Typical G.C. analysis

#	%	Leftshift	Components
osmanthus fragrans flower absolute
96	0.04		amyl benzoate
32	0.03		amyl butyrate
36	0.008		amyl isovalerate
104	trace		amyl salicylate
80	0.06		anethole
107	0.003		anisyl acetate
51	0.19		benzaldehyde
70	0.08		benzyl acetate
87	0.19		benzyl alcohol
86	trace		benzyl butyrate
50	0.02		benzyl formate
59	0.16		bornyl acetate
15	trace		butanal
31	trace		butyl benzene
21	0.02		butyl butyrate
95	0.12		butyl phenyl acetate
62	trace		butyric acid
8	trace		camphene
52	trace		camphor
16	trace	delta-3-	carene
119	trace		carvacrol
71	trace		carvone
20	0.30	1,8-	cineole
75	trace		citronellol
103	trace	meta-	cresol
102	trace	para-	cresol
26	trace	para-	cymene
113	trace	delta-	decalactone
106	11.70	gamma-	decalactone
29	trace		decanal
117	0.05		decanoic acid
74	9.20		decanol
66	0.08		decyl acetate
130	0.39		dibutyl phthalate
84	trace		dihydrojasmone
89	0.28	2,6-	dimethyl phenol
111	0.03		docosane
124	0.21	gamma-	dodecalactone
49	0.05		dodecanal
97	0.04		eicosane
2	0.06		ethyl acetate
13	0.02		ethyl benzene
43	0.03		ethyl decanoate
22	0.004		ethyl hexanoate
101	trace		ethyl myristate
77	trace		ethyl salicylate
108	1.90		eugenol
121	0.02	(E)-iso	eugenol
114	0.02	(Z)-iso	eugenol
120	0.18		farnesol
45	trace		furfural
72	trace		geranial
83	0.07		geraniol
73	trace		geranyl acetate
68	0.08		geranyl formate + dodecanal
105	trace		heneicosane
17	trace		heptanal
94	trace		heptanoic acid
9	0.02	2-	heptanol + hexanal
38	trace		heptyl acetate
33	0.01		heptyl formate
88	trace		heptyl isovalerate
37	0.01		hexanal
81	0.05		hexanoic acid
39	0.12	(Z)-3-	hexen-1-ol
42	trace		hexyl butyrate
35	trace		hexyl propionate
110	0.007		hexyl salicylate
53	trace		hexyl valerate
82	0.86	alpha-	ionone
92	5.85	beta-	ionone
116	trace		jasmolactone
93	0.02	(Z)-	jasmone
128	0.02		lauric acid
18	trace		limonene
55	2.36		linalool
44	14.60	(E)-	linalool oxide furanoid
46	21.10	(Z)-	linalool oxide furanoid
56	trace		linalyl acetate
91	0.07		methyl alpha-ionone + quinoline
19	0.05	3-	methyl butanol
60	trace		methyl decanoate
118	trace		methyl dihydrojasmonate
78	0.03		methyl dodecanoate
58	trace	5-	methyl furfural
48	0.09		methyl nonanoate
127	0.16		methyl oleate
112	0.07		methyl palmitate
34	0.02	2-	methyl-2-hepten-6-one
4	trace	4-	methyl-2-pentenol
14	trace	4-	methyl-3-penten-2-one
131	0.03		myristic acid
99	0.21		nerolidol
98	0.04	gamma-	nonalactone
40	0.11		nonanal
63	0.70		nonanol
100	0.11		octanoic acid
57	0.02		octanol
28	trace	2-	octanone
47	trace		octyl acetate
69	0.02		octyl valerate
132	0.71		palmitic acid
3	0.003		pentanal
24	trace		pentenal
79	trace	2-	phenethyl acetate
90	0.19	2-	phenethyl alcohol + nonadecane
76	0.01	2-	phenethyl formate
65	trace		phenyl acetaldehyde
5	trace	alpha-	pinene
11	trace	beta-	pinene
1	trace		propanal
7	0.01		propanol
54	0.02		propionic acid
12	trace		sabinene
85	0.02		safrole
122	0.03	alpha-	santalol
126	0.02	beta-	santalol
25	trace		styrene
61	0.06		terpinen-4-ol
23	0.20	gamma-	terpinene
67	0.07	alpha-	terpineol
27	0.06		terpinolene
125	0.02		tetracosane
41	trace		tetradecane
109	0.23		thymol
6	trace		toluene
30	trace		tridecane
115	trace	gamma-	undecalactone
10	0.008		undecane
123	3.10		undecanoic acid
64	trace	iso	valeric acid
129	0.08		vanillin
V. T. Cogiya, L. G. Kharebava, R. V. Gogiya and E. B. Gvatua, Composition of the volatile compounds in flowers of Osrnanthus fragrans (Thumb) Lour. Rastit. Resur., 22, 243-248 (1986). P&F 17, No. 3, 61, (1992)
pandanus odoratissimus oil
#	%	Leftshift	Components
5	trace		benzaldehyde
26	0.17-0.20		borneol
36	trace-0.46		bornyl acetate
37	trace	delta-	cadinene
