Search Results - "Sou, G."

Transient Heat Transfer Between Two Horizontal Pipelines in a Heat Tracing Enclosure by Ho, C J, Sou, G N, Lai, Chi-Ming

“…In this study, a numerical simulation of natural convection between two horizontal differentially heated pipelines inside a circular air-filled enclosure is…”
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Magnetic noise contribution of the ferromagnetic core of induction magnetometers by Coillot, C, El Moussalim, M, Brun, E, Rhouni, A, Lebourgeois, R, Sou, G, Mansour, M

“…The performance of induction magnetometers, in terms of resolution, depends both on the induction sensor and the electronic circuit. To investigate accurately…”
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Proliferation of uterine fibroids in hypoxia is associated with increased endothelin-1 by Jiang, Y, Sou, G, Lu, X, Sadarangni, A, Cowan, B, Wang, J.W.J

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Very Low Noise Multiplexing with SQUIDs and SiGe Heterojunction Bipolar Transistors for Readout of Large Superconducting Bolometer Arrays by Voisin, F., Bréelle, E., Piat, M., Prêle, D., Klisnick, G., Sou, G., Redon, M.

“…This paper presents an ultra low noise instrumentation based on a standard BiCMOS SiGe 0.35 μm ASIC operating at cryogenic temperatures. The main functions of…”
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Development of Superconducting NbSi TES Array and Associated Readout With SQUIDs and Integrated Circuit Operating at 2 K by Prele, D., Piat, M.R., Breelle, E.L., Voisin, F., Pairat, M., Atik, Y., Belier, B., Dumoulin, L., Evesque, C., Klisnick, G., Marnieros, S., Pajot, F., Redon, M., Sou, G.

“…To further increase the sensitivity of future telescope projects dedicated to photometric astronomy observation at millimeter and sub-millimeter wavelengths,…”
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Cryogenic SiGe ASICs for readout and multiplexing of superconducting detector arrays by Sou, G., Klisnick, G., Redon, M., Voisin, F., Prêle, D., Bréelle, E., Piat, M.

“…This paper presents an ultra low noise instrumentation based on cryogenic electronic integrated circuits (ASICs: Application Specific Integrated Circuits). We…”
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A novel approach to implementing on-chip synchronous detection for CMOS optical detector systems by Lu, G N, Pittet, P, Sou, G, Carrillo, G, El Mourabit, A

“…A phase-switching approach suppresses the need to employ a precise multiplier for synchronous demodulation. An improved solution for implementing on-chip…”
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Investigation of a buried double p-n junction structure implemented in CMOS technology for wavelength-sensitive detection by LU, G. N., BEN CHOUIKHA, M., SEDJIL, M., ALQUIE, G. SOU and G.

“…A buried double p-n junction (BDJ) structure in a CMOS process has been investigated to validate a wavelength-sensing method, which consists in using the ratio…”
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Capture électronique des données pour le suivi médical personnalisé (CapElecMed) by Achkar, C, Molina, J, Haentjens, Y, Leborgne, A, Alquié, G, Sou, G, Koskas, F, Bertsch, N, Talbot, P, Stutz, G, Fabiani, J.-N, Achouh, P, Du Puy-Montbrun, L, Cinqualbre, J, Audet, M

“…Résumé Le projet CapElecMed coordonné par Vectrawave est réalisé dans le cadre de l’appel ANR-TecScan en partenariat avec l’UPMC-L2E, Pitié-Salpêtrière, NXP,…”
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Digital non-parametric characterization method for MEMS resonant sensor by Ghassemi, F., Amendola, G., Blanchard, Y., Alquie, G., Sou, G.

“…This paper reports a new digital circuit architecture to identify the resonant frequencies of a micro-resonant sensor. A generic and configurable model of…”
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A general model of the CMOS buried double junction photodetector by Feruglio, S., Haned, F., Vasilescu, G., Chouikha, M.B., Sou, G., Hanna, V.F., Alquie, G.

“…In this paper, the analytical expressions of the buried double junction (BDJ) leakage currents are proposed. Associated to the photocurrents equations, the BDJ…”
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Very Low 1/f Noise and Radiation-Hardened CMOS Preamplifier for High-Sensitivity Search Coil Magnetometers by Rhouni, A., Sou, G., Leroy, P., Coillot, C.

“…A 4 nV/√( H z ) at 10 Hz preamplifier with a 12-mW power consumption in complimentary metal-oxide-semiconductor 0.35 μm technology has been developed to go one…”
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Design and Characterization of a High Dynamic Range and Ultra Low Power 16-Channel ASIC for an Innovative 3D Imaging Space Plasma Analyzer by Rhouni, A., Techer, J-D, Sou, G., Berthomier, M.

“…A very low power 16-channel ASIC has been designed and fabricated in a standard 0.35 μm CMOS technology. It is to be used as the front-end electronics of the…”
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Design and testing of a CMOS BDJ detector for integrated micro-analysis systems by Lu, G.N., Sou, G., Devigny, F., Guillaud, G.

“…This paper reports the design and testing of a CMOS BDJ (Buried Double p–n Junction) detector for developing integrated microanalysis systems. The device is an…”
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Buried triple p-n junction structure in a BiCMOS technology for color detection by Choulkha, M.B., Lu, G.N., Sedjill, M., Sou, G., Atquie, G.

“…A buried triple p-n junction structure in a BiCMOS process was investigated for color detection. A physically based model of the BTJ structure was developed. A…”
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Very-low-noise multiplexing with SQUIDs and SiGe HBTs for readout of large superconducting bolometer arrays by Prêle, D., Klisnick, G., Sou, G., Redon, M., Bréelle, E., Voisin, F., Piat, M.

“…We present an ultra-low-noise instrumentation based on a standard BiCMOS SiGe 0.35 μm ASIC operating at cryogenic temperatures. The main functions of the…”
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Cu–Zn–Al based catalysts for low temperature bioethanol steam reforming by solar energy by Sau, G.S., Bianco, F., Lanchi, M., Liberatore, R., Mazzocchia, C.V., Spadoni, A., Tito, C.A., Tarquini, P., Diaz, G., Pin, F.

“…Bioethanol steam reforming is one of the most promising route to produce hydrogen from a renewable liquid biofuel. Activity of two Cu–Zn–Al based catalysts was…”
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A CMOS low-voltage, high-gain op-amp by Lu, G.N., Sou, G.

“…A CMOS, self-biasing, single-supply op amp is presented. It is designed with regulated cascode transistors for gain enhancement and a common-mode feedback…”
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Investigation of CMOS BDJ detector for fluorescence detection in microarray analysis by Lu, G.N., Guillaud, G., Sou, G., Devigny, F., Pitaval, M., Morin, P.

“…For applying the CMOS BDJ (Buried Double p-n Junction) detector to fluorescence detection in microarray analysis, the authors have designed and tested the…”
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Current conveyor with very low output impedance voltage buffer for laboratory instrumentation by Michal, V, Klisnick, G, Sou, G, Redon, M, Sedlác̆ek, Jiri

“…This paper presents the design and implementation of second generation current conveyor CCII- in 0.35μm CMOS process. In the design, we intended to achieve…”
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