PhD: Adsorbate Diffusion on Catalyst:
The Jülich Centre for Neutron Science (JCNS-3) is offering a PhD position focused on understanding adsorbate diffusion on catalyst surfaces through neutron spectroscopy. This research aims to enhance our knowledge of nanostructured catalyst interfaces, which is critical for optimizing catalytic processes, such as methane production.
PhD Scholarship Opportunity: Adsorbate Diffusion on Catalyst Surfaces via Neutron Spectroscopy
Designation:
PhD Scholarship
| Details | Information |
|---|---|
| Research Area | Chemistry, Physics, Material Sciences, Neutron Spectroscopy, Catalyst Interfaces |
| Location | Jülich Centre for Neutron Science (JCNS-3) |
| Eligibility/Qualification | – M.Sc. or equivalent degree in Chemistry, Materials Science, Geoscience, Physics, or related fields – Experience in laboratory work and characterizations – Knowledge of X-ray/neutrons scattering or infrared spectroscopy |
| Description | The PhD student will engage in synthesizing model catalyst interfaces, conducting neutron scattering experiments, analyzing interface properties, and publishing the results in scientific journals. The role offers opportunities for skill development through access to advanced analytical facilities and a supportive research network. |
| How to Apply | Interested candidates should apply via the official application link provided on the JCNS-3 website. Note that applications via email are not accepted. |
| Last Date for Application | February 2, 2025 |
Key Responsibilities:
- Synthesis of model catalyst interfaces
- Participation in neutron scattering experiments at both national and international facilities
- Physicochemical characterization of interface properties (TGA, TEM, IR, DLS)
- Data visualization, analysis, and interpretation using software tools (Igor Pro, Python, Origin)
- Publication of research findings in peer-reviewed journals and presentation at conferences
Additional Benefits:
- Access to a strong research network and facilities
- Flexible working conditions including remote work options
- 30 days of annual leave and support for a balanced work-life schedule
- Targeted services for international employees
This position represents an exciting opportunity for motivated individuals dedicated to advancing their academic careers through innovative research in energy materials.
