistry, American Chemical Society
The structural and physical properties of the β polymorph of iron tungstate Fe2WO6 have been investigated by synchrotron and neutron diffraction vs temperature, combined with magnetization and dielectric properties measurements. The monoclinic P21/a crystal structure of β-Fe2WO6 has been determined and consists of an original network of zigzag chains of FeO6 and WO6 octahedra sharing trans and skew edges, connected through corners into a 3D structure. Magnetization measurements indicate an…
The structural and physical properties of the β polymorph of iron tungstate Fe2WO6 have been investigated by synchrotron and neutron diffraction vs temperature, combined with magnetization and dielectric properties measurements. The monoclinic P21/a crystal structure of β-Fe2WO6 has been determined and consists of an original network of zigzag chains of FeO6 and WO6 octahedra sharing trans and skew edges, connected through corners into a 3D structure. Magnetization measurements indicate an antiferromagnetic transition at TN = 264 K, which corresponds to a ↑↑↓↓ nearly collinear ordering of iron moments inside sequences of four edge-sharing FeO6 octahedra, as determined by neutron diffraction. A canting of the moments out of the ac plane is observed below 150 K, leading to a noncollinear antiferromagnetic structure, the P21/a′ magnetic space group remaining unchanged. These results are discussed in comparison with the crystal and magnetic structures of γ-Fe2WO6 and with the magnetic couplings in other iron tungstates and trirutile Fe2TeO6.
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Light and oxygen induce chain scission of conjugated polymers in solution
Physical Chemistry Chemical Physics - PPCP
Courses
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Analytical chemistry (GC,LC,HPLC,..)
I & II
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Biochemistry
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Biology and introduction to Biochemistry
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Cellular Biology
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Chemistry of Materials: Inorganic Materials
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Chemistry of the macromolecules
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Electronic and Magnetic Properties of Materials
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Elements in Cristallography
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Elements in philosophy
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Experimental physics : Electronic and instrumentation
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Group Theory
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Informatics
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Introduction to Spectroscopy
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Introduction to environmental chemistry
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Introduction to research
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Introductory Swedish for International Students
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Master Thesis
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Mathematics
I
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Mathematics complements
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Mathematics of data reduction
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Molecular Quantum Mechanics
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Nanomaterials, principles of synthesis and applications
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Nuclear Magnetic Resonance - Spectroscopy and Imaging
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Optical Methods in Molecular Spectroscopy
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Organic chemistry
I, II & III
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Physical Chemistry
I, II & III
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Physics
I & II
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Physics of semiconductors
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Programming Methods Applied to Chemistry
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Project Research in Chemical Physics
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Properties and applications of surfactants
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Quantum Physics
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Scientific English (C1 Level)
I, II & III
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Statistical Thermodynamics
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Surface and Colloid Chemistry
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Theoretical Chemistry
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Projects
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Crystal Chemistry and Magnetism in the Polymorphs of Iron(III) Tungsten Oxide Fe2WO6
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Photoinduced chain splitting of MEH-PPV conjugated polymer in solution
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Supervisors: Pr. Ivan G. Scheblykin and Pr. Per-Olof Larsson
Project in association with: Applied Biochemistry (Tillämpad biokemi) and Chemical Physics, Lunds Universitet.
Published!
Project included:
-Purification and preparation of MEH-PPV HMW and LMW by HPLC/GPC technique.
-Construction of a homemade setup to study quantitatively the photoinduced chain splitting of MEH-PPV conjugated polymers in solution.
-Data acquisition and analysis
-Observation of the breaking…Supervisors: Pr. Ivan G. Scheblykin and Pr. Per-Olof Larsson
Project in association with: Applied Biochemistry (Tillämpad biokemi) and Chemical Physics, Lunds Universitet.
Published!
Project included:
-Purification and preparation of MEH-PPV HMW and LMW by HPLC/GPC technique.
-Construction of a homemade setup to study quantitatively the photoinduced chain splitting of MEH-PPV conjugated polymers in solution.
-Data acquisition and analysis
-Observation of the breaking "with the naked eye" and characterization by Single Molecule Spectroscopy with a high-resolution fluorescence microscope.
-Written internal report
-Oral presentation during an official seminarOther creators -
Test Scores
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Introduction to research
Score: 18/20 (90 %)
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Master Thesis
Score: 17/20 (85 %)
Supervisor: Pr. B. Vertruyen
Thesis carried out at the GREENMAT research group (http://www.lcis.ulg.ac.be/).
