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Academic literature on the topic 'Corium – Propriétés thermiques – Mesure'
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Journal articles on the topic "Corium – Propriétés thermiques – Mesure"
Perez, Laetitia, and Laurent Autrique. "Un dispositif expérimental pour l’identification dans l’espace des fréquences." J3eA 21 (2022): 2040. http://dx.doi.org/10.1051/j3ea/20222040.
Full textCharlebois, Denis, Konka Veeranjaneyulu, and Roger M. Leblanc. "Étude de l’activité photosynthétique à l’aide de la spectroscopic photoacoustique: applications potentielles en écotoxicologie." Water Quality Research Journal 28, no. 4 (November 1, 1993): 743–56. http://dx.doi.org/10.2166/wqrj.1993.040.
Full textKhemis, Sabri Ben. "Mesure térahertz de faibles épaisseurs et détection de défauts aux interfaces pour les revêtements industriels : Avancées et applications." e-journal of nondestructive testing 28, no. 9 (September 2023). http://dx.doi.org/10.58286/28483.
Full textDissertations / Theses on the topic "Corium – Propriétés thermiques – Mesure"
Denier, Caroline. "Détermination et modélisation de propriétés thermophysiques du corium pour des applications accidents graves." Electronic Thesis or Diss., Orléans, 2023. https://theses.univ-orleans.fr/prive/accesESR/2023ORLE1073_va.pdf.
Full textThis thesis deals with the determination and modelling thermophysical properties (density, viscosity and surface tension) of corium mix U-Zr-Fe-O representative of severe accident conditions inside the nuclear reactor vessel, at temperatures above 2000 °C. For such needs, two complementary experimental devices are used: aerodynamic levitation (at CEMHTI, CNRS Orléans) and maximum bubble pressure (at CEA Cadarache). Original measurement of those thermophysical properties are obtained on several in-vessel corium compositions (U-Zr-O) with various degree of zirconium oxidation, and separately on its components (Fe and Zr-O system). The uncertainties, both on measurement of the properties themselves and on temperature are assessed. Following the tests, sample compositions are analysed by SEM-EDS, thereby increasing the reliability of the measured data. In addition, a thermodynamic approach to surface tension modelling has been initiated and its feasibility demonstrated
Bessières, David. "Mesure de capacités calorifiques de composés hydrocarbonés sous pression, calculs de propriétés thermophysiques dérivées." Pau, 1999. http://www.theses.fr/1999PAUU3007.
Full textChauchois, Alexis. "Modèles d'ordres non entiers appliqués à la caractérisation thermique de milieux évolutifs par méthode inverse : cas d'un sol humide." Artois, 2002. http://www.theses.fr/2002ARTO0202.
Full textWork presented proposes to measure the water content of the in situ grounds. This study concerns the thermal characterisation of surface layers of the soil, and these changes rapidly with water content. This is divided into two parts. The first is the determination of the thermal parameters of a sample of ground in laboratory by traditional methods. These tests are carried out with a water content, from 0%, that must then be increased up to saturation with intermediate tests being performed to determine the changes in the thermal properties. A correlation curve is established, between the water content of the material and its thermal characteristics. The second part involves studying the soil in situ conditions. It calls upon more complex techniques. Because of the fast evolution of the studied system, a broad recourse is made to the methods of the signal theory, in particular : the use of noninteger models. We studied three different types of ground : at first, a sand, which was used to us as reference for our tests, then we extended the method on a ground of the argillaceous type, and a ground argilo-sandy. This work led to the monitoring of the evolution of the water content of these grounds, (according to time and depth). The results were validated by gravimetric tests
Huguet-Chantôme, Pascal. "Mesure de propriétés thermiques de matériaux diélectriques en couches minces par optique guidée." Aix-Marseille 3, 2001. http://www.theses.fr/2001AIX30084.
Full textWe study the thermal properties of dielectric thin-film materials. To achieve this goal, we use guided optic techniques based on the prism coupler (m-lines). The thermo-optical coefficients of different thin-film materials are measured. These measurements are applied to the analysis and simulation of interference filters' spectral shift with temperature. The totally reflecting prism coupler, in a two-beam pump-and-probe set-up, allows the detection, in harmonic regime, of photo-induced index modifications in a thin film as low as 10 -8. These index variations are due to the temperature increase created by the absorption of a small part of the pump beam in the film. Their distribution in the film is related to the film's thermal properties (conductivity, specific heat). A two-dimensional model of the heat conduction in the prism coupler has been developped, with a good qualitative agreement between calculations and measurements. The measurements performed on different samples are also compared
Delacre, Elisabeth. "Caractérisation thermique de matériaux poreux humides par analyse inverse dans le domaine fréquentiel." Artois, 2000. http://www.theses.fr/2000ARTO0203.
