SLIDE 1
C OMET M C N AUGHT 2007 H ALLEY S C OMET 1986 H ALLEY S C OMET 1986 - - PowerPoint PPT Presentation
C OMET M C N AUGHT 2007 H ALLEY S C OMET 1986 H ALLEY S C OMET 1986 - - PowerPoint PPT Presentation
A N UPDATE ON THE R OSETTA MISSION C OMET M C N AUGHT 2007 H ALLEY S C OMET 1986 H ALLEY S C OMET 1986 16 km x 8 km C OMET H ARTLEY 2 2010 C OMET H OLMES 2007 C OMET M C N AUGHT 2007 K UIPER BELT O ORT COMET CLOUD cooler regions warmer
SLIDE 2
SLIDE 3
HALLEY’S COMET 1986
SLIDE 4
16 km x 8 km
HALLEY’S COMET 1986
SLIDE 5
COMET HARTLEY 2 2010
SLIDE 6
COMET HOLMES 2007
SLIDE 7
COMET MCNAUGHT 2007
SLIDE 8
KUIPER BELT
SLIDE 9
OORT COMET
CLOUD
SLIDE 10
cooler regions warmer regions rocky planetismals icy planetismals
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COMET WILD 2004
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SLIDE 14
1 km COMET TEMPEL 1 2005
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COMET TEMPEL 1
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COMET TEMPEL 1
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SLIDE 18
COMET CHURYUMOV-GERASIMENKO
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SLIDE 20
SLIDE 21
50 km
SLIDE 22
16 km
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SLIDE 24
SLIDE 25
SLIDE 26
60 km
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SLIDE 28
SLIDE 29
SLIDE 30
SLIDE 31
10 km
SLIDE 32
SLIDE 33
SLIDE 34
SLIDE 35
SLIDE 36
SLIDE 37
SLIDE 38
SLIDE 39
SLIDE 40
3 km
SLIDE 41
40 m
SLIDE 42
SLIDE 43
SLIDE 44
SLIDE 45
SLIDE 46
SLIDE 47
SLIDE 48
SLIDE 49
SLIDE 50
SLIDE 51
SLIDE 52
SLIDE 53
SLIDE 54
SLIDE 55
APXS: MASS SPECTR
CTROMET ETER ER
- designed to study the chemical composition of the landing site
CIVA: : COMET
ET NUCL CLEU EUS INFRARE RED AND VISIBLE LE ANALYS YSER ER
- six cameras to take panoramic pictures of the comet surface
ROLIS: ROSETTA LANDER IMAGING SYSTE
TEM
- close-up images of the landing site
CONSERT: : COMET NUCLEU
LEUS SOUNDING EXPERIM RIMENT BY BY RADIOWAVE VE TRANSMISSION
- to discern the internal structure of the comet.
COSAC: COMETARY SAMPLI
LING AND COMPOSITI TION
- to detect and identify complex organic molecules.
ROMAP: ROSETTA LANDER MAGNETOMETE
TER AND PLASMA MONITOR
- is designed to study the magnetic field and plasma environment of the comet
SESAME: SURF
RFACE CE ELECTR CTRIC SOUNDING AND ACOUSTIC TIC MONITORING EXPERIM RIMENT
- looks at the electrical parameters of the comet
MUPUS: : MULTI
TI-PURP RPOSE SENSORS FOR SURF RFACE CE AND SUB UB-SURF RFACE CE SCIENCE CE
- studies the properties of the comet surface and sub-surface
SD2: : THE LANDER
ER'S DRILL LL
- drilling into the comet’s surface for sample analysis
PTOLEM
LEMY
- designed to detect different forms of light elements such as carbon, hydrogen and oxygen.
