Novel Temperature-activated humidity-sensitive optical sensor

  • Andrew Mills (Creator)
  • Daniel Hawthorne (Creator)
  • Luke Burns (Creator)
  • David Hazafy (Creator)

Dataset

Description

Data underpinning the related paper - 'Novel temperature-activated, humidity-sensitive optical sensor', 31 Aug 2016, In : SENSORS AND ACTUATORS B-CHEMICAL.
Date made available06 Sep 2016
PublisherQueen's University Belfast

Research Output

Novel temperature-activated, humidity-sensitive optical sensor

Mills, A., Hawthorne, D., Burns, L. & Hazafy, D., Mar 2017, In : SENSORS AND ACTUATORS B-CHEMICAL. p. 1009-1015 7 p.

Research output: Contribution to journalArticle

Open Access
File
  • 13 Citations (Scopus)
    500 Downloads (Pure)

    Cite this

    Mills, A. (Creator), Hawthorne, D. (Creator), Burns, L. (Creator), Hazafy, D. (Creator) (06 Sep 2016). Novel Temperature-activated humidity-sensitive optical sensor. Queen's University Belfast. Figure_2_Absorption_spectra_of_indicator_film_when_dry_and_wet(.xlsx), Figure_1_The_CoCl2_HIC_system_which_is_a_blue_colour_when_dry_and_a_pink_colour_when_exposed_to_an_ambient_RH_greater_than_the_threshold_indicated_for_each_spot(.docx), Figure_4_Absorption_at_the_monomer_peak_over_repeated_heating_cycles_and_exposure_to_RH_sawtooth(.xlsx), Figure_3_Absorbance_variation_of_190_and_370_films_under_low_to_moderate_humidity_for_72_hr(.xlsx), Figure_6_Representation_of_the_aggregate_species_of_MB_seen_in_the_dry_and_humid_forms_of_the_HPC_film(.docx), MASTER(.docx), Figure_5_Absorbance_at_665_nm_of_a_film_exposed_to_a_humid_air_stream_with_RH_0_to_100_(.xlsx). 10.17034/9ed95ce1-41e8-4a7c-aafd-7e5b871092fe