Eunyeong
Max Planck Institute for Chemistry
Jonathan Williams Group / Atmospheric Chemistry
capture a gas from the object
1000ml
Pump - sorbent tubes
Sample details
Banana
2026-01-21
capture a gas from the object
1000ml
Yes
No
Sampling method
Pump - sorbent tubes
2
1
Tenax TA
150
35/60
2
Carbograph 5
150
40/60
89mm
1000ml
200ml/min
No
No
Markes TD100-xr
1
5min
250°C
50ml/min
50ml/min
GC-MS
Markes focusing trap
materials emissions
1min
50ml/min
-20°C
45°C/s
260°C
5min
Yes
49ml/min
ZB-624plus
1ml/min
7.5psi
30m
0.25mm
1.4μm
He
QTOF (Agilent)
29-350
5Hz
70eV
Joseph Byron
Max Planck Institute for Chemistry
Jonathan Williams Group / Atmospheric Chemistry
Ambient air
Pump - sorbent tubes
Sample details
Amazon rainforest canopy dry season 2024 08:00 local time
Ambient air
{Empty}
{Empty}
Sampling method
Pump - sorbent tubes
89mm
6996ml
200ml/min
Yes
87600min
-4°C
Yes
Markes TD100-xr
1
5min
250°C
50ml/min
0ml/min
GC-MS
Markes focusing trap
Materials emissions
1min
50ml/min
30°C
100°C/s
250°C
5min
Yes
2ml/min
β-DEX™ 120
0.2ml/min
60m
0.25mm
0.25μm
He
Bench-TOF-MS (MARKES)
41-500
4Hz
-70eV
Joseph Byron
Max Planck Institute for Chemistry
Jonathan Williams Group / Atmospheric Chemistry
Ambient air
Pump - sorbent tubes
Sample details
Amazon rainforest canopy dry season 2024 05:00 local time
Ambient air
{Empty}
{Empty}
Sampling method
Pump - sorbent tubes
89mm
6139ml
200ml/min
Yes
87600min
-4°C
Yes
Markes TD100-xr
1
5min
250°C
50ml/min
0ml/min
GC-MS
Markes focusing trap
Materials emissions
1min
50ml/min
30°C
100°C/s
250°C
5min
No
β-DEX™ 120
1.2ml/min
60m
0.25mm
0.25μm
He
Bench-TOF-MS (MARKES)
41-500
4Hz
-70eV
Joseph Byron
Max Planck Institute for Chemistry
Jonathan Williams Group / Atmospheric Chemistry
Ambient air
Pump - sorbent tubes
Sample details
Amazon rainforest canopy dry season 2024 02:00 local time
Ambient air
{Empty}
{Empty}
Sampling method
Pump - sorbent tubes
89mm
6139ml
200ml/min
Yes
87600min
-4°C
Yes
Markes TD100-xr
1
5min
250°C
50ml/min
0ml/min
GC-MS
Markes focusing trap
Materials emissions
1min
50ml/min
30°C
100°C/s
250°C
5min
Yes
2ml/min
β-DEX™ 120
1.2ml/min
60m
0.25mm
0.25μm
He
Bench-TOF-MS (MARKES)
41-500
4Hz
-70eV
Joseph Byron
Max Planck Institute for Chemistry
Jonathan Williams Group / Atmospheric Chemistry
Ambient air
Pump - sorbent tubes
Sample details
Amazon rainforest canopy dry season 2024 15:30 local time
Ambient air
{Empty}
{Empty}
Sampling method
Pump - sorbent tubes
89mm
6995ml
200ml/min
Yes
87600min
-4°C
Yes
Markes TD100-xr
1
5min
250°C
50ml/min
GC-MS
Markes focusing trap
Materials emissions
1min
50ml/min
30°C
100°C/s
250°C
5min
No
β-DEX™ 120
1.2ml/min
60m
0.25mm
0.25μm
He
Bench-TOF-MS (MARKES)
41-500
4Hz
