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Olives

Used medicinally as a carminative and stimulant. It is injected in olive oil solution in cases of circulatory collapse. It is a popular remedy for colds and is a constituent of many lina-ments. Camphorated oil is 20% solution in olive oil. [Pg.78]

Cobali [[) oxide, CoO. Olive green solid (heat on Co(OH)2 or cobalt(Il) oxyacid salt in absence of air) with NaCl structure. [Pg.104]

Castile soap is manufactured from olive oil, transparent soap from decolorized fats and liquid green soap from KOH and vegetable oils. Soaps are sometimes superfatted in that they contain some free fatty acid. [Pg.362]

Most of the trichloroethylene produced is used for metal degreasing. Other important uses are in the scouring of wool and as an extractive solvent, e.g. for olive and soya bean oils. Minor uses are as a heat transfer medium, anaesthetic, insecticide and fumigant, paint remover and fire extinguisher. [Pg.404]

It is quite clear, first of all, that since emulsions present a large interfacial area, any reduction in interfacial tension must reduce the driving force toward coalescence and should promote stability. We have here, then, a simple thermodynamic basis for the role of emulsifying agents. Harkins [17] mentions, as an example, the case of the system paraffin oil-water. With pure liquids, the inter-facial tension was 41 dyn/cm, and this was reduced to 31 dyn/cm on making the aqueous phase 0.00 IM in oleic acid, under which conditions a reasonably stable emulsion could be formed. On neutralization by 0.001 M sodium hydroxide, the interfacial tension fell to 7.2 dyn/cm, and if also made O.OOIM in sodium chloride, it became less than 0.01 dyn/cm. With olive oil in place of the paraffin oil, the final interfacial tension was 0.002 dyn/cm. These last systems emulsified spontaneously—that is, on combining the oil and water phases, no agitation was needed for emulsification to occur. [Pg.504]

The adsorption isotherms are often Langmuirian in type (under conditions such that multilayer formation is not likely), and in the case of zeolites, both n and b vary with the cation present. At higher pressures, capillary condensation typically occurs, as discussed in the next section. Some N2 isotherms for M41S materials are shown in Fig. XVII-27 they are Langmuirian below P/P of about 0.2. In the case of a microporous carbon (prepared by carbonizing olive pits), the isotherms for He at 4.2 K and for N2 at 77 K were similar and Langmuirlike up to P/P near unity, but were fit to a modified Dubninin-Radushkevich (DR) equation (see Eq. XVII-75) to estimate micropore sizes around 40 A [186]. [Pg.663]

Nadimi S, Oliver S, Kuperman A, Lough A, Ozin G A, Garces J M, Olken M M and Rudolf P 1994 Nonaqueous synthesis of large zeolite and molecular sieve crystals Stud. Surf. Sol. Catal. 84 93-100... [Pg.2792]

Olle Edholm, Oliver Berger, and Fritz Jahnig. Structure and fluctuations of bacteriorhodopsin in the purple membrane. J. Mol. Biol., 250 94 111, 1995. [Pg.94]

Peter Deuflhard , Michael Dellnitz, Oliver Junge, and Christof Schiitte ... [Pg.98]

This section was written by Oliver Sacher, Computer-Chemie-Centrum, Universitat Erlangen-Ntimberg, NagelsbachstraSe 25, 91052 Erlangen, Germany. [Pg.290]

Tutorial Application of a Kohonen Network for the Classification of Olive Oils using ELECTRAS [9]... [Pg.458]

In this example, a Kohonen network is used to classify Italian olive oils on the basis of the concentrations of fatty acids they contain. [Pg.458]

Figure 9-20. Left Kohonen map showing the projection ofthe olive oil samples. Middle Map of Italy showing the regions of origin for the olive oils, Right Key giving the regions and their codes,... Figure 9-20. Left Kohonen map showing the projection ofthe olive oil samples. Middle Map of Italy showing the regions of origin for the olive oils, Right Key giving the regions and their codes,...
Bangov, Ivan, bangov mol-net.de Pfbrtner, Matthias, pfoertner m ol-net. de Sacher, Oliver, sacher mol-net.de Schwab, Chiistof, schwab mol-net.de... [Pg.673]

