CHRISTENSEN J.B., JØRGENSEN A.A., VANDBORG M.H., THOMAS P.J., LU X., FAILLEAU G., EISERMANN R., GRÜNER-NIELSEN L., BALSLEV-HARDER D., LASSEN M. and KRENEK S., “Fiber-artefact methodology and calibration framework for Brillouin-based fiber sensing”, Opt. Express, 2024, 32, 26, DOI: 10.1364/OE.544659.

DEDYULIN S., PERUZZI A., DEL CAMPO D., IZQUIERDO B.C.G., GOMEZ M.E., QUELHAS K.N., NETO M.A.P., LOZANO B.M., EUSEBIO L., YANG I., SPARASCI F., MARTIN C., RISEGARI L., SAUNDERS P., MOLLOY E., YAN X.K., SUN J.P., FENG X.J., ZHANG J.T., HO M.-., NAKANO T., WIDIATMO J.V., SAITO I., EJIGU E., PEARCE J., RUSBY R., RUDTSCH S., BUENGER L., KALEMCI M., UYTUN A., BRUIN-BARENDREGT C., PANMAN M., VAN GEEL J., WHITE D.R. and POSSOLO A., “From CCT-K7 to CCT-K7.2021: Approaching the definition of the triple point of water temperature”, AIP Conference Proceedings, 2024, 3230, 1, DOI: 10.1063/5.0234488.

DURBIANO F., MORITZ L., LEITO I., TALLAWI B., KLAHN E.A., ISLEYEN A., POPOV A., PETRENKO A., KOLESNIKOVA T. and PÁLKOVÁ Z., “Presentation of the new EPM 23RPT03 project “Metrology for standardised moisture/water content measurement in plant-origin bulk materials in support of International and European food safety and trade – GrainMet”, Measurement: Sensors, 2024, DOI: 10.1016/j.measen.2024.101521.

GUIANVARC’H C., FAVIER E., LAVERGNE T. and RISEGARI L., “Vibration of microphone membrane: Effects of thermal stress”, Journal of Sound and Vibration, 2024, 588, DOI: 10.1016/j.jsv.2024.118518.

IMBRAGUGLIO D., PAN C., SPARASCI F., GAVIOSO R.M., RIPA D.M., ROURKE P.M.C., ZHANG H., GAO B. and PITRE L., “From ITS-90 to thermodynamic temperature: Hybrid CSPRT calibrations with LNE-Cnam acoustic gas thermometry”, AIP Conference Proceedings, 2024, 3230, 1, DOI: 10.1063/5.0236619.

KIRSTE A., ENGERT J., PEKOLA J., PELTONEN J., TABANDEH S., PITRE L. and SPARASCI F., “Realizing the redefined Kelvin: Realization and dissemination of the Kelvin below 25 K”, AIP Conference Proceedings, 2024, 3230, 1, DOI: 10.1063/5.0234869.

KJELDSEN H., ØSTERGAARD P.F., STRAUSS H., NIELSEN J., TALLAWI B., GEORGIN E., SABOUROUX P., NIELSEN J.G. and HOUGAARD J.O., “Calibration Techniques for Water Content Measurements in Solid Biofuels”, Energies, 2024, 17, 3, DOI: 10.3390/en17030635.

KOWAL A., SPARASCI F., PAN C., TAUZIN C., ZHANG H., GAO B. and PITRE L., “The direct comparison of 3He and 4He vapor-pressure thermometers at LNE-Cnam within their overlapping temperature range”, AIP Conference Proceedings, 2024, 3230, 1, DOI: 10.1063/5.0234151.

LOWE D., BOURSON F., FLORIO M., GIRARD F., MACHIN G., MANTILLA J., MARTIN M.J., NASIBLI H., PEHLIVAN O. and SADLI M., “High-temperature fixed-point furnace uncertainties”, AIP Conference Proceedings, 2024, 3230, 1, DOI: 10.1063/5.0234816.

MACHIN G., SADLI M., ENGERT J., KIRSTE A., PEARCE J. and GAVIOSO R.M., “Progress with realizing the redefined Kelvin”, AIP Conference Proceedings, 2024, 3230, 1, DOI: 10.1063/5.0234456.

MCEVOY H., LOWE D., MACHIN G., JOSÉ MARTIN M., ANHALT K., HOLLANDT J., SADLI M., BOURSON F., YAMADA Y., SASAJIMA N., LU X., YOO Y., YOON H., GIBSON C., TODD A. and WOODS D., “Final report for CCT comparison of ITS-90 realisations above the silver point using two transfer radiation thermometers and a set of high temperature fixed-point blackbody cells”, Metrologia, 2024, 61, 1A, DOI: 10.1088/0026-1394/61/1A/03003.

PAVLASEK P., RISEGARI L. and SPARASCI F., “Manufacturing and realization of the low volume fixed-point of sulfur hexafluoride (SF6)”, AIP Conference Proceedings, 2024, 3230, 1, DOI: 10.1063/5.0236046.

PEARCE J.V., RUSBY R.L., VELTCHEVA R.I., DEL CAMPO D., IZQUIERDO C.G., MERLONE A., COPPA G., KOWAL A., EUSEBIO L., BOJKOVSKI J., ŽUŽEK V., SPARASCI F., PAVLASEK P., KALEMCI M., UYTUN A. and PERUZZI A., “Realizing the redefined Kelvin: Extending the life of ITS-90”, AIP Conference Proceedings, 2024, 3230, 1, DOI: 10.1063/5.0234458.

SADLI M., BOURSON F., LOWE D., ANHALT K., TAUBERT D., MARTIN M.J., MANTILLA J.M., GIRARD F., FLORIO M., GÖZÖNÜNDE C., NASIBLI H., KNAZOVICKÁ L., SASAJIMA N., LU X., KOZLOVA O., BRIAUDEAU S. and MACHIN G., “Thermodynamic temperatures of Fe-C, Pd-C, Ru-C and WC-C for the Mise-en-Pratique of the Kelvin up to 3020 K”, AIP Conference Proceedings, 2024, 3230, 1, DOI: 10.1063/5.0234550.

SADLI M., KŇAZOVICKÁ L., PAVLÁSEK P., NASIBLI H., BOURSON F. and FALNES OLSEN Å.A., “New capabilities for the realisation and the dissemination of the kelvin at high temperature in Europe”, Measurement: Sensors, 2024, DOI: 10.1016/j.measen.2024.101624.

SPARASCI F., RISEGARI L., MARTIN C., HERMIER Y., LOPARDO G., STEUR P.P.M., PEARCE J., BÜNGER L., RUDTSCH S., BRUIN-BARENDREGT C.D., PANMAN M., PERUZZI A., HOFSTÄTTER-MOHLER C., TURZÓ-ANDRÁS E., NEDIALKOV S., SPASOVA S., PETRUSOVA O., JOSÉ MARTÍN HERNANDEZ M., MALDONADO D.D.C., GARCÍA IZQUIERDO C., STRNAD R., SIMIC S., STEPANOVIC V., NIELSEN J., KOKKINI E., GAIDAMOVICIUTE L., GALKAUSKAS L., MIKALAUSKAS K., KOZICKI M., ZVIZDIC D., ŠESTAN D., MUTAPCIC N., STRATULAT C., NEAGU M.D., EUSÉBIO L., OLSEN Å.A.F., BERGERUD R.A., OPEL K., KVERNMO G., HÖGSTRÖM R., HEINONEN M., BOJKOVSKI J., ŽUŽEK V., MACLOCHLAINN D., HOLMSTEN M., SENN R., DOBRE M., PAVLASEK P. and KALEMCI M., “EURAMET.T-K9 regional key comparison ITS-90 SPRT calibration from the Ar TP to the Zn FP”, Metrologia, 2024, 61, 1A, DOI: 10.1088/0026-1394/61/1A/03005.

ZHANG H., SONG Y., KONG X., GAO B., PLIMMER M. and PITRE L., “Repeatability of a primary thermometer and calibration of resistance thermometers between 5 K and 25 K”, Metrologia, 2025, 62, 1, DOI: 10.1088/1681-7575/ad87f5.