-70eV
Joseph Byron
Max Planck Institute for Chemistry
Jonathan Williams Group / Atmospheric Chemistry
Ambient air
Pump - sorbent tubes
Sample details
Amazon rainforest canopy dry season 2024 14:00 local time
Ambient air
{Empty}
{Empty}
Sampling method
Pump - sorbent tubes
89mm
6222.5ml
200ml/min
Yes
87600min
-4°C
Yes
Markes TD100-xr
1
5min
250°C
50ml/min
0ml/min
GC-MS
Markes focusing trap
Materials emissions
1min
50ml/min
30°C
100°C/s
250°C
5min
Yes
2ml/min
β-DEX™ 120
1.2ml/min
60m
0.25mm
0.25μm
He
Bench-TOF-MS (MARKES)
41-500
4Hz
-70eV
Joseph Byron
Max Planck Institute for Chemistry
Jonathan Williams Group / Atmospheric Chemistry
Ambient air
Pump - sorbent tubes
Sample details
Amazon rainforest canopy dry season 2024 12:30 local time
Ambient air
{Empty}
{Empty}
Sampling method
Pump - sorbent tubes
89mm
6979ml
200ml/min
Yes
87600min
-4°C
Yes
Markes TD100-xr
1
5min
250°C
50ml/min
0ml/min
GC-MS
Markes focusing trap
Materials emissions
1min
50ml/min
30°C
100°C/s
250°C
5min
Yes
2ml/min
β-DEX™ 120
1.2ml/min
60m
0.25mm
0.25μm
He
Bench-TOF-MS (MARKES)
41-500
4Hz
-70eV
Joseph Byron
Max Planck Institute for Chemistry
Jonathan Williams Group / Atmospheric Chemistry
Ambient air
Pump - sorbent tubes
Sample details
Amazon rainforest canopy dry season 2024 18:30 local time
Ambient air
{Empty}
{Empty}
Sampling method
Pump - sorbent tubes
89mm
6969ml
200ml/min
Yes
87600min
-4°C
Yes
Markes TD100-xr
1
5min
250°C
50ml/min
0ml/min
GC-MS
Markes focusing trap
Materials emissions
1min
50ml/min
30°C
100°C/s
250°C
5min
No
β-DEX™ 120
1.2ml/min
60m
0.25mm
0.25μm
He
Bench-TOF-MS (MARKES)
41-500
4Hz
-70eV
Joseph Byron
Max Planck Institute for Chemistry
Jonathan Williams Group / Atmospheric Chemistry
Ambient air
Pump - sorbent tubes
Sample details
Amazon rainforest canopy dry season 2024 17:00 local time
Ambient air
{Empty}
{Empty}
Sampling method
Pump - sorbent tubes
89mm
6956ml
200ml/min
Yes
87600min
-4°C
Yes
Markes TD100-xr
1
5min
250°C
50ml/min
0ml/min
GC-MS
Markes focusing trap
Materials emissions
1min
50ml/min
30°C
100°C/s
250°C
5min
Yes
2ml/min
β-DEX™ 120
1.2ml/min
60m
0.25mm
0.25μm
He
Bench-TOF-MS (MARKES)
41-500
4Hz
-70eV
Joseph Byron
Max Planck Institute for Chemistry
Jonathan Williams Group / Atmospheric Chemistry
Ambient air
Pump - sorbent tubes
Sample details
Amazon rainforest canopy wet season 2023 17:00 local time
Ambient air
{Empty}
{Empty}
Sampling method
Pump - sorbent tubes
89mm
6098ml
200ml/min
Yes
131400min
-4°C
Yes
Markes TD100-xr
1
5min
250°C
50ml/min
0ml/min
GC-MS
Markes focusing trap
Materials emissions
1min
50ml/min
30°C
100°C/s
250°C
5min
Yes
2ml/min
β-DEX™ 120
1.2ml/min
60m
0.25mm
0.25μm
He
Bench-TOF-MS (MARKES)
41-500
4Hz
-70eV