Dimethylaniline. Yellow, changing through olive green to a deep green. On... [Pg.523]

Sodium on the skin. If a small solidified fragment of sodium can still be seen, remove it carefully with forceps. Wash thoroughly with water, then with 1 per cent, acetic acid, and finally cover with gauze soaked in olive oil or acriflavine jelly. [Pg.1131]

Interesting note, using CuCk for the first time.. NO OLIVE GREEN color appeared. Stayed slightly yellow -dark brown... All the way through the rxn. Never came close to Green (light, dark or olive). When rxn finished solution was very dark reddish-brown, even when acid washed it stayed dark reddish brown. [Pg.72]

When the groups on either end of a double bond are the same or aie shuctuially sum lar to each other it is a simple matter to describe the configuration of the double bond as CIS or trans Oleic acid for example a compound that can be obtained from olive oil has a CIS double bond Cmnamaldehyde responsible for the characteristic odor of cm namon has a trans double bond... [Pg.193]

Fatty Oil Hydrometer. The graduations on this hydrometer are in specific gravity within the range 0.908 to 0.938. The letters on the scale correspond to the specific gravity of the various common oils as follows R, rape O, olive A, almond S, sesame HL, hoof oil HP, hemp C, cotton seed L, linseed. See also Oleometer below. [Pg.141]

Olive oil [8001-25-0] Olive oil solubility Olives Olive tree Olivine... [Pg.701]

J. W. Grisard and G. D. Oliver, The Hapor Pressure and Heat Hapori ation of Bromine Trifluoride, R-25, Plant Report R-766, U.C.C. Nuclear Co., Oak Ridge, Term., June 8, 1951. [Pg.188]

Table 10. Narcotic Potency and Solubility in Olive Oil of Some Metabolically Inert Gases ... Table 10. Narcotic Potency and Solubility in Olive Oil of Some Metabolically Inert Gases ...
Cl Vat Black 25 is prepared from dibromoben2anthrone (74) and (17) by a similar route. This dye is known as Tndantbrene Olive T. [Pg.328]


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Abscission olives

Activity on olive oil

Afferent connections of the inferior olive

Alcoholysis of olive oil

An Ointment for Your Throat The Secrets of Olive Oil

Analysis of Olive Oils

Armin de Meijere and Oliver Reiser 11 Palladium-Catalyzed Carbozincation

Authentication of olive oil

Autumn-olive

Baeyer-Villiger Reaction arsten Bolm, Oliver Beckmann

Benzo-olive

Bitter olive

Black walnut autumn-olive

Central inferior olive

Cloudy olive oil

Cromwell, Oliver

Crude olive pomace oil

Dorr-Oliver

Dorsal accessory olive

Eating Olives

Eucommia ulmoides oliv

Extra virgin olive oil

Extra-virgin olive oils phenolic antioxidants

Extra-virgin olive oils, adulteration

Fat Olive oil

Fatty acid composition olive

Fatty acids in olive oil

Feltham, Oliver

Fine virgin olive oil

Food analysis olive oils

Goldsmith, Oliver

Hans-Giinther Schmalz and Oliver Geis 4 Palladium-Catalyzed Double arbonylation Reactions

Hart, Oliver

Heaviside, Oliver

Holmes, Oliver Wendell

Inferior olive

Inferior olive afferents

Inferior olive axon terminals

Inferior olive climbing fiber origin

Inferior olive dorsal accessory subnucleus

Inferior olive medial accessory subnucleus

Inferior olive olivocerebellar projection

Inferior olive principal subnucleus

Inferior olive projection

International Olive Oil Council

Lampant virgin olive oil

Lampante virgin olive oil

Lodge, Oliver

Lowry, Oliver

Manuel, Oliver

Marketing standards for olive oil

Microwaves in Organic and Medicinal Chemistry. C. Oliver Kappe, Alexander Stadler

