PhD student in Nano-scale characterization of interfaces between electrolyte and semiconductor photocatalyst nanoparticles u...

PhD student in Nano-scale characterization of interfaces between electrolyte and semiconductor photocatalyst nanoparticles u...
PhD student in Nano-scale characterization of interfaces between electrolyte and semiconductor photocatalyst nanoparticles u...

Published	Deadline	Location
yesterday	7 May	Enschede

Job description
As a PhD student you will develop and use AFM-based spectroscopy to nanoscopically characterize the interfaces between electrolyte, semiconductor- and cocatalyst-nanoparticles under photocatalytic operating conditions (e. g. in liquid, under applied bias and illumination) and to establish surface property-catalytic activity correlations. Atomic scale surface structure, charge density, hydration state and morphology are assessed using amplitude modulation AFM. To elucidate the catalytic performance at the nanoscale, conductive and electrochemical AFM will be used. These methods should reveal correlations between topographic and catalytic activity via current mapping, and identify the underlying charge transport mechanism via local IV-spectroscopy. The portfolio of AFM methods will give unprecedented access to fundamental mechanisms of photo-electrochemical performance at the nanoscale, revealing e.g. the role of the defects, crystal facets, and fluid composition. This information will be instrumental for understanding the macroscale photo-(electro)catalysis performance limitations and thereby guide the development of novel more efficient materials for the desired redox reactions, such as water splitting or CO2
Specifications

• max. 40 hours per week
• €2541—€3247 per month
• Enschede View on Google Maps

University of Twente (UT)

Requirements
For this ambitious project, we are looking for well-motivated candidates with excellent academic skills. A Master's degree in physics is required. Knowledge and 'hands on' experiences in experimental physics, signal and data processing, colloid science, and a strong interest/experience in scanning probe microscopy and spectroscopy are considered highly advantageous. Some programming experience is also desirable (pre-existing experience of MATLAB and/or Python would be particularly useful). During this PhD you will learn and routinely utilize concepts related to electric double-layer theory, interaction force detection in scanning probe microscopy, charge transfer at semiconductor-electrolyte interfaces; processes associated with ion absorption and hydration structure. A strongly collaborative spirit is expected and good written and oral communication skills in English (minimally IELTS 6.5 or TOEFL 90) are required.
Conditions of employment
The terms of employment are in accordance with the Dutch Collective Labour Agreement for Universities (CAO) and include:

• A fulltime PhD position for four years, with a qualifier in the first year.
• The university offers a dynamic ecosystem with enthusiastic colleagues in a stimulating scientific environment.
• The PhD salary is € 2.541,- in the first year and increases to € 3.247,- in the fourth year.
• Full status as an employee at the UT, including pension and health care benefits.
• A holiday allowance of 8% of the gross annual salary and a year-end bonus of 8.3%.
• The number of holiday hours for full-time employment is 232 hours per calendar year.
• A personal development program within the Twente Graduate School.
• Excellent facilities for professional and personal development.

Department
Our faculty focuses on three domains, namely Chemistry, Health, and Physics. We are the home base for the research institutes TechMed, MESA+, the Techno Centre for Education and Research TCO , and the Twente Graduate School TGS . TNW offers six Bachelor's and seven Master's programs in Health Sciences, Nanotechnology, (Applied) Physics, Chemistry, and Technical Medicine. Over 850 colleagues and 2,700 students are active within the faculty of Science & Technology.
In the Physics of Complex Fluids group at the University of Twente Enschede, The Netherlands, PCF , research is aimed to understand various behaviors of multicomponent fluids near interfaces.
Additional information
For more information please refer to the group website: www.utwente.nl/tnw/pcf or address Dr. Igor Siretanu (i.siretanu@utwente.nl). The application form should additionally include:

• Your detailed CV including the contact details of at least two academic references.
• A specific motivation letter, including a clear scientific statement about why you want to do your PhD on this specific project.
• A pdf file with a list of 2-3 publications by the PCF group that you find most interesting, with a 4-sentence motivation summary concerning each of the publications.

The project is ready to start. There will be interim selection procedures so it is possible that you will be assessed and invited to an interview before the closing date.
High Tech and Human Touch

Join the university of technology that puts people first. Create new possibilities for yourself, your colleagues and society as a whole. Using modern technology and science to drive innovation, change and progress. That’s what it means to work at the University of Twente.

Looking for a job that matters?

Apply for this job
Apply for this job

This application process is managed by the employer (University of Twente (UT)). Please contact the employer for questions regarding your application.

Apply for this job via the employer's website
Thank you for applying

Please contact the employer for questions regarding your application.

Tip: save this job as favorite in your AcademicTransfer account. This gives you an immediate overview and makes it easy to find the job later on. No account yet? Create it now and take advantage of other useful functionalities too!

Back to the vacancy