4	0.14-0.20		camphene
25	trace-0.11		camphene hydrate
24	trace-0.11		camphor
33	trace		carvone
14	0.56-0.95	1,8-	cineole
29	0.20-0.21	para-	cymen-8-ol
11	1.08-1.42	para-	cymene
42	trace-0.16		docosane
35	0.10-0.16		geraniol
41	trace		heneicosane
12	0.20-0.40		limonene
20	0.25-0.30		linalool
19	0.12-0.13	(E)-	linalool oxide furanoid
16	0.07-0.20	(Z)-	linalool oxide furanoid
40	trace-0.17		manoyl oxide
23	0.35	(E)-para-	menth-2-en-1-ol
22	0.47-0.48	(Z)-para-	menth-2-en-1-ol
8	0.10-0.13		myrcene
38	trace	(E)-	nerolidol
9	0.6-0.08	alpha-	phellandrene
13	0.16-0.35	beta-	phellandrene
21	0.05-0.13	2-	phenethyl alcohol
17	66.35-67.91	2-	phenethyl methyl ether
3	0.30-0.40	alpha-	pinene
7	0.05-0.07	beta-	pinene
32	0.16-0.18	(E)-	piperitol
31	trace-0.11	(Z)-	piperitol
34	0.21-0.25		piperitone
6	0.20-0.31		sabinene
39	trace-0.21	alpha-	santalol
28	18.07-20.88		terpinen-4-ol
10	0.09-0.22	alpha-	terpinene
15	0.28-0.76	gamma-	terpinene
30	1.89-2.05	alpha-	terpineol
18	0.24-0.28		terpinolene
44	trace		tetracosane
2	0.10-0.33	alpha-	thujene
43	0.21-0.22		tricosane
1	trace-0.02		tricyclene
27	0.07-0.08		umbellulone
M. Bisht, S, Sharma, C. S. Mathela and M. L, Maheshwari, Composition of the essential oil from the flowers of kewda (Pandanus odoratissimus L.). Indian Perfum., 41(2), 69-72 (1997). P&F 23, No. 3, 63, (1998)
salvia officinalis oil england
A Sardinian oil of S. officinalis was analyzedbv Peana et al. (1999) using both CC and GC/MS. and it was found to possess the following composition:
#	%	Leftshift	Components
25	4.10		borneol
31	1.30		bornyl acetate
5	6.60		camphene
21	26.40		camphor
10	trace	delta-3-	carene
30	0.10		carvacrol
33	0.70	beta-	caryophyllene
35	0.20		caryophyllene oxide
13	9.60	1,8-	cineole
12	0.20	para-	cymene
17	0.10	para-alpha-	dimethyl styrene
32	0.10		eugenol
36	3.30		guaiol
34	0.90	alpha-	humulene
37	0.40		humulene oxide
38	0.60	14-	hydroxy-9-epi-beta-caryophyllene
14	2.30		limonene
16	trace	(Z)-	linalool oxide
39	0.10		lyral
9	0.90		myrcene
28	1.00		myrtanol
4	3.70	alpha-	pinene
8	0.40	beta-	pinene
23	1.10		pinocamphone
24	0.10	iso	pulegol
7	0.20		sabinene
1	0.30		salvene
40	0.30	alpha-	santalol
26	0.70		terpinen-4-ol
11	0.20	alpha-	terpinene
15	0.10	gamma-	terpinene
27	0.30	alpha-	terpineol
18	0.10		terpinolene
3	trace	alpha-	thujene
19	24.70	alpha-	thujone
20	6.40	beta-	thujone
29	0.20		thymol
2	0.20		tricyclene
6	1.60		verbenene
22	0.70	(Z)-	verbenol
M. Tiziana Baratta, H. J. D. Dorman, S. G. Deans, D. M. Biondi and G. Ruberto. Chemical composition, antimicrobial and antiozidative activity of Laurel, sage, rosemary, oregano and coriander essential oils. J. Essent. Oil Res. , 10, 618-627 (1998). P&F 26, No. 3, 66, (2001)
sandalwood oil east indian
#	%	Leftshift	Components
15	0.10	(Z)-(E)-alpha-	bergamotal
3	0.12	(E)-alpha-	bergamotene
20	3.90	(Z)-(E)-alpha-	bergamotol
7	0.07	beta-	bisabolene
16	0.26	alpha-	bisabolol
13	0.64	beta-	bisabolol
10	0.26	ar-	curcumene
8	0.13	beta-	curcumene
6	0.04	gamma-	curcumene
18	0.38		dihydro-alpha-santalol
25	1.70	(Z)-	lanceol
12	0.06	(E)-	nerolidol
26	1.10	(Z)-	nuciferol
14	2.90	alpha-	santalal
9	0.07	alpha-eka-	santalal
17	0.56	beta-	santalal
11	0.01	beta-eka-	santalal
2	0.82	alpha-	santalene
5	1.40	beta-	santalene
4	0.97	epi-beta-	santalene
21	0.56	(E)-alpha-	santalol
24	1.50	(E)-beta-	santalol
19	50.00	(Z)-alpha-	santalol
23	20.90	(Z)-beta-	santalol
22	4.10	epi-beta-	santalol
1	0.01		santene
27	1.20		spirosantalol
E. J. Brunke and F. J. Hammerschmidt, Constituents of East Indian Sandalwood Oil�An Eighty Year Long “Stability Test.” Dragoco Rept., (4) 107-113 (1988). P&F 16, No. 6, 49, (1991)