Gabriele Impresario - Academia.edu (original) (raw)

Gabriele Impresario

I'm an Aerospace Engineer specialized in Astronautical Engineering.
I'm interested in applied research topics regarding technologies for space exploration and exploitation.
And their impact for life on Earth.

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Thesis Chapters by Gabriele Impresario

Research paper thumbnail of Design and simulation of a 5 kW Hall Thruster direct drive experiment

In this Thesis an overview on the state of the art of direct drive architecture for Hall Effect T... more In this Thesis an overview on the state of the art of direct drive architecture for Hall Effect Thrusters (D2HET) is given.
Direct and indirect advantages are examined in relation with different kinds of missions, and two parameters, related to thruster duty cycle and thruster power fraction, are defined in order to assess a qualitative estimate.
As an experimental campaign is to be conducted on a 5 kW Hall Thruster in high thrust and high I sp regimes, a setup for the experiment is proposed and the D2HET system has been simulated in first approximation to assess its behaviour.
A photovoltaic plant has been designed in accordance with the experiment requirements, and a code has been developed to define the final architecture.
The simulation has been functional to the definition of the critical components used in the filter.

Research paper thumbnail of Design and simulation of a 5 kW Hall Thruster direct drive experiment

In this Thesis an overview on the state of the art of direct drive architecture for Hall Effect T... more In this Thesis an overview on the state of the art of direct drive architecture for Hall Effect Thrusters (D2HET) is given.
Direct and indirect advantages are examined in relation with different kinds of missions, and two parameters, related to thruster duty cycle and thruster power fraction, are defined in order to assess a qualitative estimate.
As an experimental campaign is to be conducted on a 5 kW Hall Thruster in high thrust and high I sp regimes, a setup for the experiment is proposed and the D2HET system has been simulated in first approximation to assess its behaviour.
A photovoltaic plant has been designed in accordance with the experiment requirements, and a code has been developed to define the final architecture.
The simulation has been functional to the definition of the critical components used in the filter.

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