In recent years increased attention has been paid to the potential uses of acoustics for extraterrestrial exploration. This paper concerns two aspects which should be taken into account when transposing terrestrial experience with acoustics to smaller worlds. These are, specifically, the effect on the acoustics of the variation of gravity with depth, and the curvature of the world's surface. A case resembling Europa is used quantitatively to illustrate these effects, indicating significant errors if these factors are neglected
Presented at the 22nd International Conference on Auditory Display (ICAD-2016)Sound is potentially a...
This paper shows that corrections for fluid loading must be undertaken to Earth-based calibrations f...
During this training course, I study in the Microgravity Labotory at the Castelldefels School of Tec...
Whilst extraterrestrial liquids do occur in the Solar System, today's acoustical oceanographers have...
This paper examines the past and future uses for acoustics in space research. Whilst on the larger s...
The European Huygens probe, which landed on Titan in 2005, is the only planetary probe so far to inc...
As is shown in the paper, atmospheres affect both the generation and the propagation of sound. The e...
This paper discusses how other worlds will sound, and what we could learn by listening to them. This...
Future exploration missions like Rosetta, ExoMars and lunar missions will provide in-situ experiment...
While probes to other planets have carried an impressive array of sensors for imaging and chemical a...
: The analysis of mechanical vibrations may provide a new means to study the structure and properti...
On 14 January 2005 the Huygens space probe landed on Titan, the surface of which had previously been...
The set of formulations commonly known as 'the sonar equations' have for many decades been used to q...
In recent years increased attention has been paid to the potential uses of acoustics forextraterrest...
A goal for a future Europan payload is to determine the extent of the postulated sea, aspects of aco...
Presented at the 22nd International Conference on Auditory Display (ICAD-2016)Sound is potentially a...
This paper shows that corrections for fluid loading must be undertaken to Earth-based calibrations f...
During this training course, I study in the Microgravity Labotory at the Castelldefels School of Tec...
Whilst extraterrestrial liquids do occur in the Solar System, today's acoustical oceanographers have...
This paper examines the past and future uses for acoustics in space research. Whilst on the larger s...
The European Huygens probe, which landed on Titan in 2005, is the only planetary probe so far to inc...
As is shown in the paper, atmospheres affect both the generation and the propagation of sound. The e...
This paper discusses how other worlds will sound, and what we could learn by listening to them. This...
Future exploration missions like Rosetta, ExoMars and lunar missions will provide in-situ experiment...
While probes to other planets have carried an impressive array of sensors for imaging and chemical a...
: The analysis of mechanical vibrations may provide a new means to study the structure and properti...
On 14 January 2005 the Huygens space probe landed on Titan, the surface of which had previously been...
The set of formulations commonly known as 'the sonar equations' have for many decades been used to q...
In recent years increased attention has been paid to the potential uses of acoustics forextraterrest...
A goal for a future Europan payload is to determine the extent of the postulated sea, aspects of aco...
Presented at the 22nd International Conference on Auditory Display (ICAD-2016)Sound is potentially a...
This paper shows that corrections for fluid loading must be undertaken to Earth-based calibrations f...
During this training course, I study in the Microgravity Labotory at the Castelldefels School of Tec...