Zhihao WU, Yifan LI, Hang SHEN, Mingzhang LIN. Effects of the amount and size of hexagonal boron nitride on the radiation resistance of silicone rubber[J]. Journal of Radiation Research and Radiation Processing, 2024, 42(6): 060201
Journals >Journal of Radiation Research and Radiation Processing >Volume 42 >Issue 6 >Page 060201 > Article
- Journal of Radiation Research and Radiation Processing
- Vol. 42, Issue 6, 060201 (2024)
Fig. 1. Cross section SEM images of SR-U (a,b) and BN/SR composites loading 1 phr (c,d),3 phr (e,f),5 phr (g,h),10 phr (i,j),and 20 phr (k,l) of h-BN
Fig. 2. The ν and Mc of SR-U and BN/SR composites
Fig. 3. Tensile strength (a),S100 (b),hardness (c) and Eb (d) of BN/SR composites loading different amount of h-BN
Fig. 4. TG curves (a),DTG curves (b) and DTG magnification view (c) of SR-U and BN/SR composites (color online)
Fig. 5. Tensile strength (a),Eb (b) and S100 (c) of SR-U and BN/SR composites after γ-ray irradiation (color online)
Fig. 6. TG curves of SR-U (a),BN/SR-3 (b) and BN/SR-20 (c) and their Tonset (d) (color online)
Fig. 7. Tensile strength (a),Eb (b),S100 (c) and hardness (d) of BN/SR composites loading different size of h-BN before and after γ-ray radiation (color online)
Fig. 8. Change of crosslink density of SR-U and BN/SR composites after γ-ray irradiation (color online)
Fig. 9. H2 yield (a) and O2 consumption (b) of SR-U and BN/SR composites after γ-ray radiation (color online)
Fig. 10. DPPH RSA of h-BN at different concentrations
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Table 1. The formulations of BN/SR composites
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Table 2. The TG data of SR-U and BN/SR composites
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Table 3. The retention of mechanical properties of SR-U and BN/SR composites
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