Won't the heat sensor probe interfere with the seismometer?
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I've read that the Mars InSight Seismometer will be deployed before the HP3 probe. Won't the digging interfere with the seismometer? Or the shock produced will be small enough to be dissipated by the ground?
mars nasa landing
asked Nov 27 at 15:38
Nereid Regulus
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up vote
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I've read that the Mars InSight Seismometer will be deployed before the HP3 probe. Won't the digging interfere with the seismometer? Or the shock produced will be small enough to be dissipated by the ground?
mars nasa landing
asked Nov 27 at 15:38
Nereid Regulus
1436
New contributor
Nereid Regulus is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
add a comment |
up vote
8
down vote
favorite
up vote
8
down vote
favorite
I've read that the Mars InSight Seismometer will be deployed before the HP3 probe. Won't the digging interfere with the seismometer? Or the shock produced will be small enough to be dissipated by the ground?
mars nasa landing
asked Nov 27 at 15:38
Nereid Regulus
1436
New contributor
Nereid Regulus is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
I've read that the Mars InSight Seismometer will be deployed before the HP3 probe. Won't the digging interfere with the seismometer? Or the shock produced will be small enough to be dissipated by the ground?
mars nasa landing
mars nasa landing
asked Nov 27 at 15:38
Nereid Regulus
1436
New contributor
Nereid Regulus is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
asked Nov 27 at 15:38
Nereid Regulus
1436
New contributor
Nereid Regulus is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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edited Nov 27 at 15:45
asked Nov 27 at 15:38
Nereid Regulus
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Nereid Regulus is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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asked Nov 27 at 15:38
Nereid Regulus
1436
asked Nov 27 at 15:38
Nereid Regulus
1436
1436
New contributor
Nereid Regulus is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
New contributor
Nereid Regulus is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
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3 Answers
3
active
oldest
votes
up vote
17
down vote
accepted
As shown in the graph below, the digging of the HP3 probe is expected to occur between sol 50 and sol 90. This gives SEIS plenty of time before sol 50 and after sol 90 to take measurements. Furthermore, the graph shows that the actual time spent hammering is quite brief. Finally, although the hammering will indeed interfere with measurements of ambient seismic activity, the echoes from the hammering might reveal information about nearby subsurface geology, which is also valuable.
answered Nov 27 at 18:15
Dr Sheldon
3,9981342
I'm not sure if there will be much of seismometer work before sol 50. During the livestream, a scientist from NASA said they will now prepare for deployment of the instruments (in particular, build a replica of the terrain around the lander, basing on the photos and early data, then performing the entire planned operation in lab conditions). He predicted this phase to take about two months.
– SF.
Nov 28 at 9:35
add a comment |
up vote
7
down vote
The digging may produce a seismometer reading, but that's not necessarily undesirable. They know exactly how the digging operation will be performed, so it's an opportunity to check the seismometer.
answered Nov 27 at 15:51
Hobbes
83.3k2231373
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up vote
2
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The digging is part of the experiment:
"As the heat probe makes its way down, its hammering motion will generate vibrations. Scientists back on Earth can use the seismometer to detect these vibrations and study the ground beneath. As the heat probe hammers down, the seismometer should be able to measure the speed of the vibrational waves in the soil generated by the hammering motion. It should be able to detect reflections of these waves as they bounce off any shallow buried layers, such as lava flows, unveiling the structure of the subsurface"
https://mars.nasa.gov/insight/timeline/surface-operations/
answered 21 hours ago
JCRM
2,8382931
add a comment |
3 Answers
3
active
oldest
votes
3 Answers
3
active
oldest
votes
active
oldest
votes
active
oldest
votes
up vote
17
down vote
accepted
As shown in the graph below, the digging of the HP3 probe is expected to occur between sol 50 and sol 90. This gives SEIS plenty of time before sol 50 and after sol 90 to take measurements. Furthermore, the graph shows that the actual time spent hammering is quite brief. Finally, although the hammering will indeed interfere with measurements of ambient seismic activity, the echoes from the hammering might reveal information about nearby subsurface geology, which is also valuable.
answered Nov 27 at 18:15
Dr Sheldon
3,9981342
I'm not sure if there will be much of seismometer work before sol 50. During the livestream, a scientist from NASA said they will now prepare for deployment of the instruments (in particular, build a replica of the terrain around the lander, basing on the photos and early data, then performing the entire planned operation in lab conditions). He predicted this phase to take about two months.
