Abstract
The main objective of the present contribution is on the one side to show the diagnostic potentiality offered by the use of chiral monomers and on the other side to discuss relationships between stereochemistry at the prochiral face and side chain in the monomer.
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Abbreviations
- (R)(S)4MH:
-
is racemic 4 methyl-l-hexene
- (R)(S)3MP:
-
is racemic 3-methyl-1 -pentene
- (R)(S)DMO:
-
is racemic 3,7-dimethyl-l-octene
- (S)3MP:
-
is optically active (5)-3-methyl-1-pentene
- (R)(S)3MR :
-
is racemic 3-methyl-1-hexene
- EB:
-
is “internal” Lewis base
- EB:
-
is “external” Lewis base
- EtB:
-
is ethyl benzoate
- PC:
-
is p-cresol
- MT:
-
is p-methyl toluate
- (-)MtB:
-
is (-)-menthyl benzoate
- (-)MA:
-
is (-)-menthyl anisate
- (-)MtP:
-
is (-)-dimenthyl terephthalate
- MP:
-
is dimethyl terephthalate
- EA:
-
is ethyl anisate
- TEA:
-
is triethylaluminium
- TIBA:
-
is triistfbutylaluminium
- PMA:
-
is (R)-N, N-diethyl-α-phenylethylamine
- PIN:
-
is(-)-α-pinene
- MtA:
-
is(-)menthyl acetate
- (S)2MBP:
-
is bis[(S)-2-methylbutyl] phthalate
- PES:
-
is phenyltriethoxysilane
- [α]D25 :
-
is specific optical rotation
- D763 and D732 :
-
are the optical densities of the IR bands
- Pp = Pm(l—C)/C, where Pm :
-
is the optical purity of the non-polymerized monomer and C is the conversion
- Pp :
-
is the optical purity of polymerized monomer
- E = Pp/([B*]/[Ti]) (%), where [B*]:
-
is the concentration of optically active Lewis base in the catalyst
- R p (R)/R p (S) :
-
is the ratio of the polymerization rates of (R)- and (S)- enantiomer of the monomer, respectively
- CW:
-
catalyst = MgCl2/ IB/PC/AlEt3/TiCl4/Al(iBu)3-EB
- CH:
-
type catalyst was obtained from a soluble MgCl2-ROH adduct
- MAO:
-
is methylalumoxane
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Ciardelli, F., Carlini, C., Altomare, A. (1995). Enantiomorphic Sites and Stereospecific Polymerization of Chiral 1-Olefins. In: Fink, G., Mülhaupt, R., Brintzinger, H.H. (eds) Ziegler Catalysts. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-79136-9_26
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