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The European Virtual Institute for Thermal Metrology www.evitherm.org THERMAL ANALYSIS and CALORIMETRY Presented by Pierre LE PARLOUÃ‹R Therm@l Consulting Caluire, France. Thermal conductivity and diffusivity Thermal expansivity and density
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THERMAL ANALYSIS and CALORIMETRY
Pierre LE PARLOUËR
Mike RICHARDSON (with National Physical Laboratory, UK)
Lindsay CHAPMAN (National Physical Laboratory, UK)
Julia SEMPERE (Institut Quimic de Sarria, Spain)
Bruno HAY (Laboratoire National d’Essais, France)
Giuseppe DELLA GATTA (University of Torino, Italy)
Gyorgy POKOL (Budapest University of Technology and Economics, Hungary)
Pierre LE PARLOUËR (Therm@l Consulting, France)
Other evitherm members from the thermal analysis field
Vincent MATHOT (SciTech, Holland) : website, industrial representation (polymers)
Alberto SCHIRALDI (University of Milano, Italy) : knowledge transfer, e-learning
Giuseppe SALVETTI (University of Pisa, Italy) : resources related to thermal technologies
Alois RAEMY (Nestle, Switzerland) : industrial representation (food)
Association, society, website,…
Equipments suppliers, manufacturers and services
Thermal properties measurement services
What evitherm is offering FREE the thermal analysis and calorimetry community
Become an expert
… evitherm for a better and larger dissemination of thermal analysis and calorimetric techniques in SME’s and SMI’sregister and become a partner of evitherm!
evitherm needs the cooperation of the national and international associations
- to help in the promotion thermal analysis and calorimetry in industry
- to assist in the organization of seminars, conferences for SME’s and SMI’s
- to assist in the organization of training courses for SME’s and SMI’sWhat evitherm is waiting from the thermal analysis and calorimetry community?
evitherm is offering the research laboratory a link on the website with a description of the activity of the laboratory, the possibility of testing and consulting...
In the same time evitherm is interested for his members, in :
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evitherm offers the companies to exchange news through the e-newsletterWhat are the relations of evitherm with the suppliers and manufacturers?
Start/End date:28-09-04 <-> 30-09-04
Institution: CPE Formation Continue
Address: 31 Place Bellecour Zip: 69002 City:Lyon Country:France
Contact: CPE Formation ContinueMichel VIVIERDescription:Measurement design, principles & applicationsCost:1348 € + VATWebsite:http://www.cpe.fr/fp/cpe/formation/scienana/calorime.htm
Property: Thermal analysis & calorimetry,
Industry sector: Safety, Chemicals,
Note: This training is dedicated to engineers and technicians in analytical and safety laboratories dealing with chemical reactions. Presentation of DSC, Calvet calorimetry, reaction calorimetry, adiabatic calorimetry. Evaluation of risks linked to the chemical reaction.Investigations of runaway reactions.Characterization of self heating of powders. Visit of an industrial safety laboratory.
Thermal Metrology Topic: Thermal diffusivity
Written by Paul Nesvadba
Date: 15-05-04 19:48:00
Thermal diffusivity is much easier to measure than thermal conductivity. It is because its dimension (m2/s) involves only length and time, both easy to measure. I have been developing a method for measuring the thermal diffusivity of foods and similar biological or medical materials. It "identifies" thermal diffusivity from measured temperature profiles. The profiles are generated by heating or cooling in a manner that does not have to be strictly controlled as long as the profiles T(x) or T(r) (in a slab or a cylinder) are approximately parabolic. There is no need for lengthy equilibration of the sample as in steady state or quasi-steady state methods (the heated needle probe or the Gustafsson hot disk or hot strip method) for thermal conductivity. The method works with materials that have thermal properties mildly varying with temperature. The entire temperature dependence of thermal diffusivity is obtained during a single heating or cooling run. For a material with thermal diffusivity of 10-6 m2/s (moist food) thie temperature range from -100°C to +100°C can be covered in less than 1 hour. Thermal conductivity is obtained by multiplying the thermal diffusivity by specific heat capacity and density. The former is easily obtained using DSC (differential scanning calorimetry) and density by the mass/volume method.I would be happy to share my experience with interested parties and collaborate with the objective of developing, standardising and commercialising the method.Reference: Nesvadba P. (1982). A new transient method for the measurement of temperature dependent thermal diffusivity. J. Phys. D: Appl. Phys. 15 (1982) 725-738. Thermal diffusivity Paul Nesvadba 15-05-04 19:48:00
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Property: Thermal analysis & calorimetry
Note: Calorimetry Sciences, Inc. is a calorimeter company. Products line:Nano Differential Scanning Calorimeter (measurement of absolute heat capacities of biopolymers in dilute solution) - Multi-cell Differential Scanning Calorimeter (study of biopolymer stability in dilute solution) - Isothermal Titration Calorimeter (study of biopolymer ligand interactions) - Isoperibol Solution Calorimeter (study of the thermodynamics of reactions in solution) - Isothermal Nanocalorimeter (study of low rate reactions).
Product / service:Isothermal Calorimetry Titration calorimetry NanoDSC Solution calorimetry.
Address: Secrétariat AFCAT, Université de Provence MADIREL Centre de St Jérôme13397 Marseille Cedex FrancePhone: 33 4 37 40 10 75Fax: 33 4 37 40 10 76E-mail: firstname.lastname@example.org
Website : www.afcat.org
Note: The main goals of AFCAT is the promotion of the techniques and works in the field of thermal analysis and calorimetry to allow the exchanges betweeen laboratories, to establish relations and collaborations with the european and international associations. An annual meeting is organized to present and discuss the last results and applications in thermal analysis and calorimetry. An instrumentation exhibition is organized during the meeting. The meeting is mainly in France, but also in other european countries ( Italy, Spain, Germany, Switzerland, Belgium and Maghreb countries (Tunisia)
Solution and thermal properties of organic compounds (incl. small peptides), anti-tumoral drugs tests, collagen degradation in parchments, DSC calibration
Contact : Professor Giuseppe Della Gatta
Address:Dipartimento di Chimica IFM, Università degli Studi di Torino9 Via P. Giuria
10125 TorinoItalyPhone: (+39)011 670 7571Fax: (+39)011 670 7855E-mail: email@example.com
Industry sector : chemicals, pharmaceuticals, biology, cultural heritage
Equipment: solution calorimeters, DSC calorimeters, Calvet microcalorimeters, high-sensitivity DSC calorimeter for biological systems
Applications: solvation and thermal properties of organic compounds, pharmaceuticals, collagen stability
Subject : Thermodynamic calculations, phase diagrams
Properties calculated : phase diagrams, chemical equilibria, thermodynamic properties
Required inputs : composition, temperature, pressure
Format : web download
Author : NPL Thermodynamics and Process Modelling Group
Contact : Hugh Davies
Address: National Physical Laboratory , Materials CentreQueens Road, Teddington, Middlesex TW11 0LW United KingdomPhone: +44 (0)20 8943 6497Fax: +44 (0)20 8614 0425E-mail: firstname.lastname@example.org
Website : www.npl.co.uk/mtdata/
Note: MTDATA is a software/data package for the calculation of phase equilibria in multicomponent multiphase systems using, as a basis, critically assessed thermodynamic data. It has numerous applications in the fields of metallurgy, chemistry, materials science, and geochemistry, , depending only on the data available. Materials covered include metals & alloys, oxides, matts, glasses, gases and salts.