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Methyl acrylate, from

Furthermore, regioselectivities89 as well as the diastereofacial selectivities90,91 may be increased in the presence of Lewis acids (Table 8). For instance, AICI3 OEt2 improves the ewrfo-selectivity of the reaction of cyclopentadiene and methyl acrylate from 82% to 98%87. The astonishing rate accelerations, the improved yields and higher selectivities make the Lewis acid catalysed Diels-Alder reaction one of the most important organic reactions. [Pg.1045]

Reagent grade methyl acrylate from Fisher Scientific Company,... [Pg.28]

Matheson and co-workers huve measured tlic densilv of methyl acrylate from U)°C to 50JCW and methyl methacrylate from (TC to 7.VC.,Ufc The room temperature densities ol the other two compounds have been reported in the literature.,u0- 11,1 The densities of all four compounds have been extended to the critical point with the modified Racket< cqua-uun.1 ... [Pg.68]

Figure 12.4 The dielectric loss in the frequency domain, at different temperatures, for poly(methyl acrylate). (From Ref. 6.)... Figure 12.4 The dielectric loss in the frequency domain, at different temperatures, for poly(methyl acrylate). (From Ref. 6.)...
Problem 27.4 The following compounds are of great industrial importance for the manufacture of polymers acrylonitrile (for Orion), methyl acrylate (for Acryloid), methyl methacrylate (for Lucite and Plexiglas). Outline a possible industrial synthesis of (a) acrylonitrile from ethylene (b) methyl acrylate from ethylene (c) methyl methacrylate from acetone and methanol. [Pg.867]

SCHEME 6.14 Formation of methyl acrylate from ethene and a preformed Pd metallocarboxylate model reaction for catalytic synthesis of acrylates. [Pg.267]

Fig. 11. Separation of a mixture of three statistical poly(styrene-co-methyl acrylate)s by gradient HPLC stationary phase silica gel mobile phase carbon tetrachloride-methyl acetate sample composition 42% (A), 52% (B), 74% (Q methyl acrylate. (From [34] with permission)... Fig. 11. Separation of a mixture of three statistical poly(styrene-co-methyl acrylate)s by gradient HPLC stationary phase silica gel mobile phase carbon tetrachloride-methyl acetate sample composition 42% (A), 52% (B), 74% (Q methyl acrylate. (From [34] with permission)...
Problem 11.11 Write the structures of chain end functionalized polymers obtained by ATRP of styrene and methyl acrylate from the following functionalized initiators (I) ... [Pg.608]

Fig. 2. Ultimate tensile strength of starch- -poly(methyl acrylate) from Dennenberg et al. as functions of poly-(methyl acrylate) content and molecular weight of the grafted side chains. Homopolymer is retained in the samples. Fig. 2. Ultimate tensile strength of starch- -poly(methyl acrylate) from Dennenberg et al. as functions of poly-(methyl acrylate) content and molecular weight of the grafted side chains. Homopolymer is retained in the samples.
Bruckmeier C, Lehenmeyer MW, Reichardt R, Vagin S, Rieger B (2010) Formation of methyl acrylate from CO2 and ethylene via methylation of nickelalactones. Organometallics 29 2199-2202... [Pg.178]

When the enamine below reacts with methyl acrylate, the ester group is oriented below the plane of the page. So, approach by the electrophile from the back face of the ring is hindered, resulting in the S enantiomer being the minor product. In contrast, since the approach of methyl acrylate from the top face of the ring is unimpeded by this substituent, the R enantiomer is the major product. [Pg.907]


See other pages where Methyl acrylate, from is mentioned: [Pg.108]    [Pg.171]    [Pg.121]    [Pg.555]    [Pg.130]    [Pg.646]    [Pg.441]    [Pg.40]    [Pg.535]    [Pg.119]    [Pg.102]   


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