PITRE L., « Métrologie des basses températures », Action Nationale de Formation "Détection de rayonnements à très basse température" (DRTBT2024), Centre CAES Paul-Langevin, Aussois, France, 24-27 March 2024.

SADLI M., KNAZOVICKÁ L., PAVLASEK P., NASIBLI H., BOURSON F. and OLSEN Å.A.F., « Projet MultiFixRad : Développement de nouvelles capacités de recherche pour la réalisation et la dissémination du kelvin à haute température en Europe », CAFMET 2024 - 9^e Conférence Internationale de Métrologie, Marrakesh, Morocco, 22-24 April 2024.

SONG Y., LIU S., ZHANG H., GAO B., LI F. and PITRE L., “Stability of standard platinum cobalt resistance thermometers under hundred low temperature cycling”, Journal of Harbin Institute of Technology, 2024, 56, 6, DOI: 10.11918/202301055.

RAMALINGAM A., SADLI M., KNAZOVICKÁ L., PAVLÁSEK P., NASIBLI H., BOURSON F. and OLSEN Å.A.F., “New capabilities for the realisation and the dissemination of the kelvin at high temperature in Europe”, IMEKO 2024 - XXIV World Congress, Hamburg, Germany, 26-29 August 2024.

TALLAWI B. and GEORGIN E., « Mesure de l’humidité dans les solides », Mesures Solutions Expo, Lyon, France, 16-17 October 2024.

FERREUX E., KOZLOVA O., STESHCHENKO T., LOUBAR F., MARTEL T., GHORBEL I., AIMONE-GIGGIO L., COMBRIÉ S., DE ROSSI A., BRAIVE R., BRIANT T. and BRIAUDEAU S., « Towards quantum thermometry using optomechanics », Journées de la Matière Condensée, Marseille, France, 28-31 October 2024.

CROQUETTE M., DELEGLISE S., KAWASAKI T., KOMORI K., KURIBAYASHI M., LARTAUX-VOLLARD A., MATSUMOTO N., MICHIMURA Y., ANDIA M., ARITOMI N., BRAIVE R., BRIANT T., BRIAUDEAU S.,  CATAÑO-LOPEZ S.B., CHUA S., DEGALLAIX J., FUJIMOTO M., GERASHCHENKO K., GLOTIN F.,  GRUNING P., HARADA K., HEIDMANN A., HOFMAN D., JACQUET P.-E., JACQMIN T., KOZLOVA O.,  LEROY N., LORIETTE V., LOUBAR F., MARTEL T., METZDORFF R., MICHEL C., MIKAMI A.,  NAJERA L., NEUHAUS L., OTABE S., PINARD L., SUZUKI K., TAKAHASHI H., TAKEDA K.,  TOMINAGA Y., VAN DE WALLEA, YAMAMOTO N., SOMIYA K. et COHADON P.-F., "Recent advances toward mesoscopic quantum optomechanics", AVS Quantum Sci., 2023, 5, DOI: 10.1116/5.0128487.

FLEURENCE N., DEMEYER S., ALLARD A., DOURI S. et HAY B., "Quantitative measurement of thermal conductivity by SThM technique: Measurements, calibration protocols and uncertainty evaluation", Nanomaterials, 2023, 13, DOI: 10.3390/nano13172424.

GARBEROGLIO G. , GAISER C., GAVIOSO R.M., HARVEY A.H., HELLMANN R., JEZIORSKI B., MEIER K., MOLDOVER M;R., PITRE L., SZALEWICZ K. et UNDERWOOD R., "Ab initio calculation of fluid properties for precision metrology", J. Phys. Chem. Ref. Data, 2023, 52, DOI: 10.1063/5.0156293.

GOMES S., BOURGEOIS O., FLEURENCE N., DILHAIRE S., BRAIVE R. et GRAUBY S., « Micro & Nano-thermique - Méthodes de caractérisation et de mesure », Techniques de l’ingénieur, 2023, R6801 V1, DOI: 10.51257/a-v1-r6801.

HAY B., BEAUMONT O., FLEURENCE N., LAMBENG N., CATALDI M., LORRETTE C.,  KNOPP K., HARTMANN J., BECKSTEIN F., STOBITZER D., MILOSEVIC N.,  STEPANIC N., WU J. et MILDEOVA P., "Inter‑laboratory comparison on thermal diffusivity measurements by the laser flash method at ultra‑high temperature", Int J Thermophys, 2023, 44, 48, DOI: 10.1007/s10765-023-03159-5.

HERMAN T., CHOJNACKY M., HILL K., RUDTSCH S., YANG I., STEUR P.P.M., DEMATTEIS R., LOPARDO G., SPARASCI F., MARTIN C., RISEGARI L., WIDIATMO J., NAKANO T., SAITO I., QUELHAS K.N., GIORGIO P., SUN J., ZHANG J., PEARCE J. et GRAY J., "KEY COMPARISON - ITS-90 SPRT calibration from the Ar TP to the Zn FP", Metrologia, 60, 2023, DOI: 10.1088/0026-1394/60/1A/03001.

PERUZZI A., DEDYULIN S., LEVESQUE M., DEL CAMPO D., GARCIA IZQUIERDO G.C., GOMEZ M.E., QUELHAS K.N., NETO M.A.P., LOZANO B.M. et EUSEBIO L., "CCT-K7.2021: CIPM key comparison of water-triple-point cells", Metrologia, 2023, 60, DOI: 10.1088/0026-1394/60/1A/03002.

HAY B., "Assessment of uncertainty associated with very high temperature thermal diffusivity measurements", 21^e congrès international de Métrologie (CIM 2023), Lyon, France, 7-10 mars 2023.

SADLI M., "Assigning thermodynamic temperatures to a set high-temperature fixed points in the range 1400 K to 3000 K", 21^e congrès international de Métrologie (CIM 2023), Lyon, France, 7-10 mars 2023.

BOURSON F., "New high-temperature references for industrial applications", 21^e congrès international de Métrologie (CIM 2023), Lyon, France, 7-10 mars 2023.

DOURI S., "Scanning thermal microscopy modeling by 3D FEM in vacuum and in air conditions", 21^e congrès international de Métrologie (CIM 2023), Lyon, France, 7-10 mars 2023.

DEDYULIN S., PERUZZI A., DEL CAMPO D., GARCIA IZQUIERDO B.C., GOMEZ M.E., QUELHAS K.N.,  NETO M.A.P., LOZANO B.M., EUSEBIO L., YANG I., SPARASCI F., MARTIN C., RISEGARI L., SAUNDERS P., MOLLOY E., YAN X.K., SUN J.P., FENG  X.J., ZHANG J.T., HO M.-K.,  NAKANO T., WIDIATMO J.V., SAITO I., EJIGU E., PEARCE J., RUDTSCH S., BUENGER L., KALEMCI M.,  UYTUN A., BRUIN-BARENDREGT C., PANMAN M., WHITE D.R. et POSSOLO A., "From CCT-K7 to CCT-K7.2021: approaching the definition of the triple point of water temperature", Tenth International Temperature Symposium, Anaheim, CA USA, 3-7 avril 2023.

GAO B., ZHANG H., KONG X., SONG Y., LUO E. et PITRE L., "New T-T90 data from 5K to 24.5 K by single-pressure refractive-index gas thermometry", Tenth International Temperature Symposium, Anaheim, CA USA, 3-7 avril 2023.

IMBRAGUGLIO D., PAN C., SPARASCI F., GAVIOSO R., MADONNA RIPA D., ROURKE P.M.C.,  ZHANG H., GAO B. et PITRE L., "From ITS-90 to Thermodynamic Temperature: Hybrid SPRT Calibrations with LNECnam Acoustic Gas Thermometry", Tenth International Temperature Symposium, Anaheim, CA USA, 3-7 avril 2023.

KIRSTE A., ENGERT J., PEKOLA J., PELTONEN J., TABANDEH S., PITRE L. et SPARASCI F., "Realising the redefined kelvin: Realisation and dissemination of the kelvin below 25 K", Tenth International Temperature Symposium, Anaheim, CA USA, 3-7 avril 2023.

