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Water mineral oil

Nitrile (NBR) Oil resistant Fat resistant Food stuffs Mineral oil Water Oxidants Acids Aromatics Alkalies Alcohols... [Pg.1084]

Mineral oil Water-in-oil emulsion Water- glycol Phosphate ester... [Pg.864]

Using the mineral oil-water partition coefficient to estimate the partition coefficient between the stratum corneum lipid and protein phases, and using a fixed value of Dprot = 2 x 10-7 cm2/s, Eq. 35 showed a remarkable agreement with experimental data for a value of Aip/ prot of 2 x 10-3. Unfortunately, data... [Pg.472]

Another advantage of nitrile rubbers that contain PVC combinations is that they are non toxic and not influenced by mineral oils. Water vapor permeability is also good. [Pg.98]

The ability of lanolin alcohols to deliver active substances to the skin is partly due to their surface activity.15 Lanolin alcohols, which contain a high proportion of cholesterol, have a high surface activity and are able to reduce the interfacial tension of a mineral oil-water system from 52.5 to 5.0 dyn/cm.8,53 Even at low levels, cholesterol can reduce the interfacial tension of emulsions and dispersed systems.8,54... [Pg.314]

Cooling Bath Use a 2000-mL beaker or a similar, suitable container as a cooling bath. Fill it with an appropriate cooling medium such as glycerin, mineral oil, water, water and ice, or alcohol-dry ice. [Pg.847]

The molecule Ij dissolves in the mineral oil, but the ion 1 does not. The ion I" dissolves in water but not in mineral oil. Water, a polar molecule, is attracted to the ion I, builds a cage around it, and pulls I" into the water solution (otherwise known as aqueous solution). The molecule I2 has no polar end to attract water molecules, so the water molecules are more attracted to each other and squeeze I2 out of solution. The mineral oil accepts I2 because mineral oil is a nonpolar molecule and has no cagebuilding propensities. Earlier we said that salts were formed when positive ions are attracted to negative ions and that these materials form a bond. Now we need to add that this type of bond is, specifically, an ionic bond. This special designation is necessary because not all materials are salts and not all chemical bonds are ionic. The bonding that occurs in non-salty materials, such as I2, is called covalent. The differences between the types of bonding and the materials they produce deserve a chapter of their own, such as the one that follows. [Pg.108]

Melting point 128-132°C Partition coefficients Mineral oil water = 0.043 at 22-24°C ... [Pg.76]

Mineral oils Water monitoring Quality assurance Interlaboratory comparison... [Pg.107]

This chapter focuses on the future trends and shape of the chemical industry. Although chemical manufacture is only part of the process industry as a whole, the basic trends also apply to other areas such as minerals, oil, water and food processing. [Pg.41]

Inscut. [Toho Chem. Industiy] Paraffin-type mineral oil water-insoluble cutting oil. [Pg.183]

Figure 12. Light micrographs of fibers from diquaternary ammonium cellulose (3.46% N) prepared non-aqueously from DEAE and diiodo-pentane. Fibers immersed in mineral oil, water, and 0.5 M cupri-ethylenediamine are shown in top, middle, and bottom micrographs, respectively. Figure 12. Light micrographs of fibers from diquaternary ammonium cellulose (3.46% N) prepared non-aqueously from DEAE and diiodo-pentane. Fibers immersed in mineral oil, water, and 0.5 M cupri-ethylenediamine are shown in top, middle, and bottom micrographs, respectively.
Him tested animal and vegetal oil like sperm, olive and rape oils but also mineral oil, water and air. He discovered the effect of running-in upon bearing friction and further pointed out that lubricated bearings must be run continuously for a certain time before an equilibrium friction torque, lower than the initial one is reached. He found that two different regimes exist, the direct contact called... [Pg.28]

Non-solvent diluted alkalies and ads, hydrocarbons, mineral oils, water, organic solvents ... [Pg.30]

Low dusting grades of Thermoguard antimony oxide and CPA are achieved by wetting with a variety of liquids such as mineral oil, water, OOP, DIDP and liquid chlorinated paraffins. [Pg.59]


See other pages where Water mineral oil is mentioned: [Pg.320]    [Pg.279]    [Pg.253]    [Pg.79]    [Pg.166]    [Pg.517]    [Pg.522]    [Pg.527]    [Pg.587]    [Pg.268]    [Pg.119]    [Pg.390]    [Pg.194]    [Pg.181]    [Pg.141]    [Pg.656]    [Pg.182]    [Pg.450]    [Pg.538]    [Pg.273]   
See also in sourсe #XX -- [ Pg.266 ]




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Water minerals

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