Search Results - "Lu, G.N"

Construction of an artificial microalgal-bacterial consortium that efficiently degrades crude oil by Tang, X., He, L.Y., Tao, X.Q., Dang, Z., Guo, C.L., Lu, G.N., Yi, X.Y.

“…Four oil component-degrading bacteria and one oil-tolerant microalgae, Scenedesmus obliquus GH2, were used to construct an artificial microalgal-bacterial…”
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Modeling gan dosimetric response to therapeutic photon beam radiation by Wang, R, Pittet, P, Ribouton, J, Lu, G.N, Ahnesjö, A

“…Introduction The use of Gallium Nitride (GaN), a direct-gap semiconductor, has been recently pro-posed as a radioluminescent transducer for real-time in-vivo…”
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Dosimetry by radioluminescence of GaN for quality assurance and in vivo real time dosimetry in brachytherapy by Ribouton, J, Wang, R, Jalade, P, Sotton, M.P, Cordette, L, Galvan, J.M, Lu, G.N, Pittet, P

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Distribution and diversity of bacterial communities and sulphate‐reducing bacteria in a paddy soil irrigated with acid mine drainage by Wang, H., Guo, C.L., Yang, C.F., Lu, G.N., Chen, M.Q., Dang, Z.

“…Aims To investigate the effects of long‐term acid mine drainage (AMD) irrigation on the change in bacterial community and sulphate‐reducing bacteria (SRB) in a…”
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Implementation of GaN based real-time source position monitoring in HDR brachytherapy by Wang, R., Ribouton, J., Pittet, P., Guiral, P., Jalade, P., Lu, G.N.

“…For High Dose Rate (HDR) brachytherapy Quality Assurance (QA), we propose a seed position verification method by using two GaN dosimetric probes integrated in…”
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A Data Acquisition System for a Beam-Tagging Hodoscope used in Hadrontherapy Monitoring by Chen, X., Carlus, B., Caplan, C., Caponetto, L., Cachemiche, J.-P., Dauvergne, D., Della-Negra, R., Fontana, M., Gallin-Martel, L., Lambert, D., Lu, G.-N., Magne, M., Mathez, H., Morel, C., Montarou, G., Rodo, M., Testa, E., Zoccarato, Y.

“…For ion-range monitoring in Hadrontherapy, we propose a high throughput data acquisition (DAQ) system to be associated with a beam hodoscope to perform spatial…”
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In vivo dosimetric system based on Gallium Nitride radioluminescence by Ismail, A., Pittet, P., Lu, G.N., Galvan, J.M., Giraud, J.Y., Balosso, J.

“…We propose an implantable dosimetric system for real-time measurements of dose and dose rate. It consists of a fiber probe and a spectrophotometric module with…”
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Radiotherapy quality insurance by individualized in vivo dosimetry: State of the art by Ismail, A., Giraud, J.-Y., Lu, G.N., Sihanath, R., Pittet, P., Galvan, J.M., Balosso, J.

“…The quality insurance in radiotherapy in the frame of highly complex technical process as Intensity modulated radiotherapy (IMRT) needs independent control of…”
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CMOS 32-APS linear array for high-sensitivity, low-resolution spectrophotometry by Hannati, L., Pittet, P., Lu, G.N., Carrillo, G.

“…This paper presents a CMOS 32-APS (active pixel sensor) linear array for high-sensitivity, low-resolution micro spectrophotometer. The APS employs a buried…”
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CMOS LIF detection system for capillary analysis by Pittet, P., Galvan, J.M., Lu, G.N., Blum, L.J., Leca-Bouvier, B.D.

“…We present a laser-induced fluorescence (LIF) detection system for capillary analysis. It is designed with right-angle laser excitation on a capillary and…”
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Electrical characterization and TCAD simulations of multi-gate bulk nMOSFET by Zbierska, I., Militaru, L., Calmon, F., Feruglio, S., Lu, G.N.

“…A multi-gate nMOSFET in bulk CMOS process has been fabricated by integration of polysilicon-filled trenches. We have simulated its electrical characteristics…”
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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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A colorimetric method with the use of BDJ detector for seawater pH measurement by Sedjil, M, Lu, G.N, Michard, G, Prevot, F

“…By using a recently developed, wavelength-sensitive BDJ (buried double p-n junction) detector, a reliable and inexpensive method for colorimetric determination…”
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Colorimetric characterization of a buried triple p–n junction photodetector by Chouikha, M.Ben, Viénot, F., Lu, G.N.

“…The operation of a buried triple p–n junction (BTJ) photodetector and its colorimetric characterization are described. Guidelines are given for the choice of…”
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Laser transmission through a dielectric-coated hollow tapered metallic waveguide by Zhou, J.Y, Deng, Y.J, Ling, N, Lu, G.N, Li, Z.X

“…The transmission of a Gaussian beam through a dielectric-coated hollow tapered metallic waveguide is numerically evaluated. It is shown that the tapered hollow…”
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A CMOS op amp using a regulated-cascode transimpedance building block for high-gain, low-voltage achievement by Lu, G.N., Sou, G.

“…A CMOS, self-biasing, single-supply op amp for low-voltage, high-gain applications is presented. The two-stage op amp includes a transimpedance building block…”
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CMOS BDJ detector array with charge preamplifiers for sensitive biochemical analysis by Carrillo, G., Lu, G.N., Pittet, P., Zhao, K.

“…For instrumental implementation of biochemical microanalysis techniques, we have designed a CMOS BDJ (Buried Double p-n Junction) detector array and its…”
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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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Sensitivity estimation of CMOS optical BDJ detector by Lu, G.N, Galvan, J.-M, Jeloyan, C, Goumy, G, Marcoux, V

“…We report the characterisation of the CMOS optical Buried Double p–n Junction (BDJ) detector in terms of sensitivity, with the aim of developing micro-systems…”
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