COMPONENT PEAK WIDTH RETENTION PEAK AREA TIME (S) (COUNT 10) AT , H (S) MEAN MEAN 9 Limonene 0.17 37.12 173 10 Eucalyptol B-Ocimene 0.15 37.32 27.6 11 0.15 37.73 676 13 Linalol 023 40.79 998 15 Lavandulol 0.17 44.20 33.4 16 Bomeol 0.18 44.76 33.7 4-Terpineol a-Terpineol 20 Linalyl acetate 17 0.18 45 20 143 18 0.17 45 80 56.9 0.23 48.62 1298 21 Lavandulyl acetate 0.16 50.03 128 23 Neryl Acetate 24 Geranyl Acetate 0.16 53.45 15.3 0.16 54.31 26.8 25 aSantalene 0.16 56.75 195 26 Caryophillene 27 B Farmesene Cadinol 0.17 57.19 127 0.16 57.75 69 28 0.19 64.35 21 Source: Thermo Fisher Scientific, Milan, Ital

Biomedical Instrumentation Systems
1st Edition
ISBN:9781133478294
Author:Chatterjee
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Chapter5: Biomedical Electronics: Digital
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Write a conclusion to the attached image.
Results and Discussion:
Figure 1 shows the chromatograph of lavender oil after injection to a chromatography instrument. The components in
the oil were identified and summarized in Table 1.
Figure 1. Chromatograph of Lavander Oil
1020
13
820
17
620
11
420
16
18
220
20
50
60
Seconds
Source: Thermo Fisher Scientific, Milan, Italy
Table 1. Components of Lavander Oil
For
Chem211E Organic Chemistry
Activity 09. Chromatography for Quantitative Analysis |
4
PEAK
WIDTH
AT , H (S) MEAN
COMPONENT
RETENTION PEAK AREA
TIME (S)
(COUNT 10)
MEAN
9
Limonene
0.17
37.12
173
Eucalyptol
B-Ocimene
10
0.15
37.32
27.6
11
0.15
37.73
67.6
13
Linalol
0.23
40.79
998
15
Lavandulol
0.17
44.20
33.4
16
Borneol
0.18
44.76
33.7
17
4-Terpineol
0.18
45.20
143
18
a-Terpineol
0.17
45.80
56.9
20
Linalyl acetate
0.23
48.62
1298
21
Lavandulyl acetate 0.16
50.03
128
23
Neryl Acetate
0.16
53.45
15.3
Geranyl Acetate
a-Santalene
24
0.16
54.31
26.8
25
0.16
56.75
19.5
unly
26
Caryophillene
B-Farnesene
0.17
57.19
127
27
0.16
57.75
69
28
Cadinol
0.19
64.35
21
Source: Thermo Fisher Scientific, Milan, Italy
Transcribed Image Text:Results and Discussion: Figure 1 shows the chromatograph of lavender oil after injection to a chromatography instrument. The components in the oil were identified and summarized in Table 1. Figure 1. Chromatograph of Lavander Oil 1020 13 820 17 620 11 420 16 18 220 20 50 60 Seconds Source: Thermo Fisher Scientific, Milan, Italy Table 1. Components of Lavander Oil For Chem211E Organic Chemistry Activity 09. Chromatography for Quantitative Analysis | 4 PEAK WIDTH AT , H (S) MEAN COMPONENT RETENTION PEAK AREA TIME (S) (COUNT 10) MEAN 9 Limonene 0.17 37.12 173 Eucalyptol B-Ocimene 10 0.15 37.32 27.6 11 0.15 37.73 67.6 13 Linalol 0.23 40.79 998 15 Lavandulol 0.17 44.20 33.4 16 Borneol 0.18 44.76 33.7 17 4-Terpineol 0.18 45.20 143 18 a-Terpineol 0.17 45.80 56.9 20 Linalyl acetate 0.23 48.62 1298 21 Lavandulyl acetate 0.16 50.03 128 23 Neryl Acetate 0.16 53.45 15.3 Geranyl Acetate a-Santalene 24 0.16 54.31 26.8 25 0.16 56.75 19.5 unly 26 Caryophillene B-Farnesene 0.17 57.19 127 27 0.16 57.75 69 28 Cadinol 0.19 64.35 21 Source: Thermo Fisher Scientific, Milan, Italy
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