Mount of Olives

Neutralized olive oil

North, Oliver

Oils, Edible: Olive

Oils, olea olive

Oilseeds Olive

Oleic Acid from Olive Oil

Olive Family

Olive Green

Olive Green Mold)

Olive Oil Components

Olive adulteration

Olive analysis

Olive biophenols

Olive biophenols extraction

Olive cake

Olive components

Olive composition

Olive constituents

Olive consumption

Olive culture

Olive detection

Olive extra virgin

Olive extraction

Olive fatty acid distribution

Olive flounder

Olive fly pheromone

Olive fruit

Olive fruit extract

Olive fruit fly

Olive fruit, ripening

Olive glycerides

Olive harvesting

Olive kernels

Olive leaves

Olive lipids

Olive liquid

Olive mechanism

Olive mills wastewaters

Olive odorant

Olive oil

Olive oil analysis

Olive oil antiatherosclerotic effect

Olive oil antioxidant activity

Olive oil aroma

Olive oil authentication

Olive oil authenticity

Olive oil bioavailability

Olive oil biological activity

Olive oil cardiovascular effect

Olive oil categories

Olive oil classification

Olive oil consumption

Olive oil effect on LDL oxidation

Olive oil effect on nitric oxide metabolis

Olive oil emulsion

Olive oil fatty acids

Olive oil hydrocarbons from

Olive oil industry wastes

Olive oil influence of cultivar

Olive oil mill wastewater

Olive oil phenols from

Olive oil polyphenols

Olive oil processing

Olive oil prooxidant effects

Olive oil refining

Olive oil squalene

Olive oil sterols from

Olive oil tocopherols from

Olive oil triterpenes from

Olive oil volatile components

Olive oil volatiles

Olive oil, composition

Olive oil, partition coefficients

Olive oil-water, interfacial tension

Olive oils phenolic substances

Olive oleanolic acid

Olive packing

Olive phenols

Olive pits

Olive plant

Olive plant leaves

Olive pollen

Olive polymorphism

Olive pomace

Olive processing

Olive production

Olive production data

Olive protective effects

Olive quality

Olive quality difference, analysis

Olive refined

Olive residue oil

Olive squalene

Olive sterol

Olive storage

Olive tail moment

Olive tocopherol content

Olive tree

Olive tree European

Olive unsaponifiable component

Olive virgin

Olive wastewater

Olive, Olea

Olive, alkali treatment

Olive, fermentation

Olive-oil extraction

Olive-pomace oil

Oliver

Oliver

Oliver Lodges Experiment

Oliver Powder

Oliver Reiser 10 Carbopalladation via Palladacyclopropanes and Palladacyclopropenes

Oliver Twist

Oliver Wight

Oliver filter

Oliver precoat filter

Oliver, George

Oliver, Mary

Oliver, Mike

Oliver, Philip

Oliver, Stephen

Oliver-Pharr method

Oliver-Pharr model

Oliver’s flameless Dynamite

Olives and Olive Oil

Olives preparations from

Olives studies

PDMS in Olive Oil and Wine

Pure olive oil

Refined olive oil

Refined olive pomace oil

Refining olive oil and

Review of olive oil classification and labelling

Sacks, Oliver

Semifine virgin olive oil

Sicilian extra virgin olive oils

Skinner, Oliver

Smithies, Oliver

Squalene, extraction from olive

Sterols, in olive oil

Stone, Oliver

The Deacons Masterpiece, BY OLIVER WENDELL HOLMES

Total Fat Extraction from Olives

Townsend, Oliver

Uvaria cucuminata Oliv

Vegetable oils olive oil

Virgin olive oil

Waxes and olive-residue oil

Why Is Some Olive Oil Designated as Extra Virgin

Wine and Olive Oil

With olive oil and

Wright, Oliver

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