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Gas Anaylzers

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  1. 1Gas Chromatography (Absorption Type) NEED TO ADD THIS [blank_start]QUESTION BACK[blank_end]
    1. AQUESTION BACK
  2. 2Advantages: Analyzes [blank_start]many gases[blank_end] at once. Very accurate
    Disadvantages: Requires more [blank_start]time[blank_end] than other analyzers.
    Affected by: [blank_start]H2O[blank_end] and [blank_start]CO2[blank_end]
    Measures: [blank_start]Ne[blank_end], [blank_start]O2[blank_end], [blank_start]N2[blank_end], [blank_start]CO[blank_end]
    1. ACO
    2. BN2
    3. CO2
    4. DNe
    5. ECO2
    6. FH2O
    7. Gtime
    8. Hmany gases
  3. 3CO2/CO/CH4

    AKA: [blank_start]Infrared[blank_end] Absorption Analyzer
    Quick response time is suitable for [blank_start]DLCO[blank_end]
    Calibrate: to room air ([blank_start]0[blank_end]%) and known concentration (.[blank_start]3[blank_end]%) CO then re-zero and use [blank_start]gain[blank_end] to match read out to [blank_start]known[blank_end] concentration.
    Changes in altitude do [blank_start]NOT[blank_end] affect readings.
    1. AInfrared
    2. BDLCO
    3. C0
    4. D3
    5. Egain
    6. Fknown
    7. GNOT
  4. 4Helium analyzer

    Also Known as: [blank_start]Thermal[blank_end] Conductivity or [blank_start]Wheatstone[blank_end] Bridge
    Measures: Gas [blank_start]percentage[blank_end]
    Calibration: To room air ([blank_start]0[blank_end]%) and known ([blank_start]10[blank_end]%) then use gain to adjust to [blank_start]known[blank_end] amount.
    Do not use with [blank_start]flammable[blank_end] gases.
    Used with Helium dilution tests.
    1. AThermal
    2. BWheatstone
    3. Cpercentage
    4. D0
    5. E10
    6. Fknown
    7. Gflammable
  5. 5Mass Spectometry
    Function: Sample is drawn in by vacuum to the [blank_start]ionization[blank_end] chamber. Individual gases are [blank_start]separated[blank_end] and analyzed.
    Measures: Gas percentages
    Advantages: [blank_start]Rapid[blank_end] Response time, breath by breath analysis, multiple gas analysis
    Can analyze: [blank_start]He[blank_end], [blank_start]N2[blank_end], [blank_start]O2[blank_end], [blank_start]CO2[blank_end]
    Disadvantages: Expensive, large, high maintenance
    Most Suitable for: analysis of [blank_start]several[blank_end] patient at once rather than individual testing.
    1. Aionization
    2. Bseparated
    3. CRapid
    4. DHe
    5. EN2
    6. FO2
    7. GCO2
    8. Hseveral
  6. 6Nitrogen analyzer

    Also known as: [blank_start]Geissler[blank_end] Tube Ionizer
    Sample is pumped into [blank_start]ionization[blank_end] chamber where light is emitted and monitored by a phototube. Intensity of light is directly [blank_start]proportional[blank_end] to N2%
    Measures gas percentage
    Capable of breath by breath analysis
    Calibration: To zero with [blank_start]100[blank_end]% O2 and a [blank_start]known[blank_end] concentration.
    1. AGeissler
    2. Bionization
    3. Cproportional
    4. D100
    5. Eknown
  7. 7O2 Analyzers
    Galvanic [blank_start]Fuel[blank_end] Cell Analyzer: Measures partial [blank_start]pressure[blank_end] and displays [blank_start]FiO2[blank_end] as %.
    If unable to calibrate you should replace the [blank_start]fuel[blank_end] cell.
    Calibration during exercise testing: Low [blank_start]12[blank_end]-[blank_start]14[blank_end]% and high [blank_start]21[blank_end]%

    Poloragraphic Analyzer
    Similar to galvanic but uses a [blank_start]battery[blank_end]
    Analogous to the [blank_start]Clark[blank_end] electrode
    Calibration is to [blank_start]21[blank_end]% and [blank_start]100[blank_end]%
    1. AFuel
    2. Bpressure
    3. CFiO2
    4. Dfuel
    5. E12
    6. F14
    7. G21
    8. H21
    9. I100
    10. JClark
    11. Kbattery

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User has deleted their subject information Quiz on Gas Anaylzers, created by Deleted user on 19/08/2016.
Author
Deleted user
Language
English
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