Title: "Synthesis of precursor powders for preparation of YBCO superconducting coatings by electrophoretic deposition on silver substrates"
URL: https://matheo.ulg.ac.be/mymatheo?action=view-workflowitem&workflow_id=528 -
Properties and applications of surfactants
Score: 18/20 (90 %)
Professors: A. Debuigne and G. Broze
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Chemistry of Materials: Inorganic Materials
Score: 18/20 (90 %)
Professor: B. Vertruyen
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Electronic and Magnetic Properties of Materials
Score: 16/20 (80 %)
Professor: B. Vertruyen
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Nanomaterials, principles of synthesis and applications
Score: 20/20 (100 %)
Professors: C. Detrembleur, C. Jérôme and M. Alexandre
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Molecular Quantum Mechanics
Score: 11.5/20 (56%)
The aim of the course is to give a deep understanding of the fundamental theories about chemical bonding and intermolecular interaction and how this governs the behaviour of matter.
Course contents
Lectures: The course covers two areas, quantum mechanics and quantum chemistry. The quantum mechanics part deals with the fundamental equations that govern the behaviour of microscopic particles. The quantum chemistry part deals with how these equations govern the behaviour of atoms and…The aim of the course is to give a deep understanding of the fundamental theories about chemical bonding and intermolecular interaction and how this governs the behaviour of matter.
Course contents
Lectures: The course covers two areas, quantum mechanics and quantum chemistry. The quantum mechanics part deals with the fundamental equations that govern the behaviour of microscopic particles. The quantum chemistry part deals with how these equations govern the behaviour of atoms and molecules.
Project: A small project will be performed, with focus on quantum chemistry.
More information can be found at http://www.kemi.lu.se/utbildning/avancerad/KEMM28/ -
Project Research in Chemical Physics: Photoinduced chain splitting of MEH-PPV in solution
Score: 19/20 (96%)
Supervisors: Pr. Ivan G. Scheblykin and Pr. Per-Olof Larsson.
Project in association with: Applied Biochemistry (Tillämpad biokemi) and Chemical Physics, Lunds Universitet.
Project included:
-Purification and preparation of MEH-PPV HMW and LMW by HPLC/GPC technique.
-Construction of a homemade setup to study quantitatively the photoinduced chain splitting of MEH-PPV conjugated polymers in solution.
-Data acquisition and analysis
-Observation of the breaking "with the naked…Supervisors: Pr. Ivan G. Scheblykin and Pr. Per-Olof Larsson.
Project in association with: Applied Biochemistry (Tillämpad biokemi) and Chemical Physics, Lunds Universitet.
Project included:
-Purification and preparation of MEH-PPV HMW and LMW by HPLC/GPC technique.
-Construction of a homemade setup to study quantitatively the photoinduced chain splitting of MEH-PPV conjugated polymers in solution.
-Data acquisition and analysis
-Observation of the breaking "with the naked eye" and characterization by Single Molecule Spectroscopy with a high-resolution fluorescence microscope.
-Written internal report
-Oral presentation during an official seminar
In Process: Preparation of a scientific article -
Magnetic Resonance - Spectroscopy and Imaging.
Score: 19/20 (VG)
Lecturers:
Daniel Topgaard http://www.physchem.lu.se/people/seniors/topgaard/
Mikael Akke http://www.cmps.lu.se/bpc/people/mikael-akke/
Course content
Lectures and exercises
nuclear spin and quantum mechanics
chemical shift and the interaction between nuclear spin
magnetic field, radio waves and spin dynamics
scientific equipment: the NMR spectrometer and the magnetic resonance camera
multidimensional methods
special techniques for solid…Lecturers:
Daniel Topgaard http://www.physchem.lu.se/people/seniors/topgaard/
Mikael Akke http://www.cmps.lu.se/bpc/people/mikael-akke/
Course content
Lectures and exercises
nuclear spin and quantum mechanics
chemical shift and the interaction between nuclear spin
magnetic field, radio waves and spin dynamics
scientific equipment: the NMR spectrometer and the magnetic resonance camera
multidimensional methods
special techniques for solid materials
nuclear spin relaxation and molecular dynamics
magnetic field gradients: imaging techniques and molecular mobility
Laboratory work
chemical exchange
self-diffusion
solid state NMR
More information can be found at http://www.kemi.lu.se/utbildning/avancerad/KEMM17/ -
Statistical Thermodynamics
Score: 13/20 (65%)
The objective of the course is to provide fundamental knowledge of statistical mechanics. One important goal is to give a deep understanding of the concept entropy and to overcome the discrepancy between a microscopic (statistical mechanics) and a macroscopic approach (thermodynamics). Another important goal is to obtain an understanding of the importance of intermolecular interactions on different properties.
Course contents
Lectures: To start with, a fundamental concept of…The objective of the course is to provide fundamental knowledge of statistical mechanics. One important goal is to give a deep understanding of the concept entropy and to overcome the discrepancy between a microscopic (statistical mechanics) and a macroscopic approach (thermodynamics). Another important goal is to obtain an understanding of the importance of intermolecular interactions on different properties.
Course contents
Lectures: To start with, a fundamental concept of statistical mechanics is introduced. Transformations in thermodynamics are related to the corresponding ensembles in statistical mechanics. Effort is typically made to relate thermodynamics and statistical mechanics. After that, properties of systems with non-interacting particles are studied. Then we consider systems consisting of interacting particles, and, for example, an exact expression for the second virial coefficient is derived.