– SF.
Nov 28 at 9:35
add a comment |
up vote
17
down vote
accepted
As shown in the graph below, the digging of the HP3 probe is expected to occur between sol 50 and sol 90. This gives SEIS plenty of time before sol 50 and after sol 90 to take measurements. Furthermore, the graph shows that the actual time spent hammering is quite brief. Finally, although the hammering will indeed interfere with measurements of ambient seismic activity, the echoes from the hammering might reveal information about nearby subsurface geology, which is also valuable.
answered Nov 27 at 18:15
Dr Sheldon
3,9981342
I'm not sure if there will be much of seismometer work before sol 50. During the livestream, a scientist from NASA said they will now prepare for deployment of the instruments (in particular, build a replica of the terrain around the lander, basing on the photos and early data, then performing the entire planned operation in lab conditions). He predicted this phase to take about two months.
– SF.
Nov 28 at 9:35
add a comment |
up vote
17
down vote
accepted
up vote
17
down vote
accepted
As shown in the graph below, the digging of the HP3 probe is expected to occur between sol 50 and sol 90. This gives SEIS plenty of time before sol 50 and after sol 90 to take measurements. Furthermore, the graph shows that the actual time spent hammering is quite brief. Finally, although the hammering will indeed interfere with measurements of ambient seismic activity, the echoes from the hammering might reveal information about nearby subsurface geology, which is also valuable.
answered Nov 27 at 18:15
Dr Sheldon
3,9981342
As shown in the graph below, the digging of the HP3 probe is expected to occur between sol 50 and sol 90. This gives SEIS plenty of time before sol 50 and after sol 90 to take measurements. Furthermore, the graph shows that the actual time spent hammering is quite brief. Finally, although the hammering will indeed interfere with measurements of ambient seismic activity, the echoes from the hammering might reveal information about nearby subsurface geology, which is also valuable.
answered Nov 27 at 18:15
Dr Sheldon
3,9981342
edited Nov 28 at 4:34
answered Nov 27 at 18:15
Dr Sheldon
3,9981342
answered Nov 27 at 18:15
Dr Sheldon
3,9981342
answered Nov 27 at 18:15
Dr Sheldon
3,9981342
3,9981342
I'm not sure if there will be much of seismometer work before sol 50. During the livestream, a scientist from NASA said they will now prepare for deployment of the instruments (in particular, build a replica of the terrain around the lander, basing on the photos and early data, then performing the entire planned operation in lab conditions). He predicted this phase to take about two months.
– SF.
Nov 28 at 9:35
add a comment |
I'm not sure if there will be much of seismometer work before sol 50. During the livestream, a scientist from NASA said they will now prepare for deployment of the instruments (in particular, build a replica of the terrain around the lander, basing on the photos and early data, then performing the entire planned operation in lab conditions). He predicted this phase to take about two months.
– SF.
Nov 28 at 9:35
I'm not sure if there will be much of seismometer work before sol 50. During the livestream, a scientist from NASA said they will now prepare for deployment of the instruments (in particular, build a replica of the terrain around the lander, basing on the photos and early data, then performing the entire planned operation in lab conditions). He predicted this phase to take about two months.
– SF.
Nov 28 at 9:35
I'm not sure if there will be much of seismometer work before sol 50. During the livestream, a scientist from NASA said they will now prepare for deployment of the instruments (in particular, build a replica of the terrain around the lander, basing on the photos and early data, then performing the entire planned operation in lab conditions). He predicted this phase to take about two months.
– SF.