SLIDE 56
APXS: MASS SPECTR
CTROMET ETER ER
- designed to study the chemical composition of the landing site
CIVA: : COMET
ET NUCL CLEU EUS INFRARE RED AND VISIBLE LE ANALYS YSER ER
- six cameras to take panoramic pictures of the comet surface
ROLIS: ROSETTA LANDER IMAGING SYSTE
TEM
- close-up images of the landing site
CONSERT: : COMET NUCLEU
LEUS SOUNDING EXPERIM RIMENT BY BY RADIOWAVE VE TRANSMISSION
- to discern the internal structure of the comet.
COSAC: COMETARY SAMPLI
LING AND COMPOSITI TION
- to detect and identify complex organic molecules.
ROMAP: ROSETTA LANDER MAGNETOMETE
TER AND PLASMA MONITOR
- is designed to study the magnetic field and plasma environment of the comet
SESAME: SURF
RFACE CE ELECTR CTRIC SOUNDING AND ACOUSTIC TIC MONITORING EXPERIM RIMENT
- looks at the electrical parameters of the comet
MUPUS: : MULTI
TI-PURP RPOSE SENSORS FOR SURF RFACE CE AND SUB UB-SURF RFACE CE SCIENCE CE
- studies the properties of the comet surface and sub-surface
SD2: : THE LANDER
ER'S DRILL LL
- drilling into the comet’s surface for sample analysis
PTOLEM
LEMY
- designed to detect different forms of light elements such as carbon, hydrogen and oxygen.
SLIDE 57
APXS: MASS SPECTR
CTROMET ETER ER
- designed to study the chemical composition of the landing site
CIVA: : COMET
ET NUCL CLEU EUS INFRARE RED AND VISIBLE LE ANALYS YSER ER
- six cameras to take panoramic pictures of the comet surface
ROLIS: ROSETTA LANDER IMAGING SYSTE
TEM
- close-up images of the landing site
CONSERT: : COMET NUCLEU
LEUS SOUNDING EXPERIM RIMENT BY BY RADIOWAVE VE TRANSMISSION
- to discern the internal structure of the comet.
COSAC: COMETARY SAMPLI
LING AND COMPOSITI TION
- to detect and identify complex organic molecules.
ROMAP: ROSETTA LANDER MAGNETOMETE
TER AND PLASMA MONITOR
- is designed to study the magnetic field and plasma environment of the comet
SESAME: SURF
RFACE CE ELECTR CTRIC SOUNDING AND ACOUSTIC TIC MONITORING EXPERIM RIMENT
- looks at the electrical parameters of the comet
MUPUS: : MULTI
TI-PURP RPOSE SENSORS FOR SURF RFACE CE AND SUB UB-SURF RFACE CE SCIENCE CE
- studies the properties of the comet surface and sub-surface
SD2: : THE LANDER
ER'S DRILL LL
- drilling into the comet’s surface for sample analysis
PTOLEM
LEMY
- designed to detect different forms of light elements such as carbon, hydrogen and oxygen.
SLIDE 58
APXS: MASS SPECTR
CTROMET ETER ER
- designed to study the chemical composition of the landing site
CIVA: : COMET
ET NUCL CLEU EUS INFRARE RED AND VISIBLE LE ANALYS YSER ER
- six cameras to take panoramic pictures of the comet surface
ROLIS: ROSETTA LANDER IMAGING SYSTE
TEM
- close-up images of the landing site
CONSERT: : COMET NUCLEU
LEUS SOUNDING EXPERIM RIMENT BY BY RADIOWAVE VE TRANSMISSION
- to discern the internal structure of the comet.
COSAC: COMETARY SAMPLI
LING AND COMPOSITI TION
- to detect and identify complex organic molecules.
ROMAP: ROSETTA LANDER MAGNETOMETE
TER AND PLASMA MONITOR
- is designed to study the magnetic field and plasma environment of the comet
SESAME: SURF
RFACE CE ELECTR CTRIC SOUNDING AND ACOUSTIC TIC MONITORING EXPERIM RIMENT
- looks at the electrical parameters of the comet
MUPUS: : MULTI
TI-PURP RPOSE SENSORS FOR SURF RFACE CE AND SUB UB-SURF RFACE CE SCIENCE CE
- studies the properties of the comet surface and sub-surface
SD2: : THE LANDER
ER'S DRILL LL
- drilling into the comet’s surface for sample analysis
PTOLEM
LEMY
- designed to detect different forms of light elements such as carbon, hydrogen and oxygen.
