[1] Changrong YAN, Enke LIU, Fan SHU et al. Review of agricultural plastic mulching and its residual pollution and prevention measures in China. Journal of Agricultural Resources and Environment, 31, 95-102(2014).

[2] Zijun ZHAO, Wenqing HE, Junhua YIN et al. Development situation analysis of biodegradable mulch film based on bibliometric analysis in China. Journal of China Agricultural University, 28, 57-67(2023).

[3] D B Sun, H G Li, E L Wang et al. An overview of the use of plastic-film mulching in China to increase crop yield and water-use efficiency. National Science Review, 7, 1523-1526(2020).

[4] Lei WANG, Xiangjuan HUI, Hui ZHI et al. Degradation effects of a strain of purple violet spore on polyethylene film. Agricultural Research in the Arid Areas, 41, 217-225(2023).

[5] Yanbing SHI. Experimental study on working performance of residual film recycling machinery in Qinghai Province(2019).

[6] Tao LIN, Qiuxiang TANG, Weiping HAO et al. Effects of plastic film residue rate on root zone water environment and root distribution of cotton under drip irrigation condition. Transactions of the Chinese Society of Agricultural Engineering, 35, 117-125(2019).

[7] Zhi'e HU, Mouliang XIAO, Jina DING et al. Response characteristics of soil microbial community in farmland under long-term plastic film mulching. Environmental Science, 43, 4745-4754(2022).

[8] R G Stahl. A plastic problem: taking a look at plastic pollution in our oceans. Environmental Toxicology and Chemistry, 39, 2095-2096(2020).

[9] Ke ZHANG, Ruiqi HU, Minmin CAI et al. Degradation of plastic film containing polyethylene(PE) by yellow meal worms. Chemistry & Bioengineering, 34, 47-49(2017).

[10] Rui LI. Study on remediation method and mechanism of organic contaminated soil by low temperature plasma, 72-73(2017).

[11] Shuangquan LIU, Wenjin YU, Li ZHANG. Study on the catalysts of the degradation of waste polystyrene. Chemical Engineer, 16, 60-62(2002).

[12] Wanbo LIU, Xin SUN, Ran ZHANG et al. Effects of discharge conditions on COS conversion by corona discharge plasma. Journal of Chemical Engineering of Chinese Universities, 33, 245-252(2019).

[13] Zhijun HU, Zhiliang WANG. Degradation of styrene by dielectric barrier discharge low-temperature plasma synergistic catalysis technology. Environmental Protection of Chemical Industry, 43, 627-632(2023).

[14] Fan FAN. Study on space charge and corona aging characteristics of fluorinated polyethylene(2018).

[15] Jiayuan YANG, Haifeng CHEN, Yimin ZHU. Optimization of space between electrodes of multi-needles bipolar corona discharge. High Voltage Engineering, 34, 95-98(2008).

[16] Ben ZHANG, Ruifeng ZHANG, Chuanyun YANG et al. Manganese-magnesium hydroxide carbon based composites for catalyticozonation degradation of methylene blue. Journal of Functional Materials, 54, 9123-9132(2023).

[17] Nan JIANG. Study on surface-packed bed composite discharge plasma and its synergistic catalytic degradation of benzene(2014).

[18] Xingtao ZHANG, Guangning WU, Yan YANG et al. Influence of dielectric barrier discharge plasma treatment on the surface discharge of polyimide film. High Voltage Engineering, 44, 3097-3104(2018).

[19] Mingyu ZHANG. Preparation of polyimide/alumina composite films by ion exchange method and corona aging mechanism(2016).

[20] Jianjian WAN. Study on the application of low temperature plasma in polyethylene degradation(2022).