Bulgarian

Sometimes a skilled peifumei detects a sandalwood-musky note in authentic Bulgarian otto of rose. This note has been identified (11) as the trace iagredient, 7-methoxy-3,7-dimethyl-2-octanol [41890-92-0] (17), which has been commercially available for some time as Ossyrol (trademark of Bush, Boake, Aken Inc). This compound had never before been identified ia nature, but demonstrates how, sometimes, synthetic fragrance chemists can anticipate nature. [Pg.301]

Bulgarian Academy of Sciences, Institute of Organic chemistry,... [Pg.96]

Permanent address Central Laboratory of Photopro-ces.ses, Bulgarian /vcademy of Sciences, 1040 Sofia, Bulgaria. [Pg.169]

ANDREY MILCHEV Institute for Physical Chemistry, Bulgarian Academy of Sciences, Sofia, Bulgaria... [Pg.509]

The author is indebted to J. Wittmer and Y. Rouault for valuable contributions to this work. This work was supported by the Bulgarian Scientific Foundation, Grant No. X-644/1996, and by the National Science Foundation of USA, Grant No. INT-940518. [Pg.549]

Bulgarian Ministry of Environment and Water, 281 BULLET , alachor, 28 Burdick Jackson, 220, 232... [Pg.324]

Adulteration of Bulgarian otto of rose is so common as to render it a matter of the highest iniporlance to purchase this expeusivu product from dealers of tiqiuie. as the adult -iaiioii practised h-as Ijeen raised to... [Pg.392]

Phenyl i-ibyl alcohol has recentlv beeii shown to he a normal constituent of otto of rose, but it appears to he mostly, if not entirely lust or dsstroveil by the Bulgarian method of rlisiillation. Nerol ifi also present in small amount as well as, probably, faroesol. a sesquiterpene alcohol CijH.,0, present in oil of cassie flowers. Eiigeuol, linalol, and nonyliu aldehyde arc also present in traces. [Pg.405]

Bulgarian Academy of Sciences 1113 Sofia, Bulgaria (Section 6.7.4.1)... [Pg.27]

Balinova AM, Mondesky M. 1999. Pesticide contamination ground and surface water in Bulgarian Danube Plain. J Environ Sci Health B 34(l) 33-46. [Pg.276]

Bulgarian Academy of Sciences, Institute of Organic Chemistry with Phytochemistry, 95 V. Aprilov Str., P. O. Box 27, LB AS - Plovdiv, Bulgaria 4002... [Pg.679]

Bulgarian Academy of Sciences, Institute of Microbiology, acad. G. Bontchev Str. 26, Sofia, Bulgaria 1113... [Pg.679]

Angelov ChM, Stoianov NM, Kirilov M, Vasilev GN, Dimcheva ZP (1978) Bulgarian Patent 25139 8... [Pg.61]

Dr. Ilia Iliev was from the generation of Bulgarian scientists who entered the professional life in the late 50s. Broth in by the excitement of the physics in the mid-twentieth century and the growth of the post-WWII Eastern Europe, Ilia Iliev changed fields and become one of the key developers of the metal-air systems at the Central Laboratory of Electrochemical Power Sources, Bulgarian Academy of Sciences. [Pg.109]

The high capacity, low power zinc-air cells from the types ZV500 and ZV3000 are used as a power supply of navigation buoys in Baltic see for more than 10 years. Batteries from these cells operate for more than 1 year continuously. Zinc-air cells from the same types are successfully used in Bulgarian Himalayan expeditions (Lhotze 1981, Everest 1984 and Anapuma 1986) as power supply of the telecommunication system and electric light at the base camp. It must be underlined that in these cases the zinc-air cells... [Pg.152]

Marinova D and Ribarova F. 2007. HPLC determination of carotenoids in Bulgarian berries. J Food Comp Anal 20 370-374. [Pg.216]

Kotev G., DSc Work, Military Medical Academy, Sofia, 1973. ( in Bulgarian ). [Pg.13]

HI-6 of Bulgarian production has proved its low toxicity and high efficacy [10],... [Pg.105]

Figure 2. Decontamination system. Bulgarian crisis intervention team. European Disaster Response Exercise, Austria, October 2004...

The aim of this research was to determine decontamination ability of the new camouflage garment of the Bulgarian Army with applied methods and means and to access the influence of the decontamination on physicomechanical characteristics of the camouflage garment. [Pg.184]

Svetleva D, Pereira G, Carlier J, Cabrita L, Leitao J, Genchev D (2006) Molecular characterization of Phaseolus vulgaris L. genotypes included in Bulgarian collection by ISSR and AFLP analyses. Scientia Horticulturae 109 198-206... [Pg.187]

Tasev T, Toleva P, Balabanova V. (1969). [Neurophysical effect of Bulgarian essential oils from rose, lavender, and geranium]. Folia Med (Plovdiv). 11(5) 307-17. [Pg.502]

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