Cellulose-azido derivative (CMC-N3)

Deciphering the Correlation between Color Response, Temperature, and Relative Humidity in a Photo-patternable Polymeric Nanofilm for Tunable Multimodal Display

Cellulose-azido derivative (CMC-N3), Chemistry, Chitosan, Colorimetry, Dip coating, Film thickness, Humidity measurement, Nanocoating, Research, Sensors, Silicon wafer, Temperature measurement

CHEMICAL ENGINEERING JOURNAL 2023KASHEM, MD NAYEEM HASAN; GARDNER, KARL; MOMOTA, MORIOM ROJY; MORSHED, BASHIR I.; LI, WEI.ABSTRACT Relative humidity (RH) and temperature responsive nanofilms have been developed as colorimetric sensors based on light interference, with...

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Deciphering the Correlation between Color Response, Temperature, and Relative Humidity in a Photo-patternable Polymeric Nanofilm for Tunable Multimodal Display

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