A white electroluminescent single polymer system with both high electroluminescence efficiency and excellent color rendering index (CRI) value is developed by covalently attaching blue, green, and red dopant units as individual light-emitting species to the side chain of polyfluorene as individual polymer host. A luminous efficiency of 8.6 cd A(-1), CIE coordinates of (0.33, 0.36) and CRI value of 88 was demonstrated with their single-layer devices
The photo and electroluminescent properties of a single-layer multi-component blend composed of only...
A novel two color white light-emitting poly(aryl ether) (P1) containing blue unit and orange unit in...
The photo and electroluminescent properties of a single-layer multi-component blend composed of only...
Four single polymers with two kinds of attachment of orange chromophore to blue polymer host for whi...
New single-polymer electroluminescent systems containing two individual emission species - polyfluor...
A highly efficient white electroluminescent polymer with simultaneous blue, green, and red emission ...
By incorporating six blue emissive polyfluorene arms into star-shaped orange emissive cores, two kin...
Three-component blend system based on polyfluorene derivative (SK32 (R) ), substituted polyacetlyene...
ABSTRACT: We have developed efficient white-light-emitting polymers through the incorporation of low...
Three kinds of red electroluminescent (EL) polymers based on polyfluorene as blue host and 2,1,3-ben...
We developed a series of highly efficient blue electroluminescent polymers with dopant-host systems ...
Light-emitting diodes exhibiting efficient pure-white-light electroluminescence have been successful...
A star-like white light-emitting polymer with an orange emissive core and four blue emissive arms is...
By selecting polyfluorene as the polymer host, choosing 2,1,3-benzothiadiazole derivative moieties a...
On the basis of a fluorinated poly(arylene ether phosphine oxide) backbone with both high triplet en...
The photo and electroluminescent properties of a single-layer multi-component blend composed of only...
A novel two color white light-emitting poly(aryl ether) (P1) containing blue unit and orange unit in...
The photo and electroluminescent properties of a single-layer multi-component blend composed of only...
Four single polymers with two kinds of attachment of orange chromophore to blue polymer host for whi...
New single-polymer electroluminescent systems containing two individual emission species - polyfluor...
A highly efficient white electroluminescent polymer with simultaneous blue, green, and red emission ...
By incorporating six blue emissive polyfluorene arms into star-shaped orange emissive cores, two kin...
Three-component blend system based on polyfluorene derivative (SK32 (R) ), substituted polyacetlyene...
ABSTRACT: We have developed efficient white-light-emitting polymers through the incorporation of low...
Three kinds of red electroluminescent (EL) polymers based on polyfluorene as blue host and 2,1,3-ben...
We developed a series of highly efficient blue electroluminescent polymers with dopant-host systems ...
Light-emitting diodes exhibiting efficient pure-white-light electroluminescence have been successful...
A star-like white light-emitting polymer with an orange emissive core and four blue emissive arms is...
By selecting polyfluorene as the polymer host, choosing 2,1,3-benzothiadiazole derivative moieties a...
On the basis of a fluorinated poly(arylene ether phosphine oxide) backbone with both high triplet en...
The photo and electroluminescent properties of a single-layer multi-component blend composed of only...
A novel two color white light-emitting poly(aryl ether) (P1) containing blue unit and orange unit in...
The photo and electroluminescent properties of a single-layer multi-component blend composed of only...