KOWAL A., SPARASCI F., PAN C., TAUZIN C., ZHANG H., GAO B. et PITRE L., "Direct comparison of 3He and 4He vapor-pressure thermometers at LNE-Cnam within their overlapping temperature range", Tenth International Temperature Symposium, Anaheim, CA USA, 3-7 avril 2023.

LOWE D., MACHIN G., MANTILLA J., MARTIN M.J., GIRARD F., FLORIO M., SADLI M., BOURSON F., NASIBLI H. et PEHLIVAN O., "High-Temperature fixed-point furnace uncertainty", Tenth International Temperature Symposium, Anaheim, CA USA, 3-7 avril 2023.

MACHIN G., SADLI M., ENGERT J., KIRSTE A., PEARCE J. et GAVIOSO R., "Progress with realizing the redefined kelvin", Tenth International Temperature Symposium, Anaheim, CA USA, 3-7 avril 2023.

PAVLASEK P., RISEGARI L. ET SPARASCI F., "Capsule and Long stem SPRT calibration by low volume fixed point of Sulfur Hexafluoride (SF6)", Tenth International Temperature Symposium, Anaheim, CA USA, 3-7 avril 2023.

PEARCE J.V., RUSBY R.L., VELTCHEVA R.I., DEL CAMPO D., GARCIA IZQUIERDO C., MERLONE A., COPPA G., KOWAL A., EUSEBIO L., BOJKOVSKI J., ŽUZEK V., SPARASCI F., PAVLASEK P., KALEMCI M., UYTUN A. et PERUZZI A., "Realizing the redefined kelvin: Extending the life of the ITS-90", Tenth International Temperature Symposium, Anaheim, CA USA, 3-7 avril 2023.

SADLI M., BOURSON F., LOWE D., ANHALT K., TAUBERT D., MARTIN M.J., MANTILLA J.M., GIRARD F., FLORIO M., GÖZÖNÜNDE C., NASIBLI H., KNAZOVICKA L., SASAJIMA N., LU X., KOZLOVA O., BRIAUDEAU S. et MACHIN G., "Realizing the redefined kelvin: thermodynamic temperatures of Fe-C, Pd-C, Ru-C and WC-C for the mise-en-pratique of the kelvin up to 3020 K", Tenth International Temperature Symposium, Anaheim, CA USA, 3-7 avril 2023.

SADLI M., PITRE L., BRIAUDEAU S., BOURSON F. et SPARASCI F., "Relative thermodynamic temperature over the whole temperature range", Tenth International Temperature Symposium, Anaheim, CA USA, 3-7 avril 2023.

SONG Y., KONG X., ZHANG H., GAO B., SPARASCI F., LUO E. et PITRE L., "Establishing and maintaining the ITS-90 Wire scale at CAS using Rhodium-Iron resistance thermometers from 5K to 24.5K", Tenth International Temperature Symposium, Anaheim, CA USA, 3-7 avril 2023.

ROURKE P.M.C., GAISER C., GAVIOSO R.M., KAWAMURA Y., MACHIN G., MÜLLER I., SADLI M., SAUNDERS P., YANG I. et ZHANG J., "The CCT Task Group on digitalization", Tenth International Temperature Symposium, Anaheim, CA USA, 3-7 avril 2023.

TAUZIN C., SPARACI F., PLIMMER M.D. et PITRE L., "Thermometry below 1 K, a comparison of several reference sensors based on different physics principles at LNE-Cnam", Tenth International Temperature Symposium, Anaheim, CA USA, 3-7 avril 2023.

Moisture content measurements in solid materials, as accurate and traceable to the SI, is a technical and scientific challenge. The difficulty comes from the great diversity of measurands, resulting from extremely varied measurement techniques. This is reinforced by the variability of the physical and chemical properties of materials in the presence of the water molecule. Thus materials can be affected through their chemical composition, structure, texture, mechanical properties and thermal properties.

The duration of the analysis, the size of the sample, the complexity of the solid materials, and the requirement for laboratory conditions are occasionally limitations of traditional techniques for measuring moisture, which are classified as the primary techniques from a metrological view. Nevertheless, these methods also have the best accuracy and lowest uncertainties. To allow a better dissemination of metrological traceability, and to overcome some limitations of reference methods, alternative measurement methods are needed. They aim to improve on-site moisture measurement or to allow calibration of devices already installed on industrial processes, all in a relatively short time and in a potentially restrictive environment: Temperature, vibration, fouling, and electromagnetic perturbations.

Among the solutions identified, there are several methods, falling into the category of secondary methods, such as electromagnetic spectroscopy, infrared measurement, electron microscopy and thermography. These methods are promising for determining the moisture content of solids, but often their measurement principles lead to measurements different from those of primary methods. Although, they allow characterizing the physical and chemical properties of the materials and can be used to determine their humidity, subject to performing a calibration against one of the primary techniques to ensure SI traceability.

The first part of the work was to validate a coaxial measuring cell, developed at LNE-CETIAT, for the measurement of dielectric permittivity. This validation was carried out by comparison with the EpsiMu® tool, the open-ended coaxial probe using reference materials identified in the literature. Furthermore, a cylindrical resonant cavity that serves as a transfer device was developed and characterized. This industrial equipment has notably been studied with reference materials and wood derivatives. The cavity allows the measurement of the dielectric properties of the materials, taking care however to proceed to the identification of certain characteristic parameters, by using the coaxial cell.

The second part focused on the investigation, improvement, and development of experimental procedures related to the implementation of reference methods. The loss on drying method and two electrolytic techniques including the coulometric Karl Fischer titration and the electrolysis of phosphoric acid produced when water vapor and 9 phosphoric pentoxide are combined were discussed. The measurement methods as well as the uncertainty balances were validated through intra and inter-laboratory comparisons.

Finally, by combining the electromagnetic characterization of the resonant cavity and one of the primary methods, calibration curves could be established between the measured dielectric quantities and the moisture content of the materials. As a result, the developed device enables quick analysis times and non-destructive measurements of the moisture in solids. The demonstration of its application could be done at an industrial site to calibrate an instrument measuring the moisture of pellets and wood chips.

traceability, moisture content, metrology, microwave, permittivity, solids.

Full document (FR) : HAL-04302278

In 2018, the 26th General Conference on Weights and Measures (CGPM) redefined the various units of the International System (SI), in particular the kelvin, the unit of temperature, which is now based on the fixed value of the Boltzmann constant kB. This redefinition spurred the development of new primary temperature sensors to disseminate the new Kelvin. Sensors based on quantum technologies are very popular in the metrology community.

In this context, we propose a multimodal temperature sensor whose operation is based on the optical and optomechanical properties of a 1D photonic crystal. Indeed, under the effect of temperature, the resonator sees its optical resonance frequency shift, and the Brownian motion induced by the surrounding thermal bath changes. These two effects allow the temperature of the resonator to be determined in two different ways, provided that the calibration is correct. This type of optomechanical resonator opens the way to self-calibrating primary temperature sensors with quantum correlations resulting from the radiation pressure force exerted by light.

optomechanics, temperature sensor, photonic crystal, phononic crystal, quantum correlation.

Full document (EN) : HAL-04047507

 This thesis describes the development of an acoustic thermometry apparatus to estimate the mean temperature along an optical measurement path and thereby better determine the air refractive index. The measurement principle uses the time-of-flight (TOF) of an ultrasonic wave at 40 kHz. The temperature is extracted from the speed of sound using the Cramer equation which gives acoustic velocity as a function of atmospheric parameters (temperature, pression, humidity and CO2 concentration). Different methods for estimating the TOF were studied for six types of signal (single-frequency or modulated, top-hat, Gaussian and Blackman envelopes), notably intercorrelation, and a calibration procedure with respect to reference thermometers placed at intervals along the path developed. The temperature uncertainty achieved for a 10 m distance is 90 mK.

