This report documents the delivered demonstrator “D2.2 Tunable UV photoelectric setup”, a prototype instrument developed in the frame of WP2 “Technology development”, Task 2.2 “Tunable UV laser photoelectric charger composition-specific aerosol charging” of the SUREAL-23 project. It describes the current state of the art, the innovation and the principle of operation of the developed setup and it presents some preliminary results performed with an aerosol generated by a propane diffusion flame. This prototype will continue to undergo improvements and will be available for sub-23 nm combustion aerosol characterisation in the SUREAL-23 project
UV-LED is a small satellite technology demonstration payload being flown on the Saudisat-4 spacecraf...
International audienceMicrowave plasma discharges working at low pressure are nowadays a well-develo...
The work that is intended to be presented focuses on the combustion of an isolated aluminum particle...
This report aims to document the delivered demonstrator “D2.1 Super-continuum laser multi-wavelength...
Introduction Vehicles powered by direct injection engines, both diesel and gasoline, are considered ...
Direct ultraviolet photoionization electrically charges particles using a mechanism distinct from di...
Aerosol particulate matter adversely affects the climate, environment and human health. Mechanistic ...
Direct ultraviolet (UV) photoionization enables electrical charging of aerosol nanoparticles without...
The effective use of a europium metal–organic framework (Eu–MOF) as a photoabsorber material has bee...
A small, battery-powered ultraviolet radiation detector was developed using three spectrally distinc...
UV-LED is part of a small satellite technology demonstration mission that will demonstrate non-conta...
This work describes the development of a laser test bench for micro-pattern gaseous detectors. The s...
In this article, a UV sensor that is an appropriate tool for fire detection has been designed and co...
We present a new experimental configuration for the study of size-dependent, angle-resolved photoele...
A microgravity experiment to test the electrostatic behavior of a lunar dust simulant being charged ...
UV-LED is a small satellite technology demonstration payload being flown on the Saudisat-4 spacecraf...
International audienceMicrowave plasma discharges working at low pressure are nowadays a well-develo...
The work that is intended to be presented focuses on the combustion of an isolated aluminum particle...
This report aims to document the delivered demonstrator “D2.1 Super-continuum laser multi-wavelength...
Introduction Vehicles powered by direct injection engines, both diesel and gasoline, are considered ...
Direct ultraviolet photoionization electrically charges particles using a mechanism distinct from di...
Aerosol particulate matter adversely affects the climate, environment and human health. Mechanistic ...
Direct ultraviolet (UV) photoionization enables electrical charging of aerosol nanoparticles without...
The effective use of a europium metal–organic framework (Eu–MOF) as a photoabsorber material has bee...
A small, battery-powered ultraviolet radiation detector was developed using three spectrally distinc...
UV-LED is part of a small satellite technology demonstration mission that will demonstrate non-conta...
This work describes the development of a laser test bench for micro-pattern gaseous detectors. The s...
In this article, a UV sensor that is an appropriate tool for fire detection has been designed and co...
We present a new experimental configuration for the study of size-dependent, angle-resolved photoele...
A microgravity experiment to test the electrostatic behavior of a lunar dust simulant being charged ...
UV-LED is a small satellite technology demonstration payload being flown on the Saudisat-4 spacecraf...
International audienceMicrowave plasma discharges working at low pressure are nowadays a well-develo...
The work that is intended to be presented focuses on the combustion of an isolated aluminum particle...