Polimery | Polimery

Application of ion bombardment to modify tribological properties of elastomers

D. M. Bieliński U. Ostaszewska J. Jagielski

416-422

2021-08-27

Application of corona treatment to modify the surface layer of textile polimer materials. Analysis of the issue, design of equipment, and preliminary studies

S. Brzeziński M. Żenkiewicz S. Połowiński D. Kowalczyk I. Karbownik S. Lutomirski G. Malinowska

421-429

2022-08-18

Modification of polyethylene by high energy ion or electron beam - structural, micromechanical and conductivity studies of the surface layer

D. M. Bieliński C. Ślusarczyk J. Jagielski P. Lipiński

329-335

2022-08-26

Autocatalytic metallization of polylactide

K. Moraczewski R. Malinowski P. Rytlewski M. Żenkiewicz

492-500

2015-08-30

Possibilities of using plasma techniques of surface engineering for modification of polymer membranes

J. Kacprzyńska-Gołacka A. Kowalik-Klimczak J. Skowroński P. Rajewska P. Wieciński J. Smolik

353-361

2021-01-13

Selected methodological problems in measuring the adhesive properties of surface layer

J. Kuczmaszewski

792-798

2022-09-19

Corona discharge in an air as a method of modification of polymeric materials' surface layers

M. Żenkiewicz

3-13

2022-08-23

Characterization of physicochemical properties of the inorganic components in the "core-shell"-structured in polymer mixtures. Part II. The systems obtain pyrogenic silica

M. Zaborski T. Paryjczak A. Kaźmierczak J. Albińska

201-207

2022-09-18

Elastomer-to-metal bonding

W. M. Rzymski M. Włóka T. Grzeżółkowska-Rosiak

530-536

2022-09-01

FT-IR ATR spectra and nanohardness measurements as used to follow the progress in photocuring of polyester resins

D. Bieliński P. Głąb L. Ślusarski

494-500

2022-09-19

Modification of polymers with the application of ion beam bombardment. Part I. History, recent developments, and perspectives for development

D. Pieczyńska U. Ostaszewska D. M. Bieliński J. Jagielski

439-451

2011-06-30

Parameters characterizing optotelecommunication cable and its innerduct interaction

T. Klepka

192-201

2022-09-19

Laser modification of polymeric materials. Part II. Chemical reactions induced by laser beam

P. Rytlewski M. Żenkiewicz

404-410

2022-08-26

Autocatalytic electroless copper plating of polymeric materials

M. Żenkiewicz K. Moraczewski P. Rytlewski M. Stepczyńska B. Jagodziński

371-379

2021-01-15

Antimicrobial polyester fibers containing silver ions. Part I. Fibers modification

A. Karaszewska J. Bucheńska

668-673

2010-09-30

Conductive polymers containing phenothiazine units in the main chains

M. Łapkowski S. Golba J. Żak A. Stolarczyk J. Sołoducho J. Doskocz W. W. Sułkowski M. Bartoszek

255-260

2009-04-20

Physical properties and application of polyamide 12

G. Lewandowski E. Rytwińska E. Milchert

829-835

2022-08-30

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Application of ion bombardment to modify tribological properties of elastomers

Application of corona treatment to modify the surface layer of textile polimer materials. Analysis of the issue, design of equipment, and preliminary studies

Modification of polyethylene by high energy ion or electron beam - structural, micromechanical and conductivity studies of the surface layer

Autocatalytic metallization of polylactide

Possibilities of using plasma techniques of surface engineering for modification of polymer membranes

Selected methodological problems in measuring the adhesive properties of surface layer

Corona discharge in an air as a method of modification of polymeric materials' surface layers

Characterization of physicochemical properties of the inorganic components in the "core-shell"-structured in polymer mixtures. Part II. The systems obtain pyrogenic silica

Elastomer-to-metal bonding

FT-IR ATR spectra and nanohardness measurements as used to follow the progress in photocuring of polyester resins

Modification of polymers with the application of ion beam bombardment. Part I. History, recent developments, and perspectives for development

Parameters characterizing optotelecommunication cable and its innerduct interaction

Laser modification of polymeric materials. Part II. Chemical reactions induced by laser beam

Autocatalytic electroless copper plating of polymeric materials

Antimicrobial polyester fibers containing silver ions. Part I. Fibers modification

Conductive polymers containing phenothiazine units in the main chains

Physical properties and application of polyamide 12