International audienceThe feasibility study of the HALESIS (High-Altitude Luminous Events Studied by Infrared Spectro-imagery) project is presented. The purpose of this experiment is to measure the atmospheric perturbation in the minutes following the occurrence of transient luminous events (TLEs) from a stratospheric balloon in the altitude range of 20–40 km. The instrumentation will include a spectro-imager embedded in a pointing gondola. Infrared signatures of a single blue jet were simulated under the assumption of local thermodynamic equilibrium (LTE), and were then compared with a panel of commercially available instrument specifications
International audienceHALESIS (High Altitude Luminous Events Studied by Infrared Spectro-imagery) is...
International audienceHALESIS (High Altitude Luminous Events Studied by Infrared Spectro-imagery) is...
International audienceHALESIS (High Altitude Luminous Events Studied by Infrared Spectro-imagery) is...
International audienceThe feasibility study of the HALESIS (High-Altitude Luminous Events Studied by...
International audienceThe feasibility study of the HALESIS (High-Altitude Luminous Events Studied by...
International audienceThe feasibility study of the HALESIS (High-Altitude Luminous Events Studied by...
International audienceThe feasibility study of the HALESIS (High-Altitude Luminous Events Studied by...
The feasibility study of the HALESIS (High-Altitude Luminous Events Studied by Infrared Spectro-imag...
International audienceDuring the last two decades, the discovery of transient luminous events (TLEs)...
International audienceDuring the last two decades, the discovery of transient luminous events (TLEs)...
International audienceDuring the last two decades, the discovery of transient luminous events (TLEs)...
International audienceDuring the last two decades, the discovery of transient luminous events (TLEs)...
International audienceDuring the last two decades, the discovery of transient luminous events (TLEs)...
International audienceHALESIS (High Altitude Luminous Events Studied by Infrared Spectro-imagery) is...
International audienceHALESIS (High Altitude Luminous Events Studied by Infrared Spectro-imagery) is...
International audienceHALESIS (High Altitude Luminous Events Studied by Infrared Spectro-imagery) is...
International audienceHALESIS (High Altitude Luminous Events Studied by Infrared Spectro-imagery) is...
International audienceHALESIS (High Altitude Luminous Events Studied by Infrared Spectro-imagery) is...
International audienceThe feasibility study of the HALESIS (High-Altitude Luminous Events Studied by...
International audienceThe feasibility study of the HALESIS (High-Altitude Luminous Events Studied by...
International audienceThe feasibility study of the HALESIS (High-Altitude Luminous Events Studied by...
International audienceThe feasibility study of the HALESIS (High-Altitude Luminous Events Studied by...
The feasibility study of the HALESIS (High-Altitude Luminous Events Studied by Infrared Spectro-imag...
International audienceDuring the last two decades, the discovery of transient luminous events (TLEs)...
International audienceDuring the last two decades, the discovery of transient luminous events (TLEs)...
International audienceDuring the last two decades, the discovery of transient luminous events (TLEs)...
International audienceDuring the last two decades, the discovery of transient luminous events (TLEs)...
International audienceDuring the last two decades, the discovery of transient luminous events (TLEs)...
International audienceHALESIS (High Altitude Luminous Events Studied by Infrared Spectro-imagery) is...
International audienceHALESIS (High Altitude Luminous Events Studied by Infrared Spectro-imagery) is...
International audienceHALESIS (High Altitude Luminous Events Studied by Infrared Spectro-imagery) is...
International audienceHALESIS (High Altitude Luminous Events Studied by Infrared Spectro-imagery) is...
International audienceHALESIS (High Altitude Luminous Events Studied by Infrared Spectro-imagery) is...