ISSN print edition: 0366-6352
ISSN electronic edition: 1336-9075
Registr. No.: MK SR 9/7

Published monthly

Author: Mikulášová

The malate dehydrogenase from Streptomyces aureofaciens: Purification and properties		355	–	355
D. Mikulasova, N. Mernik, and M. Kollarova		Vol. 52, SI
The malate dehydrogenase from Streptomyces aureofaciens		356	–	356
M. Kollarova, D. Mikulasova, and N. Mernik		Vol. 52, SI
Cytotoxic effects of 2,4-disubstituted 6H-5,1,3-benzothiadiazocines		574	–	574
M. Hazuchova, M. Mikulasova, and A. Gul'asova		Vol. 52, SI
Synthesis and some solution properties of block copolymer styrene acrylonitrile		235	–	242
V. Chrástová, D. Mikulášová, P. Citovický, and J. Schenkmayer		Vol. 42, 2
Influence of the type of activator and emulsifier on heterogeneously initiated polymerization of styrene		499	–	507
V. Chrástová, P. Citovický, D. Mikulášová, and J. Schenkmayer		Vol. 40, 4
Emulsion polymerization in the presence of inorganic material		475	–	483
D. Mikulášová, V. Chrástová, P. Citovický, and I. Hudec		Vol. 37, 4
Photoinitiated emulsion polymerization of styrene or methyl methacrylate in the presence of zinc oxide		485	–	494
I. Hudec, D. Mikulášová, P. Citovický, and V. Chrástová		Vol. 37, 4
Oxidized poly(vinyl chloride) as a heterogeneous initiator of emulsion polymerization		223	–	230
V. Chrástová, D. Mikulášová, and P. Citovický		Vol. 36, 2
Polymolecularity of the extremely high molecular mass polymer prepared by emulsion polymerization with a macromolecular initiator forming a heterogeneous phase		533	–	541
L. Šoltés, D. Mikulášová, J. Susla, and I. Hudec		Vol. 35, 4
Measurements of molecular characteristics of the extremely high molecular mass polystyrene in solution		543	–	549
L. Šoltés, D. Mikulášová, and I. Hudec		Vol. 35, 4
Role of polypropylene polyhydroperoxide in the emulsion polymerization of styrene and methyl methacrylate		186	–	193
D. Mikulášová, V. Chrástová, P. Citovický, and T. Fačková		Vol. 32, 2
Decomposition of peroxides of isotactic powdered polypropylene by hydroiodic acid		194	–	204
P. Citovický, I. Šimek, D. Mikulášová, and V. Chrástová		Vol. 32, 2
Influence of triethylenetetramine on the emulsion polymerization of styrene		205	–	210
V. Chrástová, D. Mikulášová, and P. Citovický		Vol. 32, 2
Iodometric determination of hydroperoxides of powdered isotactic polypropylene		342	–	350
P. Citovický, I. Šimek, D. Mikulášová, and V. Chrástová		Vol. 30, 3
Emulsion polymerization of styrene initiated by peroxides of powdered isotactic polypropylene in the presence of triethylenetetramine		802	–	809
P. Citovický, I. Šimek, D. Mikulášová, V. Chrástová, and J. Řezníček		Vol. 28, 6
Redox polymerization systems for the preparation of grafted polypropylene. I. Grafting of polypropylene with styrene in the presence of triethylenetetramine metal chelates		263	–	267
D. Mikulášová and P. Citovický		Vol. 27, 2
Redox polymerization systems for the preparation of grafted polypropylene. II. Grafting of polypropylene with vinyl or diene monomers in the presence of iron(2+) ion chelates		268	–	272
P. Citovický, D. Mikulášová, and V. Chrástová		Vol. 27, 2
Preparation of crystalline polychloroprene rubber		449	–	456
P. Citovický, D. Mikulášová, and V. Chrástová		Vol. 26, 5
The role of the emulsifier in grafting oxidized polypropylene by styrene in the presence of iron(II) sulfate and triethylenetetramine		605	–	609
P. Citovický and D. Mikulášová		Vol. 22, 8
Mechanism of action of the triethylenetetramine-ferrous sulfate system in grafting		37	–	42
D. Mikulášová and P. Citovický		Vol. 20, 1
Inoculation of polypropylene with styrene. I. Use of tri-ethylenetetramine-iron(II) redox system		614	–	619
D. Mikulášová and M. Gheorghiu		Vol. 18, 8
Inoculation of polypropylene with styrene. II. The optimum concentration of components of the redox system		620	–	628
I. Šimek, D. Mikulášová, and M. Gheorghiu		Vol. 18, 8
Polymerization of tetrasubstituted allylmethylsilanes. IV. Copolymerization of methyl methacrylate with triallylmethylsilane and tetraallylsilane		228	–	233
D. Mikulášová, J. Pavlinec, I. Šimek, and A. Hrivík		Vol. 13, 4
Polymerization of tetrasubstituted allylmethylsilanes. III. Kinetics of the polymerization of triallylmethylsilane and tetraallylsilane		32	–	36
A. Hrivík and D. Mikulášová		Vol. 12, 1
Polymerization of tetrasubstituted allylmethylsilanes. II. The mechanism of radical polymerization of allyltrimethylsilane		708	–	714
D. Mikulášová and A. Hrivík		Vol. 11, 12
The polymerization of tetrasubstituted allylmethylsilanes. I. Kinetics of the polymerization of allyltrimethylsilane and diallyldimethylsilane		641	–	650
D. Mikulášová and A. Hrivík		Vol. 11, 11
The preparation of allylmagnesium bromide		622	–	625
D. Mikulášová, A. Hrivík, and I. Šimek		Vol. 10, 10

Wednesday, October 30, 2024

© 2024 Chemical Papers