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Organic soluble

The 0X0 and aldol reactions may be combined if the cobalt catalyst is modified by the addition of organic—soluble compounds of 2inc or other metals. Thus, propylene, hydrogen, and carbon monoxide give a mixture of aldehydes and 2-ethylhexenaldehyde [123-05-7] which, on hydrogenation, yield the corresponding alcohols. [Pg.460]

Hydrolysis The process in which carbohydrates and starches are simplified into organic soluble organics, usually by facultative anaerobes. [Pg.616]

Polyacrylates are an industrially important class of polymers. The name polyacrylate is variously used to refer to polymers of acrylate esters [e.g., poly(methyl methacrylate)] as well as polymers of acrylic acids [e.g., poly(meth-acrylic acid)]. Because the former is organic soluble while the latter is not, chromatographic analysis of these two requires quite different conditions. This chapter discusses both types of polymers, separating their consideration when necessary. We will refer to both types of polymers as polyacrylates, letting the context indicate whether we are referring to an ester or to an acid polymer. [Pg.539]

The anion in KRu04 has a slightly flattened tetrahedral structure (Ru-O 1.73 A). Organic-soluble salts like Pr4NRu04 are selective mild oxidants that will oxidize alcohols to carbonyl compounds but will not affect double bonds [54a]. ESR indicates that Ru04 (g = 1.93 gy = 1.98 gz = 2.06) has a compressed tetrahedral geometry with the electron in dz2 [54b]. [Pg.18]

The most commonly used siloxane modifiers are those having phenyl, trifluoro-propyl and cyanopropyl substituents. Introduction of phenyl units into the polydimethylsiloxane backbone either in the form of methylphenylsiloxane or diphenyl-siloxane increases the thermal and oxidative stability, glass transition temperature and the organic solubility characteristics of the resulting copolymers. At low levels (5-10 percent by weight) of incorporation, bulky phenyl groups also break up the regularity of polydimethylsiloxane chains and inhibit the crystallization (Tc... [Pg.24]

A detailed study of the radiochemical reactions of phenylarsenic compounds has been published by Grossmann. Once again unable to effect isolation of all compounds, he was able, however, to get evidently reliable values for the sums of all compounds with one, two and three phenyl-arsenic bonds, respectively, as well as ionic arsenic and a further organic-soluble fraction which appeared to be a group of polymeric phenylarsenic compounds. Selected data from this work are given in Table 6. [Pg.72]

Two practical advantages of luminescence species engulfed in antenna dendrimer scaffolds are apparent, namely their miscibility with organic media (solvents or/and resins) and their ability to form thin films. For example the lanthanide-cored dendrimer complexes described in this chapter can be regarded as organic-soluble inorganic luminescers. [Pg.201]

The selectivity issue has been related to multi-phase processing [31]. Nitrations include both organic and aqueous phases. Oxidation to phenol as one side reaction takes places in the organic phase, whereas all other reactions occur in the aqueous phase and are limited by organic solubility. For this reason, enhancing mass transfer by large specific interfaces is a key to affecting product selectivity. [Pg.447]

Catalysis in Transacylation Reactions. The principal objective of the study was to evaluate 4 as an effective organic soluble lipophilic catalyst for transacylation reactions of carboxylic and phosphoric acid derivatives in aqueous and two-phase aqueous-organic solvent media. Indeed 4 catalyzes the conversion of benzoyl chloride to benzoic anhydride in well-stirred suspensions of CH2CI2 and 1.0 M aqueous NaHCC>3 (Equations 1-3). The results are summarized in Table 1 where yields of isolated acid, anhydride and recovered acid chloride are reported. The reaction is believed to involve formation of the poly(benzoyloxypyridinium) ion intermediate (5) in the organic phase (Equation 1) and 5 then quickly reacts with bicarbonate ion and/or hydroxide ion at the interphase to form benzoate ion (Equation 2 and 3). Apparently most of the benzoate ion is trapped by additional 5 in the organic layer or at the interphase to produce benzoic anhydride (Equation 4), an example of normal phase-... [Pg.205]

Figure 3.5 The organic-soluble carbodiimide DCC is often used to create amide bonds, especially between water-insoluble compounds. Figure 3.5 The organic-soluble carbodiimide DCC is often used to create amide bonds, especially between water-insoluble compounds.
Massaldi, H.A., King, C.J. (1973) Simple technique to determine solubilities of sparingly soluble organics solubility and activity coefficients of d-limonene, butylbenzene, and n-hexyl acetate in water and sucrose solutions../. Chem. Eng. Data 18,393-397. McAuliffe, C. (1963) Solubility in water of Q - C9 hydrocarbons. Nature (London) 200, 1092-1093. [Pg.401]