Thermometry, Acoustics, Metrology, Cross-correlation, Ultrasonics, Refractive index

PhD thesis (French) : https://theses.hal.science/tel-03997959v1/document

BRIANT T., KRENEK S., CUPERTINO A., LOUBAR F., BRAIVE R., WEITUSCHAT L., RAMOS D., MARTIN M.J., POSTIGO P.A., CASAS A., EISERMANN R., SCHMID D., TABANDEH S., HAHTELA O., POURJAMAL S., KOZLOVA O., KROKER S., DICKMANN W., ZIMMERMANN L., WINZER G., MARTEL T., STEENEKEN P.G., NORTE R.A. and BRIAUDEAU S., “Photonic and Optomechanical Thermometry”, Optics, 2022, 3, 2, DOI: 10.3390/opt3020017. 

GAISER C., FELLMUTH B., GAVIOSO R.M., KALEMCI M., KYTIN V., NAKANO T., POKHODUN A., ROURKE P.M.C., RUSBY R., SPARASCI F., STEUR P.P.M, TEW W.L., UNDERWOOD R., WHITE R., YANG I. and ZHANG J., “2022 Update for the Differences Between Thermodynamic Temperature and ITS-90 Below 335 K”, J. Phys. Chem. Ref. Data, 2022, 51, DOI: 10.1063/5.0131026.

HU J., ZHANG H., SONG Y., PAN C., GAO B., LIU W., HAN D., ZHANG Z., LUO E. and PITRE L., “Investigation of High-Stability Temperature Control in Primary Gas Thermometry”, Journal of Thermal Science, 2022, 31, DOI: 10.1007/s11630-022-1533-9.

MACHIN G., SADLI M., PEARCE J., ENGERT J. and GAVIOSO R.M., “Towards realising the redefined kelvin”, Measurement, 2022, 201, DOI: 10.1016/j.measurement.2022.111725.

SADLI M., GEORGIN E. and al., « Mesures de température - Bonnes pratiques et applications dans l'industrie », Afnor, Les guides techniques du Collège français de métrologie, 2022, ISBN: 978-2-12-465794-0.

SALIM S.G.R., “Thermal conductivity measurements using the transient hot-wire method: a review”, Measurement Sci. Technol., 2022, 33, DOI: 10.1088/1361-6501/ac90df.

SPARMA F., TALLAWI B., GEORGIN E. and SABOUROUX P., “Multi-Probe Sensor for Water Content Diagnosis of Liquid Biofuels”, Progress In Electromagnetics Research Letters, 2022, 106, DOI: 10.2528/PIERL22021104.

MACHIN G., SADLI M., PEARCE J., ENGERT J. and GAVIOSO R.M., “Towards realising the redefined kelvin”, SSRN Electronic Journal, DOI: 10.2139/ssrn.4108861, January 2022.

DOURI S., FLEURENCE N., HAMEURY J. and GOMES S., “SThM probe thermal response by two different models”, Forum des microscopistes, Saint-Valery-Sur-Somme, France, 7-13 March 2022.

FLEURENCE N., DELVALLÉE A., DOURI S., HAMEURY J. and FELTIN N., “Traceability of thermal conductivity measurements by SThM technique to characterize nanowires”, Forum des microscopistes, Saint-Valery-Sur-Somme, France, poster, 7-13 March 2022.

DOURI S., FLEURENCE N., HAMEURY J. and GOMES S., “SThM probe thermal response by 3D FEM”, Ecole d’été MONACOSTE: Modeling Nanomaterials for Energy Transport and Storage, Fréjus, France, poster, 8-13 May 2022.

DELVALLEE A., CHIBANE L., FLEURENCE N., FLAHAUT E. and FELTIN N., “Correlative imaging of single graphene oxide flake including Raman microscopy technique: sample selection and limitations”, Ramanfest, Paris, France, poster, 15-16 September 2022.

SADLI M., “Implementation and dissemination of the redefined kelvin”, CAFMET 2022, Casablanca, Maroc, 16-19 May 2022.

DOURI S., FLEURENCE N., HAMEURY J. and GOMES S., "SThM probe thermal response by 3D FEM", Nanoscale and Microscale Heat Transfer VII, Palerme, Italie, poster, 29 mai - 2 June 2022.

FLEURENCE N., DOURI S., HAMEURY J. and FELTIN N., “Assessment of uncertainties in thermal conductivity measurements by SThM technique”, Nanoscale and Microscale Heat Transfer VII, Palerme, Italie, Poster, 29 May - 2 June 2022.

RAZOUK R., BEAUMONT O., HAMEURY J. and HAY B., « Vers la mise en place de références métrologiques en capacité thermique massique par calorimétrie à chute jusqu’à 3000 °C », SFT, 30e Congrès Français de Thermique, DOI : 10.25855/SFT2022-073, Valenciennes, France, poster, 31 May - 3 June 2022.

GEORGIN E., "Reference techniques implemented at LNE-CETIAT", 1st BIOFMET Stakeholders' Workshop, Lisbonne, Portugal, 2-3 June 2022.

TALLAWI B. and SABOUROUX P., "Transfer standard developed at LNE-CETIAT", 1st BIOFMET Stakeholders' Workshop, Lisbonne, Portugal, 2-3 June 2022.

E. FERREUX and al., “Optomechanical devices for fundamental measurements”, Les Houches School of Physics: Summer School “The New Mecanics”, Les Houches, France, Poster, 1-26 August 2022.

GOMES S., DILHAIRE S., FLEURENCE N., HORNY N., CHAPUIS P.-O., GRAUBY S., RAMPNOUX J.-M., PERNOT G., BONDAVALLI P., DOURI S., SOMMET R., CARISETTI D. and CHANEAC C., "Why is heat transport modelling required for nanometrology?", Société française de thermique, Journée thématique "Beyond Fourier", Paris, France, 9 September 2022.

HAY B., BEAUMONT O., RAZOUK R., FAILLEAU G. and HAMEURY J., “Recent developments at LNE in thermophysical properties metrology of solids at ultra-high temperatures”, 13th Asian Thermophysical Properties Conference (ATPC 2022), Sendai, Japon, 26-30 September 2022.

FERREUX E., LOUBAR F., KOZLOVA O., BRAIVE R., BRIANT T. and BRIAUDEAU S., “Quantum Thermometry using an optomechanical crystal”, GdR MecaQ, 7th Annual Meeting, Bordeaux, France, 6-7 October 2022.

KOZLOVA O. and al., “Quantum Thermometry using Optomecanics”, DIM QuanTiP kick-off, Villetaneuse, France, poster, 10 November 2022.

The work concerns the development of a novel absolute gas pressure standard in a range of 200 Pa to 20 kPa (0.002 atm to 0.2 atm). The method used, refractive index gas manometry, involves the determination of the refractive index of a pure noble gas (helium-4 or argon) using a microwave resonator. The refractive index is determined via the ratio of the resonant frequencies measured with the resonator under vacuum and under pressure at a constant temperature. Given the thermodynamic temperature of the gas and its refractive index, it is possible to calculate its pressure. This principle is the reciprocal of that used for refractive index gas thermometry (RIGT) in which thermodynamic temperature is extracted from the measured refractive index of gas at a known pressure. The frequency scanning pattern and fitting algorithms take advantage of earlier work in the laboratory on the determination of the Boltzmann constant prior to the 2019 redefinition of the kelvin, the SI unit of thermodynamic temperature. For Helium-4, measurements were made at 5.4 K using a quasi-spherical copper resonator coated on its inner surface with a 3 μm thick layer of superconducting niobium. Superconductivity improves the quality factor Q of the resonator and thereby the frequency resolution of the system. The pressure determination benefits from the very high accuracy of the dielectric and density virial coefficients of helium-4 obtained by ab initio calculations. Measurements on Argon were performed at a temperature of 90.4 K with an uncoated copper resonator. At this temperature, the apparatus is less demanding in terms of cryogenics than its helium counterpart and so easier to replicate.

ab initio calculation, pressure standard, metrology, manometry, thermometry, microwave cavity, superconductivity, refractive index, virial coefficient, helium, argon

PhD Thesis (EN) : https://tel.archives-ouvertes.fr/tel-03652344

ARO R., BEN AYOUB M.W., LEITO I., GEORGIN É. et SAVANIER B., "Calibration and Uncertainty Estimation for Water Content Measurement in Solids", International Journal of Thermophysics, 2021, 42, DOI:  10.1007/s10765-021-02796-y.