Project: A project is carried out, where statistical mechanical theory is applied on problems related to ongoing research (computer simulations).
Professors:
Jan Forsman
Bo Jönsson
Mikael Lund
More information can be found at http://www.kemi.lu.se/utbildning/avancerad/KEMM18/ -
Optical Methods in Molecular Spectroscopy
Score: 15/20 (VG)
The course aim is to provide advanced knowledge of optical spectroscopy and in-depth understanding of various types of lasers and how lasers can be used in spectroscopic experiments.
Course contents
The course comprises one theory section of 7.5 credits and laboratory work and exercises comprising 7.5 credits.
Lectures: Presentation of basic terms and principles in photochemistry and spectroscopy. Optical experiments with special emphasis on use of lasers in optical measurements…The course aim is to provide advanced knowledge of optical spectroscopy and in-depth understanding of various types of lasers and how lasers can be used in spectroscopic experiments.
Course contents
The course comprises one theory section of 7.5 credits and laboratory work and exercises comprising 7.5 credits.
Lectures: Presentation of basic terms and principles in photochemistry and spectroscopy. Optical experiments with special emphasis on use of lasers in optical measurements will be treated. The relationship between time- and energy resolved experiments will be analysed.
Exercises: are performed in direct connection to the lectures within the respective field.
Lecturers:
Ivan Scheblykin http://www.chemphys.lu.se/people/scheblykin/
Arkady Yartsev http://www.chemphys.lu.se/people/yartsev/
Donatas Zigmantas http://www.chemphys.lu.se/people/zigmantas/
Tõnu Pullerits http://www.chemphys.lu.se/people/pullerits/
Jens Uhlig http://www.chemphys.lu.se/people/uhlig/
More information can be found at http://www.kemi.lu.se/utbildning/avancerad/KEMM19/ -
Surface and Colloid Chemistry
Score: 15.6/20 (VG)
Course Contents:
The theoretical curriculum treats surface and colloid chemistry from a molecular physico-chemical perspective. Central themes are self-assembly of amphiphilic molecules, polymers in colloidal systems, phase equilibria in solutions, interfacial phenomena, electrostatic interactions in colloidal systems and forces between macro- and mesoscopic surfaces separated by a liquid medium.
The lab practicals treat central experimental techniques, such as rheometry, calorimetry and…Course Contents:
The theoretical curriculum treats surface and colloid chemistry from a molecular physico-chemical perspective. Central themes are self-assembly of amphiphilic molecules, polymers in colloidal systems, phase equilibria in solutions, interfacial phenomena, electrostatic interactions in colloidal systems and forces between macro- and mesoscopic surfaces separated by a liquid medium.
The lab practicals treat central experimental techniques, such as rheometry, calorimetry and AFM (atomic force microscopy), as well as computer simulations of polymers and of electrostatic phenomena in colloidal systems.
Lecturers:
Emma Sparr http://www.physchem.lu.se/people/seniors/sparr/
Lennart Piculell http://www.physchem.lu.se/people/seniors/piculell/
Tommy Nylander http://www.physchem.lu.se/people/seniors/nylander/
Anna Stradner http://www.physchem.lu.se/people/seniors/stradner/
Peter Schurtenberger http://www.physchem.lu.se/people/seniors/schurtenberger/
Per Linse http://www.physchem.lu.se/people/seniors/linse/
More information can be found at http://www.kemi.lu.se/utbildning/avancerad/KEMM07/ -
Svenska: Introduktionskurs för utbytesstudenter (Introductory Swedish)
Score: 18/20 (92%)
The course consists of teaching and exercises in Swedish language proficiency. Students acquire knowledge of everyday phrases and vocabulary so as to be able to communicate in simple everyday situations. Students also gain insights into Swedish grammar. The course provides students with information about studying and living in Sweden and a glimpse of Swedish culture and society.
More information can be found at: http://www.sol.lu.se/en/course/SUSA11/HT2014/ -
3rd Year of the Bachelor Degree in Chemical Sciences
Score: 16.38
(Grande Distinction)
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2nd Year of the Bachelor Degree in Chemical Sciences
Score: 14,55
(Distinction)
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1st Year of the Bachelor Degree in Chemical Sciences
Score: 14,63
(Distinction)
Languages
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French
Native or bilingual proficiency
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English
Native or bilingual proficiency
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Spanish
Limited working proficiency
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Swedish
Elementary proficiency
Organizations
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Royal Society of Chemistry
Associate Member
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Today I have shared my knowledge of sustainability and circular economy with the students of IDEAS_MDL at the Department of Mechanical Engineering…
Today I have shared my knowledge of sustainability and circular economy with the students of IDEAS_MDL at the Department of Mechanical Engineering…
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