Equation (4.24) refers to clean water. Inorganic and organic soluble components in wastewater have an impact on the solubility ... [Pg.86]


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See also in sourсe #XX -- [ Pg.15 ]




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Analytical procedures soluble organic compounds

Aqueous Solubility and Henry’s Law Constants of Organic

Aqueous Solubility of Inorganic and Organic Compounds

Aqueous-based cleaning agents containing water soluble organic components

Calixarenes organic-soluble

Carbonaceous chondrites soluble organic compounds

Dissolved organic matter, water solubility

Enzymes organic solvent-soluble

Excipient water-soluble organic solvents

Fractionation soluble organic matter

Homogeneous Catalysts on Soluble Organic Supports

Iodine solubility, organic solvents

Iodine solubility, organic solvents solutions, colour

Iodine solubility, organic solvents water

Lipid-soluble organic compounds

Micro-organisms solubility

Molecular weight water-soluble organic matter

Onium salts, soluble supports, organic

Organic Matter, Soluble or in Suspension

Organic Soluble Samples

Organic Transistors Utilising Highly Soluble Swivel-Cruciform Oligothiophenes

Organic carboxylic acids, solubility

Organic compounds are more soluble in water as ions

Organic compounds solubility, aqueous at high temperature

Organic compounds, aqueous solubility

Organic compounds, aqueous solubility enhancement

Organic molecules solubility

Organic pollutant , water solubility

Organic pollutant , water solubility matter

Organic solid , solubility

Organic solid mixtures, solubility

Organic solvent-soluble components of tobacco identified post

Organic synthesis on soluble polymeric supports

Organic-Solvent-Soluble Chiral Polythiophenes

Organic-soluble PPV derivatives

Organics, solubility activity)

Organics, solubility description

Organics, solubility group contribution methods

Organics, solubility measurements

Organics, solubility melting temperatures

Organics, solubility regular solution theory

Organics, solubility schematics

Organics, solubility thermodynamic concepts

Other Soluble Multivalent Supports in Organic Synthesis

Oxidants, water-soluble organic matter

Plastics Soluble or Swellable in Organic Solvents

Polymer solubility, in organic solvents

Polymers organic solvent solubility

Prediction of Organic Crystal Structure, Thermodynamics, and Solubility

Separation techniques soluble organic compounds

Solid-phase extractions water-soluble organic matter

Solubilities of Organic Compounds in Aliphatic Amines at

Solubilities of organic compounds

Solubilities of organic compounds in reaction solvents

Solubilities of organic liquids

Solubility Curves of Inorganic and Organic Substances

Solubility and Acid-Base Properties of Organic Substances

Solubility and Aggregation of Natural Organics

Solubility enhancement of organic

Solubility in Organic Materials

Solubility in organic acids

Solubility in organic liquids

Solubility in organic solvents

Solubility of CO2 in organic solvents

Solubility of Organic Compounds Pressurized Hot Water

Solubility of Organic Compounds in Pressurized Hot Water

Solubility of Organic Compounds in Water

Solubility of Organic Molecules in Water Using a Surface Tension—Cavity Model System

Solubility of organic acids

Solubility of organic molecules

Solubility of organic substances

Solubility of organics

Solubility organic

Solubility organic

Solubility organic compounds

Solubility organic compounds in water

Solubility organic compounds in water at high

Solubility organic solvents

Solubility organic substances

Soluble Organic Matter

Soluble organic content

Soluble organic fraction

Soluble organic fraction diesel exhaust

Soluble organic fraction oxidation

Soluble organic fraction selective, oxidation

Soluble organic phosphate

Soluble organic pollutants

Soluble organic solvent

Synthesis and Characterization of New Highly Soluble Organic Polyimides

The Solubility Behavior of Organic Compounds

The solubilities of organic compounds

Transfer of Organically Soluble Gold Nanoparticles to Water

Water solubility of organic compounds

Water solubility of organic pollutants

Water soluble organic compounds

Water soluble organic compounds WSOCs)

Water, solubility in organic solvents

Water-soluble organic carbon

Water-soluble organic carbon atmospheric aerosols

Water-soluble organic dyes

Water-soluble organic matter

Water-soluble organic matter chemical characterization

Water-soluble organic matter properties

Water-soluble organic solvents

Water-soluble organics

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