SLIDE 59
APXS: MASS SPECTR
CTROMET ETER ER
- designed to study the chemical composition of the landing site
CIVA: : COMET
ET NUCL CLEU EUS INFRARE RED AND VISIBLE LE ANALYS YSER ER
- six cameras to take panoramic pictures of the comet surface
ROLIS: ROSETTA LANDER IMAGING SYSTE
TEM
- close-up images of the landing site
CONSERT: : COMET NUCLEU
LEUS SOUNDING EXPERIM RIMENT BY BY RADIOWAVE VE TRANSMISSION
- to discern the internal structure of the comet.
COSAC: COMETARY SAMPLI
LING AND COMPOSITI TION
- to detect and identify complex organic molecules.
ROMAP: ROSETTA LANDER MAGNETOMETE
TER AND PLASMA MONITOR
- is designed to study the magnetic field and plasma environment of the comet
SESAME: SURF
RFACE CE ELECTR CTRIC SOUNDING AND ACOUSTIC TIC MONITORING EXPERIM RIMENT
- looks at the electrical parameters of the comet
MUPUS: : MULTI
TI-PURP RPOSE SENSORS FOR SURF RFACE CE AND SUB UB-SURF RFACE CE SCIENCE CE
- studies the properties of the comet surface and sub-surface
SD2: : THE LANDER
ER'S DRILL LL
- drilling into the comet’s surface for sample analysis
PTOLEM
LEMY
- designed to detect different forms of light elements such as carbon, hydrogen and oxygen.
SLIDE 60
APXS: MASS SPECTR
CTROMET ETER ER
- designed to study the chemical composition of the landing site
CIVA: : COMET
ET NUCL CLEU EUS INFRARE RED AND VISIBLE LE ANALYS YSER ER
- six cameras to take panoramic pictures of the comet surface
ROLIS: ROSETTA LANDER IMAGING SYSTE
TEM
- close-up images of the landing site
CONSERT: : COMET NUCLEU
LEUS SOUNDING EXPERIM RIMENT BY BY RADIOWAVE VE TRANSMISSION
- to discern the internal structure of the comet.
COSAC: COMETARY SAMPLI
LING AND COMPOSITI TION
- to detect and identify complex organic molecules.
ROMAP: ROSETTA LANDER MAGNETOMETE
TER AND PLASMA MONITOR
- is designed to study the magnetic field and plasma environment of the comet
SESAME: SURF
RFACE CE ELECTR CTRIC SOUNDING AND ACOUSTIC TIC MONITORING EXPERIM RIMENT
- looks at the electrical parameters of the comet
MUPUS: : MULTI
TI-PURP RPOSE SENSORS FOR SURF RFACE CE AND SUB UB-SURF RFACE CE SCIENCE CE
- studies the properties of the comet surface and sub-surface
SD2: : THE LANDER
ER'S DRILL LL
- drilling into the comet’s surface for sample analysis
PTOLEM
LEMY
- designed to detect different forms of light elements such as carbon, hydrogen and oxygen.
SLIDE 61
APXS: MASS SPECTR
CTROMET ETER ER
- designed to study the chemical composition of the landing site
CIVA: : COMET
ET NUCL CLEU EUS INFRARE RED AND VISIBLE LE ANALYS YSER ER
- six cameras to take panoramic pictures of the comet surface
ROLIS: ROSETTA LANDER IMAGING SYSTE
TEM
- close-up images of the landing site
CONSERT: : COMET NUCLEU
LEUS SOUNDING EXPERIM RIMENT BY BY RADIOWAVE VE TRANSMISSION
- to discern the internal structure of the comet.
COSAC: COMETARY SAMPLI
LING AND COMPOSITI TION
- to detect and identify complex organic molecules.
