“…The LnCPs are designed and synthesised by self-assembly of a suitable organic ''linker'' with the Ln(III) metal ion into multi-dimensional solids. 7 In addition to their fascinating optical properties, LnCPs possess good chemical and thermal stability 8 with improved mechanical strength. 9 Because of these features, several LnCPs have been used in a range of applications such as sensors 10 and full-colour and white LEDs.…”
The design of a pink-LED device is achieved by doping an Eu(iii) coordination polymer (Eu2 CP) on an InGaN blue LED chip. The Eu2 CP has been studied systematically in terms of structure, stability and photophysical properties in the solid state.
“…The LnCPs are designed and synthesised by self-assembly of a suitable organic ''linker'' with the Ln(III) metal ion into multi-dimensional solids. 7 In addition to their fascinating optical properties, LnCPs possess good chemical and thermal stability 8 with improved mechanical strength. 9 Because of these features, several LnCPs have been used in a range of applications such as sensors 10 and full-colour and white LEDs.…”
The design of a pink-LED device is achieved by doping an Eu(iii) coordination polymer (Eu2 CP) on an InGaN blue LED chip. The Eu2 CP has been studied systematically in terms of structure, stability and photophysical properties in the solid state.
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