BERG R.F., CHIODO N. et GEORGIN E., “Silicone tube humidity generator”, Atmos. Meas. Tech., 2022, 15, 819-832, DOI: 10.5194/amt-15-819-2022.

BOURSON F., BRIAUDEAU S., SADLI M., ROUGIÉ B. et KOZLOVA O., “Realisation of the ITS-90 and thermodynamic temperature measurements above 960 °C using a monochromator-based radiance comparator”, Metrologia, , 2022, 59, DOI: 10.1088/1681-7575/ac3a67.

CHAMBON M., CHAUVENET B., DAVIS R., DUBARD J., LE FRIOUS F., SADLI M., VASLIN-REIMANN S. et WALLERAND J.-P., « Étalons métrologiques fondamentaux », Techniques de l’Ingénieur, 10 mars 2021, R50 V3, DOI : 10.51257/a-v3-r50.

DEMEYER S., LE SANT V., KOENEN A., FISCHER N., WAEYTENS J. et BOUCHIÉ R., “Bayesian uncertainty analysis of inversion models applied to the inference of thermal properties of walls”, Energy & Buildings, 2021, 249, DOI: 10.1016/j.enbuild.2021.111188.

FAROOQUI A., MORRELL R., WU J., WRIGHT L., HAY B., PEKRISM., WHITING M.J. et SAUNDERS T., “Development of High Temperature Multi‑Layer Laser Flash Artefacts”, International Journal of Thermophysics, 2021, 43, 13, DOI: 10.1007/s10765-021-02928-4.

GAO B., ZHANG H.Y., HAN D.X., PAN C.Z., CHEN HU., SONG Y.N., LIU W.J., HU J.F., KONG X.J., SPARASCI F., PLIMMER M., LUO E.C. et PITRE L., “Corrigendum: Measurement of thermodynamic temperature between 5 K and 24.5 K with Single-Pressure Refractive-Index Gas Thermometry (2020 Metrologia 57 065006)”, Metrologia, 2021, 58, DOI: 10.1088/1681-7575/ac1e04.

HAMEURY J., FAILLEAU G., ARDUINI M., MANARA J., KONONOGOVA E., ADIBEKYAN A., MONTE C., KIRMES A., PALACIO E. et SIMON H., “Assessment of uncertainties for measurements of total near-normal emissivity of low-emissivity foils with an industrial emissometer”, J. Sens. Sens. Syst., 2021, 10, 135-152, DOI: 10.5194/jsss-10-135-2021.

HAY B., BEAUMONT O., FAILLEAU G., FLEURENCE N., GRELARD M., RAZOUK R., DAVÉE G. et J., “Uncertainty Assessment for Very High Temperature Thermal Diffusivity Measurements on Molybdenum, Tungsten and Isotropic Graphite”, International Journal of Thermophysics, 2021, DOI: 10.1007/s10765-021-02926-6.

PAN C.Z., SPARASCI F., PLIMMER M., RISEGARI L., DAUGAS J.-M., ROUILLE G., GAO B., et PITRE L., “Direct comparison of ITS-90 and PLTS-2000 from 0.65 K to 1 K at LNE-CNAM”, Metrologia, 2021, 58, DOI: 10.1088/1681-7575/abd845.

PAN C.Z., SPARASCI F., ZHANG H.Y., GAMBETTE P., PLIMMER M., IMBRAGUGLIO D., GAVIOSO R.M., MOLDOVER M.R., GAO B. et PITRE L., “Acoustic measurement of the triple point of neon TNe and thermodynamic calibration of a transfer standard for accurate cryogenic thermometry”, Metrologia, 2021, 58, DOI: 10.1088/1681-7575/ac0711.

PAN C.Z., ZHANG H.Y., ROUILLÉ G., GAO B. et PITRE L., “Helmholtz Free Energy Equation of State for 3He-4He Mixtures at Temperatures Above 2.17 K”, J. Phys. Chem. Ref. Data, 2021, 50, DOI: 10.1063/5.0056087.

PERUZZI A., BOSMA R., TABANDEH S., FERNICOLA V. et GEORGIN E., "A comparison of relative humidity calibration facilities at temperatures up to 170 °C", Measurement, 2021, 189, DOI: 10.1016/j.measurement.2021.110435.

RAZOUK R., BEAUMONT O., HAMEURY J. et HAY B., “Towards accurate measurements of specific heat of solids by drop calorimetry up to 3000 °C”, Thermal Science and Engineering Progress, 2021, 26, DOI: 10.1016/j.tsep.2021.101130.

TODD A.D.W., ANHALT K., BLOEMBERGEN P., KHLEVNOY B.B., LOWE D.H., MACHIN G., SADLI M., SASAJIMA N. et SAUNDERS P., “On the uncertainties in the realization of the kelvin based on thermodynamic temperatures of high-temperature fixed-point cells”, Metrologia, 2021, 58, DOI: 10.1088/1681-7575/abe9c5.

FLEURENCE N., "Metrology for thermal properties of thermoelectrical micro/nano devices", 1^re plénière GdR NAME, visioconférence, 19-21 mai 2021.

RAZOUK R., BEAUMONT O., HAMEURY J. et HAY B., “Towards accurate measurements of specific heat of solids by drop calorimetry up to 3 000 °C”, 24th Kalorimetrietage, Braunschweig, Allemagne, 26-28 mai 2021.

GAO B., H ZHANG.Y., HAN D.X., PAN C.Z., SONG Y.N., LIU W.J., HU J.F., KONG X.J., SPARASCI F., PLIMMER M., LUO E.C. et PITRE L., “Measurement of Thermodynamic Temperature Between 5 K and 24.5 K with Single-Pressure Refractive-Index Gas Thermometry (PaperID 4606)”, Twenty-First Symposium On Thermophysical Properties, Boulder, États-Unis, 20-25 juin 2021.

PAN C.Z., HAN D.X., ZHANG H.Y., PLIMMER M., LUO E.C., GAO B. et PITRE L., “Numerical and Experimental Study of the Hydrostatic Pressure Correction in Gas Thermometry: A Case in the SPRIGT (PaperID 4611)”, Twenty-First Symposium On Thermophysical Properties, Boulder, États-Unis, 20-25 juin 2021.

RAZOUK R., BEAUMONT O., HAMEURY J. et HAY B, “Towards accurate measurements of specific heat of solids by drop calorimetry up to 3000 °C”, 8^es Journées annuelles du GDR Thermodynamique des matériaux aux haute temperature (THERMATHT), Lyon, France, 2-3 septembre 2021.

BOURSON F., SADLI M., BRIAUDEAU S. et KOZLOVA O., “Characterisation and selection of high-temperature fixed point cells at the WC-C peritectic point (3022 K)”, 20^e congrès international de Métrologie (CIM 2021), France, Lyon, 7-9 septembre 2021.

DOURI S., HAMEURY J., FELTIN N., HAY B., FLEURENCE N. et GOMES S., “Study of influencing parameters for thermal conductivity measurements at nanoscale by SThM technique”, 20^e congrès international de Métrologie (CIM 2021), France, Lyon, 7-9 septembre 2021.

FLEURENCE N., DOURI S., ALLARD A., HAMEURY J., FELTIN N. et HAY B., “Protocol for improving calibration of SThM device and decreasing uncertainty associated to thermal conductivity measurements at nanoscale”, 20^e congrès international de Métrologie (CIM 2021), France, Lyon, 7-9 septembre 2021.

HAY B., FLEURENCE N., RAZOUK R., BEAUMONT O., DAVEE G., GRELARD M., FAILLEAU G. et HAMEURY J., “An improved laser flash apparatus for measuring thermal diffusivity up to 3000 °C”, 20^e congrès international de Métrologie (CIM 2021), France, Lyon, 7-9 septembre 2021.

MACHIN G., SADLI M., PEARCE J., ENGERT J. et GAVIOSO R.M., “Towards realising the redefined kelvin”, 20^e congrès international de Métrologie (CIM 2021), France, Lyon, 7-9 septembre 2021.