Full textDubernard, Alexis. "Instrumentation pour la séparation des transferts thermiques couplés à la surface d'un paroi : application à la gestion d'ambiances." Artois, 2000. http://www.theses.fr/2000ARTO0202.
Full textThis work is within the framework of the experimental context of the separation and the measurement of the thermal transfers by radiation and convection. More particularly, we are interested in the energy interactions between a building wall, whether it is interior or an external one, and its micro-climatic environment. The solution planned to deal with this problem, rests on the use of an original instrumentation allowing the measurement of heat fluxes. A new sensor sensitive to the thermal radiations was characterized. That imposes the design of a calibration bank, the search of the best adapted definition fot its sensitivity, and the study of the effect of possible disturbances on its answer. The needs as well as possible for ensuring the comfort of the occupants in a room, while optimizing the energy management, impose the use of reliable devices and easily brought into operation. Our work then proposes the use of fluxmetric sensors, and in particular of the radiative one, for the optimal control of environments. Experimental results in managements of thermal environments of comfort, based on the concept of resultant temperature, are presented, and compared with a traditional regulation by air temperature. They show the advantages of the concept of flow applied to the regulation. Lastly, the problem of the separation of surface heat exchange between an external wall and its micro-climatic environment was approched within the framework of a first approach primarily experimental. We show that, by, the use of fluxmetric measurements, the determination of the exchanges coefficients and the decomposition of the solar contributions are made possible on the surface of a building wall
Jarkass, Chadi. "Identification thermique de systèmes évolutifs par la théorie des modèles d'ordres non entiers associée à la notion d'impédance." Artois, 2006. http://www.theses.fr/2006ARTO0202.
Full textThe objective of this work is to carry out a thermophysical characterization of porous materials quickly evolutionary, in particular the soil in its surface layers. At the experimental level, the use of fluxmetric sensors allows a simultaneous measurement of the temperature and flow in the same plan. We associated it to a method of treatment based on the concept of thermal impedance which authorizes a reliable and precise characterization of the involved systems. At the theoretical level, we have recourse to the non-integer model to determine the experimental thermal impedance in the frequential field. This constitutes an innovative procedure enabling the identification of the thermophysical parameters of the studied conductive site. The conceptual model of defined impedance was validated by a harmonic study of a reference material, an inert concrete block. A random solicitation of type B. P. R. S allows a precise characterization of the material with a minimal contribution of energy, particularly well adapted to an in situ development. Each experimental test was the aim of checking, excellent results were observed. The configuration suggested in laboratory made it possible to establish a law of correlation between moisture and the thermal effusivity for various types of ground. Finally, the approach developed in theory is applied to the monitoring of the evolution of the water content in situ
Elaoami, Mohamed. "Etude expérimentale de l'évolution des propriétés thermophysiques d'un mortier par impédance thermique : correlation avecle contenu hydrique." Artois, 2005. http://www.theses.fr/2005ARTO0204.
Full textThis study presents experimental work concerning evaluation of thermophysicals properties of different mortars, with particular reference to their dependence on some other properties of the material such as, water cotent. An initial investigations was carried to study the use of thermal impedance for measuring the thermal effusivity of a mortar durng the early stages of hydration. The concept of impedance thermal is defined in the theoretical approaches. We propose a method of identification thermophysical of a mortar which allows the follow-up of complex evolutionary processes during its hydration, by reducing the time of analysis. The studied system and the instrumentation are presented. We take into account the effects of the presence of the flow meter on the system and the resistance of contact between the flow meter and studied material. The water migration during the run-time of the thermal tests has been avoided. We measure the temperatures and flows in the mortar surface to be able to calculate the experimental impedance? The thermal effusivity is obtained by optimisation of theoretical impedance on the experimental impedance. The advantage of the developed method is to propose an instrumentation light and reliable, and requiring only one face of access. The technique developed allows to follow the evolution of the water content of the mortar hardened during processes of drying and to establish a correlation between its water content andits characteristics thermal. A strong correlation has been found between the evolution of the effusivity thermal and the water contents and the results show that the thermal affuxivity increases with the moisture content
Salome, Francis. "Contribution à l'étude de nouvelles méthodes de mesure des paramètres électriques et thermiques des matériaux : influence de l'humidité sur les propriétés électriques et thermiques des matériaux non métalliques." Lille 1, 1986. http://www.theses.fr/1986LIL10082.
Full textTang-Kwor, Eric. "Contribution au développement de méthodes périodiques de mesure de propriétés thermophysiques des matériaux opaques." Paris 12, 1998. http://www.theses.fr/1998PA120050.
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