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Fabric Treated with Dye Modified TiO2/Graphene Composite and its Photocatalytic and Self-Cleaning Properties

Yu-xin Wen

Yu-xin Wen

School of Materials Design and Engineering, Beijing Institute of Fashion TechnologyBeijing, China
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Wen, Yu-xin
, 
Li-hong Bao

Li-hong Bao

  • School of Materials Design and Engineering, Beijing Institute of Fashion TechnologyBeijing, China
  • Beijing Key Laboratory of Clothing Materials R&D and AssessmentBeijing, China
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Bao, Li-hong
, 
Jia-wen Ling

Jia-wen Ling

School of Materials Design and Engineering, Beijing Institute of Fashion TechnologyBeijing, China
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Ling, Jia-wen
, 
Guan-Fanglan,

Guan-Fanglan,

School of Materials Design and Engineering, Beijing Institute of Fashion TechnologyBeijing, China
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Guan-Fanglan,
, 
Zhang Mei

Zhang Mei

School of Materials Design and Engineering, Beijing Institute of Fashion TechnologyBeijing, China
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Mei, Zhang
 e 
Nie-Jinmei,

Nie-Jinmei,

School of Materials Design and Engineering, Beijing Institute of Fashion TechnologyBeijing, China
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Nie-Jinmei,
  
30 dic 2022
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Categoria dell'articolo: Research Article
Pubblicato online: 30 dic 2022
Pagine: 53 - 59
DOI: https://doi.org/10.2478/ftee-2022-0044
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© 2022 Yu-xin Wen et al., published by Sciendo
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 3.0 License.

Fig. 1

Photocatalytic degradation efficiency of MB of finished fabrics treated with the padding method: (a) effect of the finishing agent ; (b) Photocatalytic cycling experiments of DTG20 finished fabric
Photocatalytic degradation efficiency of MB of finished fabrics treated with the padding method: (a) effect of the finishing agent ; (b) Photocatalytic cycling experiments of DTG20 finished fabric

Fig. 2

SEM images of fabrics: control cotton fabric(a), DTG20 fabrics treated by padding method prior(b), and after treating MB pollutant the 1st time(c) and the 5th time(d).
SEM images of fabrics: control cotton fabric(a), DTG20 fabrics treated by padding method prior(b), and after treating MB pollutant the 1st time(c) and the 5th time(d).

Fig. 3

Photocatalytic degradation efficiency of MB of finished fabrics treated with the coating method: (a) effect of the finishing agent ; (b) Photocatalytic cycling experiments of DTG20 finished fabric
Photocatalytic degradation efficiency of MB of finished fabrics treated with the coating method: (a) effect of the finishing agent ; (b) Photocatalytic cycling experiments of DTG20 finished fabric

Fig. 4

SEM images of fabrics treated with DTG20 by the coating method before (a) and after performing the photocatalytic experiment for the 1st time (b) and 5th time(c)
SEM images of fabrics treated with DTG20 by the coating method before (a) and after performing the photocatalytic experiment for the 1st time (b) and 5th time(c)

Fig. 5

Photocatalytic degradation efficiency of MB of finished fabrics treated with the compounding method: (a) effect of the finishing agent ; (b) Photocatalytic cycling experiments of DTG20 finished fabric
Photocatalytic degradation efficiency of MB of finished fabrics treated with the compounding method: (a) effect of the finishing agent ; (b) Photocatalytic cycling experiments of DTG20 finished fabric

Fig. 6

Photodegradation efficiency of MB by DTG20 finished fabircs treated with different methods: (a) under xenon lamp; (b) under visible light
Photodegradation efficiency of MB by DTG20 finished fabircs treated with different methods: (a) under xenon lamp; (b) under visible light

Fig. 7

K/S of DTG20 treated fabric (a) after performing photodegradation experiment (b) decline rate under xenon lamp irradiation
K/S of DTG20 treated fabric (a) after performing photodegradation experiment (b) decline rate under xenon lamp irradiation

Fig. 8

Decline rate of K/S for stained DTG20 treated fabric under sunlight.
Decline rate of K/S for stained DTG20 treated fabric under sunlight.
Lingua:
Inglese
Frequenza di pubblicazione:
Volume Open
Argomenti della rivista:
Economia e business, Business management, Informatica del business, Process Management, Chimica idustriale, Cellulosa, carta e tessuti, Scienza e tecnologia dei polimeri, Scienze materiali, Biomateriali e materiali naturali
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