Habib Gholipour-Ranjbar
Using mass spectrometry for materials discovery and ultra-thin film preparation
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Ion soft-landing is a mass spectrometry-based deposition method that delivers intact and pure molecular ions onto a surface with kinetic energy in the hyperthermal range (1–100 eV). This gentle deposition process is analogous to molecular beam epitaxy but uses charged species instead of neutralwww.habibgr.com/research-interests/ion-soft-landing
Mass spectrometry (MS) is a century-old discipline concerning the formation, identification, and separation of gaseous ions. Revolutionary improvements in ionization and separation methods have made MS a very well-established analytical tool for the identification, purification, andwww.habibgr.com/research-interests/mass-spectrometry
Solid-state materials characterization
For materials to be effectively utilized in applications such as sensors, electronics, energy storage and conversion systems it's necessary to be immobilized on a surface and evaluate their performance in solid-state. I have prepared different types ofwww.habibgr.com/research-interests/solid-state-materials
Designing superatomic clusters
Superatoms are groups of connected atoms acting collectively like an atom in the periodic table that can serve as building blocks for the design of new materials. For example, a cluster composed of thirteen aluminum atoms, Al13, behaves like a chlorine atom in termswww.habibgr.com/research-interests/superatoms
Electrochemistry is a study of the correlation between applied or measured electrical potential and corresponding chemical changes, or vice versa. Different voltammetry techniques have been developed to measure the potential, charge or current of electrochemical systems for analytical andwww.habibgr.com/research-interests/electrochemistrysupercapacitors
Conducting polymers have attracted considerable attention for electrochemical capacitors because of the combination of high capacitance compared with carbon-based material and low cost compared with metal oxides. Polyaniline (PANI) is one of the most studied conducting polymers due to its highwww.habibgr.com/research-interests/conductive-polymers
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