Thin plasma polymer films were deposited by plasma polymerisation of thiophene (C4H4S) and iodothiophene (C4H4Si) Optical emission spectroscopy (OES) was applied during film deposition to characterise the plasma at various energy input levels and various monomer partial pressures. The electrical direct current conductivity for films deposited at various preparation conditions were calculated based on current voltage relationships which were observed. The maximum conductivity of an undoped thiophene film was sigma ~ 1.3 X 10 (exp -6) omega (exp -1) cm (exp -1)
Polymers are widely used in a great number of applications because of their general properties such ...
Abstract. The electric conductivity, activation energy and morphol-ogy of polythiophene synthesized ...
Polymer films were grown in rf discharges containing different proportions of C2H2 and SF6. Quantita...
Over the last years is a growing interest in organic electrical conducting thin films, which can app...
Plasma polymers deposited from 2-iodothiophene in a microwave plasma reactor are analyzed by XPS and...
A 2.45 GHz microwave low pressure plasma was used in order to form intrinsically conductive plasma p...
Intrinsically conductive plasma polymers were formed in a 2.45 GHz microwave low pressure plasma. Th...
Plasma polymerized thin film of conducting poly(3-octylthiophene) was deposited at room temperature ...
To obtain plasma polymerized (PP) layers with a high retention of the conjugated monomer structure, ...
Highly transparent (>80%) and conductive layers (10-6 S/cm) were obtained by the pulsed plasma polym...
A novel two-step process consisting of plasma polymerization and oxidative plasma treatment is intro...
This work describes an investigation of the properties of polymer films prepared by plasma immersion...
Plasma polymerization reactions and plasma polymers of xylene/air, xylene/argon, xylene/air/argon, t...
Polymer films were grown in rf discharges containing different proportions of C2H2 and SF6. Quantita...
This proposed thesis is entitled “Plasma Polymerised Organic Thin Films: A study on the Structural, ...
Polymers are widely used in a great number of applications because of their general properties such ...
Abstract. The electric conductivity, activation energy and morphol-ogy of polythiophene synthesized ...
Polymer films were grown in rf discharges containing different proportions of C2H2 and SF6. Quantita...
Over the last years is a growing interest in organic electrical conducting thin films, which can app...
Plasma polymers deposited from 2-iodothiophene in a microwave plasma reactor are analyzed by XPS and...
A 2.45 GHz microwave low pressure plasma was used in order to form intrinsically conductive plasma p...
Intrinsically conductive plasma polymers were formed in a 2.45 GHz microwave low pressure plasma. Th...
Plasma polymerized thin film of conducting poly(3-octylthiophene) was deposited at room temperature ...
To obtain plasma polymerized (PP) layers with a high retention of the conjugated monomer structure, ...
Highly transparent (>80%) and conductive layers (10-6 S/cm) were obtained by the pulsed plasma polym...
A novel two-step process consisting of plasma polymerization and oxidative plasma treatment is intro...
This work describes an investigation of the properties of polymer films prepared by plasma immersion...
Plasma polymerization reactions and plasma polymers of xylene/air, xylene/argon, xylene/air/argon, t...
Polymer films were grown in rf discharges containing different proportions of C2H2 and SF6. Quantita...
This proposed thesis is entitled “Plasma Polymerised Organic Thin Films: A study on the Structural, ...
Polymers are widely used in a great number of applications because of their general properties such ...
Abstract. The electric conductivity, activation energy and morphol-ogy of polythiophene synthesized ...
Polymer films were grown in rf discharges containing different proportions of C2H2 and SF6. Quantita...