SADLI M., MACHIN G., ANHALT K., MARTIN M.J., MANTILLA J.M., GIRARD F., FLORIO M., PEHLIVAN Ö., NASIBLI H., KAZOVICKÁ L., SASAJIMA N., LU X., KHLEVNOY B., GRIGORYEVA I. et TODD A., “New thermodynamic temperature references up to 3020 K”, 20^e congrès international de Métrologie (CIM 2021), France, Lyon, 7-9 septembre 2021.

TALLAWI B., GEORGIN E. et SABOUROUX P., “Towards a metrological infrastructure to ensure traceability to SI of moisture using dielectric measurement”, 20^e congrès international de Métrologie (CIM 2021), France, Lyon, 7-9 septembre 2021.

DOURI S., FLEURENCE N., HAMEURY J. et GOMES S., “Influencing parameters for thermal conductivity measurements by SThM technique: first results”, Seconde réunion plénière 2021 GdR NAME, ESIEE-Paris, Noisy le Grand, France, 4-6 octobre 2021.

DOURI S., FLEURENCE N., HAMEURY J. et GOMES S., « Traceability of thermal conductivity measurements at nanoscale by SThM technique and associated uncertainties”, Congrès C’Nano 2020/2021, Toulouse, France, 23 au 25 novembre 2021.

HAY B., CATALDI M., DENNER T., HARTMANN J., LORRETTE C., MILOŠEVIĆ N. et WU J., “Good practice guide on thermal diffusivity measurements by the laser flash method up to 3000 °C”, ZENODO, DOI: 10.5281/zenodo.5947919, 25décembre 2021.

HAY B., “Uncertainty assessment for thermal diffusivity measurement by laser flash method”, Tutoriel, ZENODO, DOI: 10.5281/zenodo.5804234, 25 décembre 2021.

ARO R., BEN AYOUB M.W., LEITO I., GEORGIN É., “Moisture in Solids: Comparison Between Evolved Water Vapor and Vaporization Coulometric Karl Fischer Methods”, International Journal of Thermophysics, 41, 2020, DOI: 10.1007/s10765-020-02697-6

BATISTA E., FURTADO A., PEREIRA J., FERREIRA M., BISSIG H., GRAHAM E., NIEMANN A., TIMMERMAN A., ALVES E SOUSA J., OGHEARD F., BOUDAOUD A.W., "New EMPIR project - Metrology for Drug Delivery", Flow Measurement and Instrumentation, 72, 2020, DOI: 10.1016/j.flowmeasinst.2020.101716

BRIAUDEAU S., BOURSON F., KOZLOVA O., SADLI M., RAZET A., “The synthetic double wavelength technique: a simple robust method for thermodynamic temperature determination”, Metrologia, 57, 2020, DOI: 10.1088/1681-7575/ab7173

DEL CAMPO D., ABDELAZIZ Y., ANAGNOSTOU M., ARIFOVIC N., BERGERUD R.A., BOJKOVSKI J., CIOCARLAN E., EDLER F., ELLIOT C., HATHELA O., HODZIC N., HOLMSTEN M., IACOMINI L., KOZICKI M., NEDIALKOV S., SADLI M., SIMIC S., STRNAD R., TURZÓ-ANDRÁS E., “Calibration of thermocouples from 419,527 °C (freezing point of Zn) up to 1492 °C (melting point of the Pd-C eutectic), by the temperature fixed point and comparison methods”, Metrologia, 57, 2020, DOI: 10.1088/0026-1394/57/1A/03006

GAO B., ZHANG H., HAN D., PAN C., CHEN H., SONG Y., LIU W., HU J., KONG X., SPARASCI F., PLIMMER M., LUO E. et PITRE L., “Measurement of thermodynamic temperature between 5 K and 24.5 K with single-pressure refractive-index gas thermometry”, Metrologia, 57, 2020, DOI: 10.1088/1681-7575/ab84ca

GAO B., CHEN H., HAN D., GAMBETTE P., ZHANG H., PAN C., LIU Y., YU B., LUO E., PLIMMER M., PITRE L., “Realization of ppm level pressure stability for primary thermometry using a primary piston gauge”, Measurement, 160, DOI: 10.1016/j.measurement.2020.107807

GUEN E., KLAPETEK P., PUTTOCK R., HAY B., ALLARD A., MAXWEL T., CHAPUIS P.-O., RENAHY D., DAVEE G., VALTR M., MARTINEK J., KAZAKOVA O., GOMES S., “SThM-based local thermomechanical analysis: Measurement intercomparison and uncertainty analysis”, International Journal of Thermal Sciences, 156, 2020, DOI: 10.1016/j.ijthermalsci.2020.106502

HAY B., “A brief history of the thermal properties metrology”, Measurement, 155, 2020, DOI: 10.1016/j.measurement.2020.107556

HAY B., ZARR R., STACEY C., SOKOLOV N., LIRA-CORTES L., ZHANG J., FILTZ J.-R., HAMMERSCHMIDT U., ALLARD A., “Report on the CCT Supplementary comparison S2 on thermal conductivity measurements of insulating materials by guarded hot plate”, Metrologia, 57, 2020, DOI: 10.1088/0026-1394/57/1A/03003

IMBRAGUGLIO D., STEUR P.P.M., SPARASCI F., “Comparison of ITS-90 realizations from 13 K to 273 K between LNE-CNAM and INRIM”, Measurement, 166, 2020, DOI: 10.1016/j.measurement.2020.108225

LANEVSKI D., MANOOCHERI F., VASKURI A., HAMEURY J., KERSTING R., MONTE C., ADIBEKYAN A., KONONOGOVA E., IKONEN E., “Determining the shape of reflectance reference samples for curved surface reflectors”, Measurement Science and Technology, 31, 2020, DOI: 10.1088/1361-6501/ab68bf

MCEVOY H.C., LOWE D.H., UNDERWOOD R., DE PODESTA M., MACHIN G., MARTIN M.J., MANTILLA J.M., CAMPOS J., SADLI M., BOURSON F., BRIAUDEAU S., SALIM S.G.R., ANHALT K., WAEHMER M., TAUBERT D.R., FENG X.J., ZHANG J.T., LU X.F., YOON H., “Methodologies and uncertainty estimates for T − T90 measurements over the temperature range from 430 K to 1358 K under the auspices of the EMPIR InK2 project”, Meas. Sci. Technol., 32, 2021, DOI: 10.1088/1361-6501/abc50f

MERLONE A., COPPA G., BASSANI C., BONNIER G., BERTIGLIA F., DEDYULIN S., FAVREAU J.-O., FERNICOLA V., VAN GEEL J., GEORGIN E., GOTOH M., KRENEK S., IACOMINI L., JOUNG W., MACHIN G., MARCARINO P., MCEVOY H., MUSACCHIO C., PEARCE J.V., RUDTSCH S., SADLI M., TAMBA J., WOODS D., YAN X., “Gas-controlled heat pipes in metrology: More than 30 years of technical and scientific progresses”, Measurement, 164, 2020, DOI: 10.1016/j.measurement.2020.108103

PAN C.Z., GAO B., SONG Y.N., ZHANG H.Y., HAN D.X., HU J.F., LIU W., CHEN H., PLIMMER M., SPARASCI F., LUO E.C., PITRE L., “Active suppression of temperature oscillation from a pulse-tube cryocooler in a cryogen-freecryostat: part 1. Simulation modeling from thermal response characteristics”, Cryogenics, 109, DOI: 10.1016/j.cryogenics.2020.103097

PAN C.Z., GAO B., SONG Y.N., ZHANG H.Y., HAN D.X., HU J.F., LIU W., CHEN H., PLIMMER M., SPARASCI F., LUO E.C., PITRE L., “Active suppression of temperature oscillation from a pulse-tube cryocooler in a cryogen-freecryostat: part 2. Experimental realization”, Cryogenics, 109, DOI: 10.1016/j.cryogenics.2020.103096

PAN C.Z., CHEN H., HAN D.X., ZHANG H.Y., PLIMMER M.D., IMBRAGUGLIO D., LUO E.C., GAO B., PITRE L., “Numerical and experimental study of the hydrostatic pressure correction in gas thermometry: A case in the SPRIGT”, Int. J. Thermophys, 41, 2020, DOI: 10.1007/s10765-020-02686-9

ZHANG H.Y., GAO B., LIU W.J., PAN C.Z., HAN D.X., LUO E.C., PITRE L., “Resonance frequency measurement with accuracy and stability at the 10−12 level in a copper microwave cavity below 26 K by experimental optimization”, Meas. Sci. Technol., 31, 2020, DOI: 10.1088/1361-6501/ab796e

BOBORIDIS K., HAY B., “Improved metrology of Thermophysical Properties at Very Hight Temperature: The EMPIR Project Hi-TRACE”, ATW: International journal for nuclear power, 65, 3, March 2020.

