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Total: 10 résultats - 0.037 secondes

PhD position in Nanochemistry (Grenoble) 100%

DCM (electrochemistry) and CERMAV (selfassembly of bio-sourced Block Copolymers) Grant:


2017-ecs-nola-mp-02 86%

Electrochemistry Division Christina Bock, 3rd Vice-President Roque Calvo, Executive Director James Fenton, Secretary Turgut Gür, Chair, High Temperature Materials Division Christopher Johnson, Chair, Battery Division Pawel Kulesza, Chair, Physical &


poster 79%

MaIAGE INRA, Jouy-en-Josas, France Motivation Understand and explain experimental data A Models ● Metabolism Central Carbon Metabolism ● B Electrochemistry ● pH model C Geometry Imposed as time function ➔ ➔ Deducted from metabolism Volume ~ Biomass Area ~ Palmitate


poster 79%

A Models ● Metabolism Central Carbon Metabolism ● Electrochemistry ● pH model C B ➔ ➔ Geometry Imposed as time function Deducted from metabolism dV =V growth∗V dt dA K s = ∗A∗[ PALM ] dt N me ● Results Model ➔ Generic program for coupling models Input :


elecChem 69%

Electrochemistry Problems 1) Given the E° for the following half-reactions:


Resume 69%

Networks and Telecommunications, Microwaves, Electronics (analog and digital), Signal Processing, Optical (basic and instrumental), Laser, Chemistry (Chromatography, Bioanalysis, Electrochemistry).



APPLICATION TO THE PRODUCTION OF PHOTOVOLTAΪQUES PHOTOVOLTA COMPONENTS _____________________________________________________________________________________________ ________________________________ _____________________________ 56 STUDY DESIGN OF PHOTOVOLTAIC PUMPING SYSTEM FOR THE WATER SUPPLY OF AN AGRICULTURAL DIVERSITY ________________________________________________________________________________________________ ________________________________ ________________________________ 57 ETUDE ET MODELISATION D’UN SYSTEME SOLAIRE PHOTOVOLTAÏQUE A BASSE CONCENTRATION LCPV DANS UN MILIEU SAHARIEN ________________________________________________________________ ______________________________________________________________________________ 58 CONCEPTION ET EXPERIMENTATION D’UN DISTILLATEUR SOLAIRE A EFFET DE SERRE _______________ 59 ETUDE ENERGETIQUE COMPARATIVE ENTRE UN MODULE PV___________________________________________ ________________________________ 62 STANDARD ET UN CAPTEUR HYBRIDE PV/T A AIR ________________________________________________________ ________________________ 62 INTERFACES ELECTRODES / COUCHE ACTIVE DANS LES CELLULES SOLAIRES ORGANIQUES___________ 63 ELECTROCHEMISTRY AND PHOTOLUMINESCENCE OF NOVEL 3-(BENZO[B]THIOPHENE 3 BENZO[B]THIOPHENE-3yL)-5FULLEROPYRROLIDINEPYRIDINE ________________________________________________________________ ________________________________________ 64 EFFECT OF TiO2 NANOPARTICLES INSERTION ON ELECTRODEPOSITED ZnO PROPERTIES ______________ 65 3 The first international conference on solar energy 4-55 May 2015, University of BBA, Algeria EVA A ENCAPSULANT ANALYSIS TECHNIQUES DURING PV MODULE MANUFACTURING __________________ 66 SIMULATION AND OPTIMIZATION OF N-TYPE N TYPE INTERDIGITATED BACK CONTACT SILICON HETEROJUNCTION (IBC-SiHJ) SiHJ) SOLAR CELL STRUCTURE USING SILVACO TCAD ATLAS __________________ 67 ANTIMONY DOPING INDUCED P-TYPE P TYPE CONDUCTIVITY OF ZnO THIN FILMS FOR PHOTOVOLTAIC APPLICATION _____________________________________________________________________________________________ ________________________________ _____________________________ 68 IODIDE-CAPPED PbS QUANTUM DOTS:


1 33%

The topography and electrochemistry of the surface are just two examples of the properties of the materials involved at the interface;


Huang 2004 30%

Since the first assay of a single neuron from Helix aspersa by capillary liquid chromatography and capillary electrophoresis (CE),1 CE combining detection techniques of electrochemistry, laser-induced fluorescence, mass spectrometry etc.2 has been widely employed for single-cell analysis.