Fig. 1. Influence of voltage (a), time (b), and electrolyte (c) on sterilization rate

Fig. 2. Model fitting curves at different voltages (a) 500 V; (b) 520 V; (c) 540 V; (d) 560 V; (e) 580 V

Fig. 3. Effects of CGDP on the morphology of A.alternata colonies: (a) spore germination rate; (b) colony diameter; (c) mycelial biomass

Fig. 4. Effects of CGDP treatment on membrane permeability of A.alternata

Fig. 5. Detection of spore cell membrane integrity of A. alternata before and after CGDP treatment using FDA and PI staining: (a), (A) represent spores under bright field without treatment; (b), (B) represent spores treated for 12 minutes under bright field; (c), (C) represent spores treated for 24 minutes under bright field; (d), (D) represent spores under fluorescence without treatment; (e), (E) represent spores treated for 12 minutes under fluorescence; (f), (F) represent spores treated for 24 minutes under fluorescence

Fig. 6. Effects of CGDP on the leakage of intracellular substances in A.alternata: (a) nucleic acids leakage; (b) proteins leakage

Fig. 7. Effects of CGDP treatment time on the content of MDA (a) and ergosterol (b) in A. alternata

Fig. 8. Scanning electron microscopy images of A.alternata before and after CGDP treatment: (a) morphology of untreated spores; (b) morphology of spores treated for 12 min; (c) morphology of spores treated for 24 min

Fig. 9. Correlation heatmap of the effects of CGDP treatment on different physiological characteristics of A. alternata

Fig. 10. Mode of action diagram of CGDP inactivation of fungal spores