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法国CNRS, 南特大学, 3个CSC博士项目招聘
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???????????о??cnrs??????????lten??????3?????csc?λ????С???????????? general information the lten (heat transfer and energy laboratory at nantes, france) enrolls a full-time phd student with a csc scholarship. the phd project will start at autumn 2021 with a duration of up to 48 months (36 months preferred). the csc grant for each awardee will be about ?1.350 / per month, with additional health insurance, an international airfare and visa application fees. details of the csc scholarship can be found at https://www.csc.edu.cn/chuguo/s/1949 (general channel) or at https://bg.csc.edu.cn/download.aspx?projectcode=200168 (special agreement between csc and polytech). phd project will be realized at lten-cnrs umr6607, a research laboratory of the nantes university and of the french cnrs. centre national de la recherche scientifique (cnrs) is the french largest research organization carrying out research in all scientific fields of knowledge and conducts interdisciplinary programmes. more description of the french cnrs can be found at http://www.cnrs.fr/en/aboutcnrs/overview.htm the lten is a reference academic laboratory of france on the domain of thermal science and energy engineering. it is also well recognized both at the international level and by the industrial world. more information about the lten can be found at http://www.polytech.univ-nantes.fr/ltn/en/ the csc granted students will be registered as a phd student at the nantes university, the tuition fees and registration fees being waived. in addition, free french language courses, and daily-life assistances will be provided by the relevant service of the nantes university. description of the phd projects: - project #1: phd position on process and energy engineering: integrated heat exchanger-reactor for the methanation of co2: catalytic reactor design, modelling, and characterisation the methanation of co2 into ch4 has been studied for decades for its interests both in reducing ghg emissions and providing add-values. nonetheless, one of the key technology barriers exothermic nature of methanation reaction. catalysts (conventionally ni-based) undergoes severe deactivation at high temperatures, preventing their use in long-term, high throughput operations. therefore, proper design of the heat exchanger-reactor for efficient heat removal and reaction temperature control is of vital importance to make this technology truly economically viable for widespread commercialization. the main objective of the task is to improve fundamental understanding of the methanation reaction by designing, developing and testing of lab-scale catalytic methanation reactors. the main tasks involve: (1) to properly design and fabricate the lab-scale catalytic reactor for methanation; (2 to acquire basic understanding and new physical insights on the methanation reaction by thermodynamics and kinetic studies of the methanation reaction; (3) to experimentally characterize the flow, thermal and catalytic conversion performances of the lab-scale prototypes. - project #2: microfluidic technology for the intensification of carbon capture and storage process: the carbon capture and storage (ccs) is considered as a crucial strategy for meeting co2 emission reduction targets. different technologies are actually available for removing large amounts of co2 from natural, refinery and synthesis gas streams. among them, the most mature and widely used technique is the chemical absorption/desorption process using alkanolamine-based solvents. the current involved equipment for co2 absorption/desorption process usually involves towers or packed columns having huge volumes, which are difficult to control and not energy-efficient. one of the routes to realize the co2 absorption/desorption process intensification is through the miniaturization, more precisely the employment of microfluidic devices, providing a largely reduced required volume, enhanced mass and heat transfer, cleaner, safer, higher productivity and more efficient use of energy. the objective of this phd project is to propose, develop and investigate novel miniature micro-structured devices (absorber) to intensify the co2 chemical absorption process. the major scientific & technological objectives are threefold: (1) to understand the fundamental transport mechanisms for co2 chemical absorption process in microchannels; (2) to design and fabricate laboratory-scale miniature devices for co2 absorption intensification; (3) to characterize the performances of the realized micro-structured co2 absorber using optical-based measurement techniques. - project #3: design, modeling and performance optimization of thermal energy storage-heat exchanger unit: the design and development of integrated heat storage-exchanger units have received increasing attention in recent years, mainly for the waste heat recovery both in industries and in buildings. nevertheless, most of the studies are based on conventional concepts (double-tubes, tube-and-fins, compact heat exchanger, plate heat exchanger, etc.) while efficient design of the heat storage-exchanging unit with enhanced thermal performances is still lacking. this phd project aims at designing and developing innovative, compact and integrated heat storage-exchanger unit with enhanced heat transfer, for the storage and recovery of waste heat from the built-environment (e.g., data centers; sunlight greenhouses, etc.). the advantages expected are multiple: compact, modular, high thermal performances, high volumetric storage capacity and desired transfer kinetic. the dynamic behaviors of the storage unit during the charging/discharging operations and its integration to the built-environment will be particularly addressed. ##supervision team##: prof. lingai luo, directeur de recherche cnrs/cnrs research director dr. yilin fan, french cnrs researcher (cr cnrs), and others ##required skills##: - master degree holder (or candidate) on relevant majors (thermal science; engineering thermophysics; process engineering, etc.); - sound background knowledge of heat transfer, fluid mechanics and engineering thermodynamics; - mastering dynamic modeling tools (dymola; simulink; etc.); mastering programming tools (matlab; python; etc.); basic cfd tools preferred (but not mandatory); - high level of communication skills in both oral and written english; basic french skill preferred (but not mandatory); - fully involvement with the phd project, strong motivation and autonomy, good team work ability, academic integrity and responsible character; good adaptability to working constraints. ##application documents##: interested candidates please prepare and send the following documents for a pre-assessment: - a detailed cv; - a motivation letter of one page; - a one-page synopsis of the master dissertation; - a reference letter (optional). ##contact person##: for further information or queries, please feel free to contact: dr. yilin fan email address: yilin.fan@univ-nantes.fr ##the closing date##: 25 feb. 2021 ??С?????????????????????????????????????????????????????????????? ??????????? good luck you guys  !!![ Last edited by babyforhappy on 2021-2-7 at 18:05 ] |
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