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新虫 (著名写手)

应助: 297 (大学生)
金币: 4091.3
散金: 270
红花: 93
帖子: 2148
在线: 359.4小时
虫号: 1488921
注册: 2011-11-13
专业: 电化学

[交流] 西班牙电池材料领域博士招生全奖 2个

博士位置1，见网址：https://www.cicenergigune.com/en ... attery-prototyping/

博士位置2，见附件图片

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1楼 2017-11-17 05:04:41

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a1nba

新虫 (著名写手)

应助: 297 (大学生)
金币: 4091.3
散金: 270
红花: 93
帖子: 2148
在线: 359.4小时
虫号: 1488921
注册: 2011-11-13
专业: 电化学

Industrial PhD Position
CIC Energigune is looking for a highly motivated candidate for an industrial PhD
position. The candidate must hold a university degree on Chemical Engineering,
Chemistry, Materials Science or related areas
The PhD ffer is aimed at students currently completing or who have already completed a
master degree in subjects related to materials and/or electrochemistry
Candidates must show initiative, independent thinking as well as capability to work in
collaborative environments. He/she will be part of a multidisciplinary international
research team. Good English level is highly recommended.
 Research line: Ceramic Electrolyte
 Project Title: INORGANIC-RICH COMPOSITE ELECTROLYTES FOR HIGH VOLTAGE
SOLID-STATE BATTERIES
 Topic: The research project will focus on the development of ceramic and
composite electrolyte materials and their integration into battery devices. The
main objective of the PhD project is to demonstrate the proof of concept of a
solid-state Li-ion battery based on the developed solid electrolytes.
 Expected starting date: January 2018
PhD description:
Solid state electrolytes are a promising alternative to replace flammable organic liquid
electrolytes in Li ion batteries, improving safety as well as bosting battery performances
such as voltage, energy density and lifetime. However, existing solid electrolytes (i.e.
ceramics, polymers and their composites) do not yet fulfil the requirements for practical
applications.
In this project, existing solid electrolytes will be combined to yield novel ceramic-rich
composites with fast ion conductivity and good mechanical and interfacial properties.
The student will develop the experimental approach to process the materials. The
structure-properties relationships of the resultant composite membranes will be
characterized. Finally, the student will integrate selected membranes into solid state Li
batteries and perform electrochemical testing.
To apply, send your CV and a cover letter to allordes@cicenergigune.com or
lbuannic@cicenergigune.com