HAMEURY J., MANARA J., ARDUINI M.C., “Good-practice guide: Calibration of integrating spheres setups and total hemispherical near-normal reflectometers used for measurement of total hemispherical emissivity of low emissivity foils”, JRP EMIRIM, November 2020.

HAMEURY J., MANARA J., ARDUINI M.C., “Good-practice guide: Procedures for measurement of total near-normal emissivity of low emissivity foils enabling end-users to perform emissivity measurements on reflective foils with an uncertainty below 0.03 for emissivities below 0.1 by using integrating spheres setups or total hemispherical near normal reflectometers. Procedure for calculation of total hemispherical emissivity”, JRP EMIRIM, November 2020.

BEN AYOUB M.W., GEORGIN E., ROCHAS J.-N. et SABOUROUX P., "Combination of two measurement techniques to expand the measurements frequency range of the dielectric permittivity", Progress In Electromagnetics Research Letters, 71, 77-82, octobre 2017.

BÜNGER L., TAUBERT R.D., GUTSCHWAGER B., ANHALT K., BRIAUDEAU S. et SADLI M., “Absolute Radiation Thermometry in the NIR”, Int J Thermophys, 38, 61, 2017, DOI: 10.1007/s10765-017-2199-5

FAILLEAU G., BEAUMONT O., DELEPINE-LESOILLE S., PLUMERI S., RAZOUK R., BECK Y.L., HENAULT J.M., BERTRAND J. et HAY B., “Development of facilities and methods for the metrological characterization of distributed temperature sensing systems based on optical fibres”, Measurement Science and Technology, 28, 2017, DOI: 10.1088/1361-6501/28/1/015009

FAVREAU J.O., GEORGIN E., SAVANIER B. et MERLONE A, "Implementation of a Water Heat Pipe at CETIAT", International Journal of Thermophysics, 38, 12, 185, décembre 2017, 11, DOI: 10.1007/s10765-017-2322-7

FELLMUTH B., MENDEZ-LANGO E., NAKANO T. et SPARASCI F., "Guide to the Realization of the ITS-90 - Cryogenic Fixed Points", Consultative Committee for Thermometry under the auspices of the International Committee for Weights and Measures, 2017.

GAO B., PITRE L., LUO E.C., PLIMMER M.D., LIN P., ZHANG J.T., FENG X.J., CHEN Y.Y. et SPARASCI F., “Feasibility of primary thermometry using refractive index measurements at a single pressure”, Measurement, 103, ,2017, DOI: 10.1016/j.measurement.2017.02.039.

KRISTIANSEN H., REDFORD K., HELLAND S., KALLAND E., HØGLUND N., ABO RAS M., GROSSE C., HAY B., RAMIANDRISOA L., DAVÉE G., GOMÈS S. et PETTERSEN S., "Thermal Conduction in Novel Isotropic Conductive Adhesive", THERMINIC 2017, ISBN 978-1-5386-1928-5, 2017.

LOWE D.H., TODD A.D.W., VAN DEN BOSSCHE R., BLOEMBERGEN P., ANHALT K., BALLICO M., BOURSON F., BRIAUDEAU S., CAMPOS J., COX M.G., DEL CAMPO D., DURY M.R., GAVRILOV V., GRIGORYEVA I., HERNANZ M.L., JAHAN F., KHLEVNOY B., KHROMCHENKO V., LU X., MACHIN G., MANTILLA J.M., MARTIN M.J., MCEVOY H.C., ROUGIE B., SADLI M., SALIM S.G.R., SASAJIMA N., TAUBERT D.R., VAN DER HAM E., WANG T., WEI D., WHITTAM A., WILTHAN B., WOODS D.J., WOODWARD J.T., WOOLLIAMS E.R., YAMADA Y., YAMAGUCHI Y., YOON H.W. et YUAN Z., "The equilibrium liquidus temperatures of rhenium-carbon, platinum-carbon and cobalt-carbon eutectic alloys", Metrologia, 54, 3, 2017, DOI: 10.1088/1681-7575/aa6eeb

MONCHAU J.-P., HAMEURY J., AUSSET P., HAY B., IBOS L. et CANDAU Y., "Comparative study of radiometric and calorimetric methods for total hemispherical emissivity measurements", Heat and Mass Transfer, 54, 2017, 1415- 1425, DOI: 10.1007/s00231-017-2238-6

PITRE L., SPARASCI F., RISEGARI L., GUIANVARC’H C., MARTIN C., HIMBERT M.E., PLIMMER M.D., ALLARD A., MARTY B., GIULIANO ALBO P.A., GAO B., MOLDOVER M.R. et MEHL J.B., "New measurement of the Boltzmann constant k by acoustic thermometry of helium-4 gas", Metrologia, 54, 6, 2017, DOI: 10.1088/1681-7575/aa7bf5.

RAMIANDRISOA L., ALLARD A., JOUMANI Y., HAY B. et GOMES S., "A dark mode in scanning thermal microscopy", Review of Scientific Instruments, 88,  125115,  2017, DOI: 10.1063/1.5002096.

RAMIANDRISOA L., ALLARD A., HAY B. et GOMES S., "Uncertainty assessment for measurements performed in the determination of thermal conductivity by scanning thermal microscopy", Measurement Science and Technology, 28, 11, 2017, DOI: 10.1088/1361-6501/aa8892

WU J., HAMEURY J., FAILLEAU G., BLAHUT A., VACHOVA T., STRNAD R., KRAUSE M., RAFELD E. et HAMMERSCHMIDT U., "Design Guideline for New Generation of High-Temperature Guarded Hot-Plate", International Journal of Thermophysics, 39, 23, 2018, DOI: 10.1007/s10765-017-2344-1.

ZARR R.R., GUTHRIE W.F., HAY B. et KOENEN A., "Collaborative guarded-hot-plate tests between the Laboratoire national de métrologie et d’essais and the National Institute of Standards and Technology", Metrologia, 54, 1, 2017, DOI: 10.1088/1681-7575/aa4e55.

FLEURENCE N., "Good Practice Guide for the calibration of IR photothermal radiometry device dedicated to the measurement of thermal transport properties of thin films", janvier 2017.

LETERTRE T., NEVES A.L., BEN AYOUB M.W., GEORGIN É. et SABOUROUX P., « Système de mesure en ligne coaxiale pour l’étude de la corrélation Permittivité / Température », Journées Nationales Micro-Ondes, Saint-Malo, France, 16-19 mai 2017.

SPARASCI F., "MeteoMet: Metrology for Essential Climate Variables", 1st EU Environmental Research Infrastructures - Industry Joint Innovation Partnering Forum, Grenoble, France, 18-19 mai 2017.

FLEURENCE N. et HAY B., "Photothermal radiometry device temperature calibration for thin films thermal properties measurement", EMRS - Analytical techniques for precise characterization of nano materials, Strasbourg, France, 21-26 mai 2017.

RAMIANDRISOA L., ALLARD A., HAY B. et GOMES S., "SI Traceability in Scanning Thermal Microscopy for thermal conductivity measurements", EMRS - Analytical techniques for precise characterization of nano materials, Strasbourg, France, 21-26 mai 2017.