ROMAP: ROSETTA LANDER MAGNETOMETE
TER AND PLASMA MONITOR
- is designed to study the magnetic field and plasma environment of the comet
SESAME: SURF
RFACE CE ELECTR CTRIC SOUNDING AND ACOUSTIC TIC MONITORING EXPERIM RIMENT
- looks at the electrical parameters of the comet
MUPUS: : MULTI
TI-PURP RPOSE SENSORS FOR SURF RFACE CE AND SUB UB-SURF RFACE CE SCIENCE CE
- studies the properties of the comet surface and sub-surface
SD2: : THE LANDER
ER'S DRILL LL
- drilling into the comet’s surface for sample analysis
PTOLEM
LEMY
- designed to detect different forms of light elements such as carbon, hydrogen and oxygen.
SLIDE 62
SLIDE 63
APXS: MASS SPECTR
CTROMET ETER ER
- designed to study the chemical composition of the landing site
CIVA: : COMET
ET NUCL CLEU EUS INFRARE RED AND VISIBLE LE ANALYS YSER ER
- six cameras to take panoramic pictures of the comet surface
ROLIS: ROSETTA LANDER IMAGING SYSTE
TEM
- close-up images of the landing site
CONSERT: : COMET NUCLEU
LEUS SOUNDING EXPERIM RIMENT BY BY RADIOWAVE VE TRANSMISSION
- to discern the internal structure of the comet.
COSAC: COMETARY SAMPLI
LING AND COMPOSITI TION
- to detect and identify complex organic molecules.
ROMAP: ROSETTA LANDER MAGNETOMETE
TER AND PLASMA MONITOR
- is designed to study the magnetic field and plasma environment of the comet
SESAME: SURF
RFACE CE ELECTR CTRIC SOUNDING AND ACOUSTIC TIC MONITORING EXPERIM RIMENT
- looks at the electrical parameters of the comet
MUPUS: : MULTI
TI-PURP RPOSE SENSORS FOR SURF RFACE CE AND SUB UB-SURF RFACE CE SCIENCE CE
- studies the properties of the comet surface and sub-surface
SD2: : THE LANDER
ER'S DRILL LL
- drilling into the comet’s surface for sample analysis
PTOLEM
LEMY
- designed to detect different forms of light elements such as carbon, hydrogen and oxygen.
SLIDE 64
APXS: MASS SPECTR
CTROMET ETER ER
- designed to study the chemical composition of the landing site
CIVA: : COMET
ET NUCL CLEU EUS INFRARE RED AND VISIBLE LE ANALYS YSER ER
- six cameras to take panoramic pictures of the comet surface
ROLIS: ROSETTA LANDER IMAGING SYSTE
TEM
- close-up images of the landing site
CONSERT: : COMET NUCLEU
LEUS SOUNDING EXPERIM RIMENT BY BY RADIOWAVE VE TRANSMISSION
- to discern the internal structure of the comet.
COSAC: COMETARY SAMPLI
LING AND COMPOSITI TION
- to detect and identify complex organic molecules.
ROMAP: ROSETTA LANDER MAGNETOMETE
TER AND PLASMA MONITOR
- is designed to study the magnetic field and plasma environment of the comet
SESAME: SURF
RFACE CE ELECTR CTRIC SOUNDING AND ACOUSTIC TIC MONITORING EXPERIM RIMENT
- looks at the electrical parameters of the comet
MUPUS: : MULTI
TI-PURP RPOSE SENSORS FOR SURF RFACE CE AND SUB UB-SURF RFACE CE SCIENCE CE
- studies the properties of the comet surface and sub-surface
SD2: : THE LANDER
ER'S DRILL LL
- drilling into the comet’s surface for sample analysis
PTOLEM
LEMY
- designed to detect different forms of light elements such as carbon, hydrogen and oxygen.
SLIDE 65
SLIDE 66
40 km
SLIDE 67
SLIDE 68