Q 1. (i) Write the specific type of instrument as shown in figure 1.? (ii) How are the ions produced in the ionization chamber accelerated? (iii) What two properties of the ions determine how much they are deflected by the magnetic field? (iv) Why is it important that there is a vacuum in the instrument? Storage chamber Gas inlet Manometer To vacuum lonising electron beam Collector Resolving slit Molecular leak lon source 60° Ocillograph Accelerating region DC | amplifier uh Mass spectrograph Magnet Analyser tube Figure 1.
Q 1. (i) Write the specific type of instrument as shown in figure 1.? (ii) How are the ions produced in the ionization chamber accelerated? (iii) What two properties of the ions determine how much they are deflected by the magnetic field? (iv) Why is it important that there is a vacuum in the instrument? Storage chamber Gas inlet Manometer To vacuum lonising electron beam Collector Resolving slit Molecular leak lon source 60° Ocillograph Accelerating region DC | amplifier uh Mass spectrograph Magnet Analyser tube Figure 1.
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Transcribed Image Text:Q 1.
(i)
Write the specific type of instrument as shown in figure 1.?
(ii)
How are the ions produced in the ionization chamber accelerated?
(iii) What two properties of the ions determine how much they are deflected by the magnetic
field?
(iv) Why is it important that there is a vacuum in the instrument?
Storage
chamber
Gas inlet
Manometer
To vacuum
lonising
electron
beam
Collector
Resolving slit
Molecular
leak lon source
60°
Ocillograph
Accelerating
region
DC
| amplifier uh
Mass
spectrograph
Magnet
Analyser tube
Figure 1.
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