Nov 28 at 9:35
add a comment |
up vote
7
down vote
The digging may produce a seismometer reading, but that's not necessarily undesirable. They know exactly how the digging operation will be performed, so it's an opportunity to check the seismometer.
answered Nov 27 at 15:51
Hobbes
83.3k2231373
add a comment |
up vote
7
down vote
The digging may produce a seismometer reading, but that's not necessarily undesirable. They know exactly how the digging operation will be performed, so it's an opportunity to check the seismometer.
answered Nov 27 at 15:51
Hobbes
83.3k2231373
add a comment |
up vote
7
down vote
up vote
7
down vote
The digging may produce a seismometer reading, but that's not necessarily undesirable. They know exactly how the digging operation will be performed, so it's an opportunity to check the seismometer.
answered Nov 27 at 15:51
Hobbes
83.3k2231373
The digging may produce a seismometer reading, but that's not necessarily undesirable. They know exactly how the digging operation will be performed, so it's an opportunity to check the seismometer.
answered Nov 27 at 15:51
Hobbes
83.3k2231373
answered Nov 27 at 15:51
Hobbes
83.3k2231373
answered Nov 27 at 15:51
Hobbes
83.3k2231373
answered Nov 27 at 15:51
Hobbes
83.3k2231373
83.3k2231373
add a comment |
add a comment |
up vote
2
down vote
The digging is part of the experiment:
"As the heat probe makes its way down, its hammering motion will generate vibrations. Scientists back on Earth can use the seismometer to detect these vibrations and study the ground beneath. As the heat probe hammers down, the seismometer should be able to measure the speed of the vibrational waves in the soil generated by the hammering motion. It should be able to detect reflections of these waves as they bounce off any shallow buried layers, such as lava flows, unveiling the structure of the subsurface"
https://mars.nasa.gov/insight/timeline/surface-operations/
answered 21 hours ago
JCRM
2,8382931
add a comment |
up vote
2
down vote
The digging is part of the experiment:
"As the heat probe makes its way down, its hammering motion will generate vibrations. Scientists back on Earth can use the seismometer to detect these vibrations and study the ground beneath. As the heat probe hammers down, the seismometer should be able to measure the speed of the vibrational waves in the soil generated by the hammering motion. It should be able to detect reflections of these waves as they bounce off any shallow buried layers, such as lava flows, unveiling the structure of the subsurface"
https://mars.nasa.gov/insight/timeline/surface-operations/
answered 21 hours ago
JCRM
2,8382931
add a comment |
up vote
2
down vote
up vote
2
down vote
The digging is part of the experiment:
"As the heat probe makes its way down, its hammering motion will generate vibrations. Scientists back on Earth can use the seismometer to detect these vibrations and study the ground beneath. As the heat probe hammers down, the seismometer should be able to measure the speed of the vibrational waves in the soil generated by the hammering motion. It should be able to detect reflections of these waves as they bounce off any shallow buried layers, such as lava flows, unveiling the structure of the subsurface"
https://mars.nasa.gov/insight/timeline/surface-operations/
answered 21 hours ago
JCRM
2,8382931
The digging is part of the experiment:
"As the heat probe makes its way down, its hammering motion will generate vibrations. Scientists back on Earth can use the seismometer to detect these vibrations and study the ground beneath. As the heat probe hammers down, the seismometer should be able to measure the speed of the vibrational waves in the soil generated by the hammering motion. It should be able to detect reflections of these waves as they bounce off any shallow buried layers, such as lava flows, unveiling the structure of the subsurface"
https://mars.nasa.gov/insight/timeline/surface-operations/
answered 21 hours ago
JCRM
2,8382931
answered 21 hours ago
JCRM
2,8382931
answered 21 hours ago
JCRM
2,8382931
answered 21 hours ago
JCRM
2,8382931
2,8382931
add a comment |
add a comment |
Nereid Regulus is a new contributor. Be nice, and check out our Code of Conduct.
Nereid Regulus is a new contributor. Be nice, and check out our Code of Conduct.
Nereid Regulus is a new contributor. Be nice, and check out our Code of Conduct.
Nereid Regulus is a new contributor. Be nice, and check out our Code of Conduct.
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