This work aims to study the influence of atmospheric non-thermal plasma on the enhancement of early growth jasmine rice seeds. Air plasma has been generated by a multi-pin plasma generator at the supplied source voltage of 18, 22, 26, and 30 kV and has been exposed on target seeds for 60, 300, and 600 s. After the treatment process, the jasmine rice seeds have been cultivated in the soil for 10 days. All the plasma-treated samples have shown higher germination rates up to 22% than the one of the control sample. Moreover, the protein content in pre-germinated brown jasmine rice affected by plasma treatment has been also studied. From the experimental results, it could be confirmed that the overall protein content in plasma-treated brown jasmine rice seeds has been higher than the one of the control groups. Based on the finding in this work, it could be confirmed that the application of plasma has improved not only the germination and the growth of jasmine rice seeds but also the protein content of pre-germinated brown jasmine rice seeds.

这项工作旨在研究大气非热等离子体对增强茉莉花早期种子生长的影响。空气等离子体已由多针等离子体发生器以提供的18、22、26和30 kV的源电压生成，并已在目标种子上暴露60、300和600 s。处理后，茉莉香米种子已在土壤中培养了10天。与对照样品相比，所有经过等离子体处理的样品均显示出高达22％的更高发芽率。此外，还研究了受等离子体处理影响的发芽前棕色茉莉香米中的蛋白质含量。从实验结果可以证实，血浆处理的棕色茉莉香米种子中的总蛋白质含量高于对照组之一。根据这项工作的发现，