cedrus_atlantica_endl._manetti
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cedrus_atlantica_endl._manetti [2015/06/13 09:37] – Externe Bearbeitung 127.0.0.1 | cedrus_atlantica_endl._manetti [2018/11/08 21:14] (aktuell) – andreas | ||
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- | Cedrus atlantica (Endl.) Manetti - syn. Cedrus libani subsp. atlantica (Endl.) Batt. & Trab.; Pinus atlantica Endl. - Pinaceae \\ | + | Cedrus atlantica (Endl.) Manetti - syn. Cedrus libani subsp. atlantica (Endl.) Batt. & Trab.; Pinus atlantica Endl. - Pinaceae \\ |
Atlas cedar, **Atlas-Zeder** | Atlas cedar, **Atlas-Zeder** | ||
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[Essential oil components in sawdust of Cedrus atlantica from Morocco. Chalchat, J. C., Garry, R. P., Miehet, A., Benjilali, B., Journal of Essential Oil Research, Vol.6(3), 1994, 323-325] | [Essential oil components in sawdust of Cedrus atlantica from Morocco. Chalchat, J. C., Garry, R. P., Miehet, A., Benjilali, B., Journal of Essential Oil Research, Vol.6(3), 1994, 323-325] | ||
- | {{: | + | "The yield and the chemical composition of Atlas cedarwood oil produced by two distillation modes and seven sample origins were determined. Steam distillation and hydrodistillation gave approximately the same yield (2.5-2.6 ml/100g). The samples from Adrej, Tounfite, Tamjilt and Ajdir gave the highest oil yields. The major constituents in the essential oil were α-himachalene (7.4-16.4%), γ-himachalene (5.1-8.6%), [[https:// |
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- | "The yield and the chemical composition of Atlas cedarwood oil produced by two distillation modes and seven sample origins were determined. Steam distillation and hydrodistillation gave approximately the same yield (2.5–2.6 mL/100g). The samples from Adrej, Tounfite, Tamjilt and Ajdir gave the highest oil yields. The major constituents in the essential oil were α-himachalene (7.4–16.4%), γ-himachalene (5.1–8.6%), [[https:// | + | |
[Analysis of Moroccan Atlas Cedarwood Oil (Cedrus atlantica Manetti). Aberchane, M., Fechtal, M., & Chaouch, A., Journal of Essential Oil Research, Vol.16(6), 2004, 542-547] | [Analysis of Moroccan Atlas Cedarwood Oil (Cedrus atlantica Manetti). Aberchane, M., Fechtal, M., & Chaouch, A., Journal of Essential Oil Research, Vol.16(6), 2004, 542-547] | ||
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+ | Major constituents of a commercial essential oil were β-himachalene (42.7%), α-himachalene (15.1%), γ-himachalene (9.5%), and (E)-α-atlantone (4.1%). Minor components were (Z)-α-atlantone (0.8%), (E)-γ-atlantone (1.0%), (4R, | ||
+ | [Nam, A-M. Contribution de la RMN 13C à l' | ||
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+ | In a GC-O investigation on Moroccan Atlas cedarwood essential oil following the AEDA methodology, | ||
+ | 4-acetyl-1-methylcyclohexene (Atlas cedarwood-like), | ||
+ | [Nicolas Baldovini, Jean-Jacques Filippi, „Natural Fragrant Raw Materials“ in: Buettner, Andrea, ed. Springer Handbook of Odor. Springer, 2017, 49-50; lit. cit.] \\ | ||
+ | [Uehara, Ayaka, et al. " | ||
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[[http:// | [[http:// | ||
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+ | {{http:// | ||
+ | Cedrus atlantica ' | ||
+ | [[http:// |
cedrus_atlantica_endl._manetti.1434188258.txt.gz · Zuletzt geändert: 2016/02/10 22:21 (Externe Bearbeitung)