RAZOUK R., HAY B. et BEAUMONT O., « Une nouvelle méthode primaire pour la détermination de l’enthalpie de fusion entre l’ambiante et 1000 °C », JCAT 48 - Journées de Calorimétrie et d'Analyse Thermique, Rueil-Malmaison, France, 29 mai - 1er juin 2017.

VAN DER VEEN A.M.H., MURUGAN A., LI J., HEINONEN M., HALOUA F., ARRHENIUS K., HAFNER K., CULLETON L., LESTREMAU F., HOGSTROM R., GAIE-LEVREL F., DESCHERMEIER R., PERUZZI A., PEREZ F., DEL CAMPO D., CHAMORRO C., BERANEK J., VALKOVA M., FUKO J., CHOU M.H., "Metrology for Biogas", GAS Symposium, Rotterdam, Pays-Bas, 13-15 Juin 2017.

RAZOUK R., HAY B., BEAUMONT O., FAILLEAU G. et PLUMERI S., "A heat-flux calorimeter prototype for measuring the thermal power of radioactive waste packages", ANNIMA (International conference on advancements in nuclear instrumentation measurement methods and their applications), Liège, Belgique, 19-23 juin 2017.

HALOUA F., BACQUART T., ARRHENIUS K., DELOBELLE B. et ENT H., "Metrological hydrogen fuel research supporting standardisation needs", World Hydrogen Technology Convention WHTC, Prague, République Tchèque, 9-12 Juillet 2017.

HAY B., RAZOUK R., FILTZ J.R. et SARGE S., "European inter-laboratory comparison in calorimetry within EURAMET TCT", 21st European Conference on Thermophysical Properties (ECTP 2017), Graz, Autriche, 3-8 septembre 2017.

FILTZ J.-R., BLAHUT A., FAILLEAU G., HAMEURY J., HAY B., KNAZOVICKÁ L., MILOŠEVIC N., STEPANIC N. et TURZÓ-ANDRÁS E., "Thermal conductivity measurement of insulating materials within project Eura-Thermal", 21st European Conference on Thermophysical Properties (ECTP 2017), Graz, Autriche, 3-8 septembre 2017.

F. SPARASCI, P.A. GIULIANO ALBO, M. LE MENN et D. MALARDE, "Development of calibration facilities for oceanographic temperature and salinity sensors", Meteomet week 2017, Turin, Italie, 11- 15 septembre 2017.

CHIODO N., BERG R., SPARASCI F., CAPPELLA A., LOURS M., RISEGARI L., PLIMMER M., GEORGIN E et PITRE L., "Differential microwave hygrometer for high precision measurements over a wide humidity range: recent progress", Meteomet week 2017, Turin, Italie, 11-15 septembre 2017.

FAILLEAU G., BAUMONT O., RAZOUK R., HAY B., DELEPINE-LESOILLE S., BERTRAND J., COURTHIAL B. et MARTINOT F., “A metrological support dedicated to Raman-based distributed temperature sensing techniques applied for the structural health monitoring”, 18th International Metrology Congress (CIM 2017), Paris, France, 19-21 septembre 2017.

SADLI M., BOJKOVSKI J., BOLES S., BOURSON F., KNAZOVICKA L., KOSMALSKI S., MAC LOCHLAINN D., MILOSEVIC N., NICOLIC I., PUSNIK I., RONGIONE L., SESTAN D., SIMIC S., STANKOVIC V., STEPANIC N., STRNAD R., ZVIZDIC D., STRUSS O. et FILTZ J.-R., "A pan-European project for the improvement of radiation thermometry calibration and measurement capabilities", 18ème Congrès international de métrologie, Paris, France, 19-21 septembre 2017.

RAZOUK R., HAY B. et BEAUMONT O., "An accurate method for the enthalpy of fusion measurements from ambient to 1000 °C", 18th International Metrology Congress (CIM 2017), Paris, France, 19-21 septembre 2017.

FAVREAU J.O., GEORGIN E. et SAVANIER B., "Best practice for characterisation of calibration furnaces", 18th International Metrology Congress (CIM 2017), Paris, France, DOI: 10.1051/metrology/201706004, 19-21 septembre 2017.

FILTZ J.R., HAY B., ARIFOVIC N., SADLI M., FAILLEAU G., MAC LOCHLAINN D., SIMIC S., HODZIC N., BOJKOVSKI J., CORMAN A., KNAZOVICKA L., MILOSEVIC N., ŠESTAN D., STEPANIC N. et STRNAD R., TURZO-ANDRAS E., "European Emerging Metrology Systems - New scientific and technical thermal capabilities available for Industry", Congrès International de Métrologie (CIM2017), Paris, France, 19-21 septembre 2017.

ARIFOVIC N., SESTAN D., ZVIZDIC D., FILTZ J-R., FAILLEAU G., COHODAREVIC S., HODZIC N., TEYMUR A.Ç., JANDRIC N., SIMIC S., MACLOCHLAINN D., BOJKOVSKI J. et DRNOVSEK J., "Home-made software development for optimizing the uncertainty evaluation of silver fixed point cell used for practical realization of ITS-90", 18th International Metrology Congress (CIM 2017), Paris, France, DOI: 10.1051/metrology/201706005, 19-21 septembre 2017.

FAVREAU J.O., GEORGIN E. et MERLONE A., "Implementation of mid-range and low-range temperature Gas Controlled Heat Pipe", 18th International Metrology Congress (CIM 2017), Paris, France, 19-21 septembre 2017.

VAN DER VEEN A.M.H., MURUGAN A., LI J., HEINONEN M., HALOUA F., ARRHENIUS K., HAFNER K., CHOU M.H., HOGSTROM R., NWABOH J., SARGE S.M., DESCHERMEIER R., DEL CAMPO MALDONADO D., TARHAN T., FUKO J., BERANEK J., VALKOVA M., CHAMORRO C. et LESTREMAU F., "Metrological infrastructure for biogas and biomethane conformity assessment", 18th International Metrology Congress - CIM 2017, Paris, France, 19-21 septembre 2017.

HALOUA F., BACQUART T., ARRHENIUS K., DELOBELLE B. et ENT H., "Metrology for sustainable hydrogen energy applications: a project to address normative requirements", 18th International Metrology Congress - CIM 2017, Paris, France, 19-21 septembre 2017.

FILTZ J.R. et al., « Nouvelles capacités scientifiques et techniques en métrologie thermique pour l’industrie européenne », 18ème Congrès international de métrologie, Paris, France, 19-21 Septembre 2017.

BEN AYOUB M.W., ARO R., GEORGIN É., ROCHAS J.-F. et SABOUROUX P., "Quantification of free and bound water in selected materials using dielectric and thermo coulometric measurement methods", 18th International Congress of Metrology, Paris, 19-21 septembre 2017.

HAY B., HAMEURY J. et FILTZ J.R., "Some historical milestones of the metrology of thermal properties", Congrès International de Métrologie (CIM2017), Paris, France, 19-21 septembre 2017.

HEINONEN M., ARPINO F., BOSMA R., CAVALLARIN L., CORTELLESSA G., DELL’ISOLA M., EBERT V., FERNICOLA V.C., GEORGIN E., GIANNATTASIO A., HÖGSTRÖM R., HUDOKLIN D., KENTVED A., NIELSEN J., FRIIS ØSTERGAARD P., PERUZZI A., PIETARI T., POUW R.-J., TABANDEH S., VAN SCHAIK W. et WAGNER S., "Towards improved humidity measurements at high temperatures and transient conditions", 18th International Metrology Congress (CIM 2017), Paris, France,  DOI: 10 .1051/metrology/201706002, 19-21 septembre 2017.

PEREZ R., HALOUA F., SIMON J. et GIL V., "Presentacion del proyecto de metrologia : 15NRM03 Hydrogen", Iberconappice 2017, Huesca, Espagne, 17-20 octobre 2017.

BEN AYOUB M.W., GEORGIN E., ROCHAS J.-F. et SABOUROUX P., "Dielectric measurement study of illite and kaolinite clays using capacitive technique", Mediterranean Microwave Symposium, Marseille, 28-30 novembre 2017.