Skip to main content
View accessibility support page
Search
Search
Menu
Study
Research
Faculties
News and events
About
Get involved
Giving
Search
Search
Website navigation
Close
Key links
This section
Skip to section navigation
Global site navigation
Study
Course search
Apply
Fees and funding
Student life
Visit
Help centre
Request info
International students
Executive education
Summer schools
Research
Faculties
Faculty of Engineering
Faculty of Medicine
Faculty of Natural Sciences
Imperial College Business School
Administrative and support services
News and events
News
What's on
Imperial Stories
Great Exhibition Road Festival
Imperial Magazine
Imperial Lates
Graduation
About
President
Provost
Imperial Strategy
Academic Strategy
Imperial Global
Sustainable Imperial
Governance
Campuses
Our academics
Jobs at Imperial
Get involved
Giving
Schools outreach
Imperial Global Summer School
Societal engagement
Volunteering and outreach
Giving
User links navigation
For staff
Current students
Imperial for business
For schools
Alumni
Research groups
Imperial Plasma Propulsion Laboratory
navigation
About us
Team members
Collaborations and Funding
Research
RF excitation for Hall thruster performance enhancement
Water Hall Effect thrusters
Kinetic Particle-in-Cell plasma modelling
Data-Driven and Machine-Learning techniques for plasma systems modelling and analysis
Instabilities and turbulence-induced transport in ExB discharges
Innovative MEMS based electrolysis micro-propulsion for CubeSats and SmallSats
Spherical Tokamak Thruster
Oxidation and erosion reduction methods in water-fuelled HETs
Predictive Performance Dispersion Model of Satellite Thrusters
News
Publications
Facilities
In this section
Imperial Plasma Propulsion Laboratory
Imperial Plasma Propulsion Laboratory
Imperial Home
Research groups
Imperial Plasma Propulsion Laboratory
Research
Instabilities and turbulence-induced transport in ExB discharges
Instabilities and turbulence-induced transport in ExB discharges
Main contact
Maryam Reza
Farbod Faraji
