Characterisation and humidity-sensing properties of aluminium (oxy)-hydroxide films prepared by cathodically induced precipitation

Mortimer, Roger J.; Mayes, Russell J.

doi:10.1016/j.snb.2007.05.040

Cited by 14 publications

(4 citation statements)

References 15 publications

(21 reference statements)

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“…Gee [10] reported a similar peak at 840 cm −1 inside the wear track while the formation of aluminum hydroxide during wear of alumina was studied. The broad peak at about 3300 cm −1 signifies the presence of hydroxide in the wear debris as reported by other researchers [11][12][13]. Since the wear debris collected at the early stage of the wear transition, it would be expected a thin hydroxide surface film was also present at wear track.…”

Section: Microstructural and Compositional Analysis By Sem/edx And Mi...supporting

confidence: 68%

The effect of an alumina counterface on friction reduction of CuO/3Y-TZP composite at room temperature

Song

Valefi

Rooij

et al. 2012

Wear

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Section: Microstructural and Compositional Analysis By Sem/edx And Mi...supporting

confidence: 68%

The effect of an alumina counterface on friction reduction of CuO/3Y-TZP composite at room temperature

Song

Valefi

Rooij

et al. 2012

Wear

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“…With the method described here, rapid testing of materials is possible, using films grown as bridging precipitates between twin palladium electrodes, as we have earlier 8 described in the study of humidity-sensing properties of aluminium (oxy)-hydroxide films [12,13]. XRD patterns for the mixed yttrium/indium oxides system [12,13] …”

Section: Discussionmentioning

confidence: 99%

“…For the preparation of aluminium (oxy)-hydroxide † films with humidity-sensing properties, we have described a cathodically-induced precipitation technique, where palladium is used as the cathode substrate [12,13]. On electrolysis of aqueous aluminium sulfate solution, gaseous hydrogen evolution at the hydrogen-sorbing palladium cathode is eliminated and the local alkaline environment promotes the precipitation of aluminium (oxy)-hydroxide, which accumulates as an adherent surface film.…”

Section: Introductionmentioning

confidence: 99%

Metal and mixed-metal (oxy)-hydroxide ceramic precursor materials prepared by cathodically-induced precipitation using a hydrogen-sorbing palladium electrode

2007

Self Cite

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“…1. Nanostructures of different materials that can exhibit hygroscopic behavior: (a) BaTiO 3 , (4) (b) aluminum hydroxide, (5) (c) graphene oxide, (6) (7) (e) TiO 2 film, (8) and (f) polyimide nanofibers. (9) small-diameter NaCl crystals will be more prone to changing into a liquid form at lower RH.…”

Section: Soluble Materialsmentioning

confidence: 99%

Hygroscopic Materials and Characterization Techniques for Fiber Sensing Applications: A Review

Riza¹,

Go²,

Maier³

et al. 2020

Sensors and Materials

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Various characterization techniques are used in the study of materials in order to understand their properties. Data and observation recording characterization of a material is done by researchers for various properties within various environments. One of the many properties that make a material attractive for use in certain devices is hygroscopicity. Various techniques for characterizing hygroscopicity have been developed and utilized. However, since these techniques are not usually the highlights of studies, there has been limited acknowledgement of the usefulness of hygroscopicity testing. This review introduces several established characterization techniques allowing researchers to fully characterize materials in terms of their hygroscopicity. The full potential of hygroscopic materials can be seen in their use in various fiber sensors. The deformation of materials upon exposure to water molecules can be utilized to perturb sensing elements in fiber sensors, allowing the user to take full advantage of the hygroscopicity of the material.

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Characterisation and humidity-sensing properties of aluminium (oxy)-hydroxide films prepared by cathodically induced precipitation

Cited by 14 publications

References 15 publications

The effect of an alumina counterface on friction reduction of CuO/3Y-TZP composite at room temperature

The effect of an alumina counterface on friction reduction of CuO/3Y-TZP composite at room temperature

Metal and mixed-metal (oxy)-hydroxide ceramic precursor materials prepared by cathodically-induced precipitation using a hydrogen-sorbing palladium electrode

Hygroscopic Materials and Characterization Techniques for Fiber Sensing Applications: A Review

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