Conductive glass fabrics@nickel composites prepared by a facile electroless deposition method

Ma, Tai-Yu; Chen, Huiyu; Xu, Chunju; Liu, Yaqing

doi:10.1016/j.matlet.2016.02.079

Cited by 17 publications

(10 citation statements)

References 17 publications

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“…Factors such as temperature, time, pH, and chemical composition directly influence the morphology, composition, and final structure of electroless coating, as well as the electrical and magnetic properties [12][13][14]. For example, thickness and size grain dependence were observed with immersion duration of the substrate in the deposition bath [15]; pH has a direct relation with the reaction rate [14]; the activation process was shown to control the rate and mechanism of coating deposition [16], while substrate morphology affects the roughness, hydrophobicity, and thermal conductivity of the electroless coating [17]. The composition and annealing treatment were shown to affect the continuity of the coatings [18].…”

Section: Introductionmentioning

confidence: 99%

Electrodeposition of ZnO/Cu2O Heterojunctions on Ni-Mo-P Electroless Coating

et al. 2020

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Electroless Ni-Mo-P coatings were deposited onto ceramic tiles in order to be employed as electrodes for the electrodeposition of ZnO and Cu2O heterojunction layers. Varying conditions, such as duration, annealing of the electroless coating and applied potential, and duration for ZnO electrodeposition were studied in order to optimize the properties of the ZnO/Cu2O heterojunctions toward improved photoelectrical performance. The coatings were evaluated in terms of morphology, crystalline structure, and by electrochemical and photoelectrical means. The obtained results indicated that a prolonged annealing treatment at low temperature is beneficial to improve the roughness and electrical conductivity of the Ni-Mo-P coating to further enhance the electrodeposition of ZnO. The morphology analysis revealed continuous and homogeneous Ni-Mo-P coatings. The formation of cube-like Cu2O crystals with larger grain size was induced by increasing the deposition duration of ZnO. The properties of ZnO layer are much improved when a higher cathodic potential is applied (−0.8 V) for 1 h, resulting in optimum photoelectric parameters as 1.44 mA·cm−2 for the JSC and 760.23 µV for the VOC value, respectively, for the corresponding heterojunction solar cell.

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Section: Introductionmentioning

confidence: 99%

Electrodeposition of ZnO/Cu2O Heterojunctions on Ni-Mo-P Electroless Coating

et al. 2020

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“…Por ejemplo, el tamaño y límite de grano del recubrimiento, así como su espesor, dependen del tiempo de inmersión del sustrato en la solución química (Y. Tai, Chen, Xu, & Liu, 2016), mientras que el pH mantiene una relación directa con la velocidad de reacción, es decir, que si se aumenta el pH, la velocidad de reacción se incrementa (R. Zhou et al, 2015) debido a que los iones OHaceleran la reacción (Y. Tai et al, 2016).…”

Section: Antecedentesunclassified

“…Dependiendo de la morfología y tipo de sustrato se requieren de tiempos desde 1 min (Lin & Kuo, 2012) hasta tiempos mayores a 20 min (Y. Tai et al, 2016).…”

Section: Activación Catalítica Del Sustratounclassified

“…En este proceso la reacción de reducción del metal implica la generación de hidrógeno gas (J. Jiang et al, 2019;Y. Tai et al, 2016):…”

Section: Activación Catalítica Del Sustratounclassified

“…PET Ni-P 0.09 Silicona Ni-P 10 −3 y 10 −5 (B. H. Liu et al, 2013) Tela de vidrio Ni-P 6.25 x 10 -3 (Y. Tai et al, 2016) Fibra de vidrio Ni-P (7.36 ± 0.37) x 10 -3 (R. Zhou et al, 2015) PET Ni-P 1.9 x 10 -4 (Haoran Obleas de B-Si (100) Ni-Mo-P 5.72 x 10 -5 (Chou et al, 2008) Chapas de abedul * Ni-Mo-P 208 (C. Sustrato cerámico Ni-Mo-P 10.6 x 10 -6 Este trabajo *Surface resistivity (mΩ cm -2 ) En esta investigación, se reporta la resistividad de volumen del recubrimiento metálico de Ni-Mo-P sobre un sustrato cerámico obtenida a bajas condiciones de activación del catalizador de paladio (300 ºC por 12 h). Como se observa, la resistividad es estas condiciones presenta una notable mejora respecto a los valores reportados en la literatura, destacando así la importancia de las condiciones de activación del catalizador de paladio para la fabricación de recubrimientos metálicos sobre sustratos no conductores.…”

Section: Propiedades Eléctricasunclassified

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Diseño sostenible de materiales cerámicos multifuncionales para el suministro eléctrico de baja potencia.

Laverde¹,

María²

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In-situ Growing Carbon Nanotubes on Nickel Modified Glass Fiber Reinforced Epoxy Composites for EMI Application

Liu

Dubrunfaut

et al. 2021

Appl Compos Mater

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Glass fiber (GF) reinforced polymer composites have attracted increasing attention due to their excellent performance. In this study, GF was coated by a thin layer of nickel, and then grafted carbon nanotubes (CNTs) array by a chemical vapor deposition method (CVD). The CNT contents can be varied by changing the CVD conditions. Three types of fillers, nickel coated GF (GF@Ni), GF with CVD grown CNTs (GF-CNTs) and nickel-coated GF with CVD grown CNTs (GF@Ni-CNTs), were used to prepare the epoxy composites. The electromagnetic interference shielding performances were investigated as a function of CNT contents. The GF@Ni-CNTs reinforced epoxy composites, which had the CNTs mass ratio of 9.2 wt% to the hybrids, showed the best EMI shielding performance among the composites. Their total EMI shielding effectiveness (SE) was higher than 35 dB in the range of 1-18 GHz, and above 50 dB in the X band. By incorporating the nickel layer on the GF surface, the same EMI performance can be achieved with lower CNTs content. For achieving a SE value of 35 dB in the X band, it

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Conductive glass fabrics@nickel composites prepared by a facile electroless deposition method

Cited by 17 publications

References 17 publications

Electrodeposition of ZnO/Cu2O Heterojunctions on Ni-Mo-P Electroless Coating

Electrodeposition of ZnO/Cu2O Heterojunctions on Ni-Mo-P Electroless Coating

Diseño sostenible de materiales cerámicos multifuncionales para el suministro eléctrico de baja potencia.

In-situ Growing Carbon Nanotubes on Nickel Modified Glass Fiber Reinforced Epoxy Composites for EMI Application

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