Journal of Radiation Research and Radiation Processing, Volume. 43, Issue 1, 010402(2025)

Effect of dielectric barrier discharge plasma on seed germination of Lycium barbarum

Junfeng RONG*, Jiali ZHU, Chengyuan ZHANG, Binbin ZHAO, and Minggong CHEN
Author Affiliations
  • School of Chemical and Blasting Engineering, Anhui University of Science and Technology, Huainan 232001, China
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    Figures & Tables(14)
    Pin-plate dielectric barrier discharge plasma reactor
    Diagram of experimental setup
    Oscilloscope detects DBD discharge waveform
    Scanning electron microscopic image of untreated wolfberry seeds
    SEM comparison of the seed coat of the control group and the experimental group under 3 000× magnification
    Effects of discharge voltage on germination rate (a) and vigor index (b) of L. barbarum seeds
    Effects of discharge time on germination rate (a) and vigor index (b) of L. barbarum seeds
    Effects of electrolyte on germination rate (a) and vigor index (b) of L. barbarum seeds
    Contours and response surface maps of the interaction of various factors on germination rate
    Contours and response surface maps of the interaction of various factors on vitality index
    Comparison of leaves between control group and experimental group after 6 months of culture
    • Table 1. Box-Behnken experimental factors and level table

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      Table 1. Box-Behnken experimental factors and level table

      水平 LevelUA / kVtB / hC
      -1300.5NaCl
      0351.0Na2SO4
      1401.5KCl
    • Table 2. Experimental design and results of response surface

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      Table 2. Experimental design and results of response surface

      编号Number

      UA

      / kV

      tB

      / h

      KC

      发芽率 / %

      Germination rate

      活力指数

      Vitality index

      1-1-1083.33310.71
      21-1076.67301.10
      3-11073.33286.38
      411080.00313.95
      5-10-173.33226.36
      610-176.67249.83
      7-10173.33265.28
      810176.67246.79
      90-1-173.33226.46
      1001-170.00181.76
      110-1173.33191.37
      1201176.67204.98
      1300086.67426.52
      1400086.67575.48
      1500083.33476.34
      1600086.67600.58
      1700083.33553.46
    • Table 3. Results of variance analysis and significance experiment of response surface model

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      Table 3. Results of variance analysis and significance experiment of response surface model

      响应值

      Response value

      方差来源

      Source

      平方和

      Sum of squares

      自由度Degree of freedom

      均方

      Mean square

      F

      F value

      p

      pvalue

      发芽率

      Germination rate

      模型Model461.61951.2911.930.001 8

      UA-放电电压

      UA-Discharge voltage

      5.5915.591.300.291 4
      tB-放电时间 tB-Discharge time5.5415.541.290.293 4
      KC-电解质 KC-Electrolyte5.5615.561.290.292 8
      UAtB44.42144.4210.340.014 8
      UAKC0.001001
      tBKC11.12111.122.590.151 7
      UA229.95129.956.970.033 4
      tB279.11179.1118.410.003 6
      KC2247.511247.5157.590.000 1
      残差 Residual30.0974.30--
      失拟项 Lack of fit16.7035.571.660.310 5
      纯误差 Pure error13.3943.35--
      总离差 Cor total491.6916---

      活力指数

      Vitality index

      模型 Model2.91932 423.2110.570.002 6

      UA-放电电压

      UA-Discharge voltage

      65.80165.800.0210.887 7
      tB-放电时间 tB-Discharge time226.571226.570.0740.793 7
      KC-电解质 KC-Electrolyte72.06172.060.0230.882 5
      UAtB345.661345.660.110.747 0
      UAKC440.161440.160.140.716 1
      tBKC850.011850.010.280.614 9
      UA233 171.76133 171.7610.810.013 3
      tB276 376.04176 376.0424.890.001 6
      KC21.5311.5349.870.000 2
      残差 Residual21 479.8873 068.55--
      失拟项 Lack of fit354.133118.040.0220.994 8
      纯误差 Pure error21 125.7545 281.44--
      总离差 Cor total3.1316---
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    Junfeng RONG, Jiali ZHU, Chengyuan ZHANG, Binbin ZHAO, Minggong CHEN. Effect of dielectric barrier discharge plasma on seed germination of Lycium barbarum[J]. Journal of Radiation Research and Radiation Processing, 2025, 43(1): 010402

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    Paper Information

    Category: RADIATION TECHNOLOGY APPLICATION

    Received: Jun. 12, 2024

    Accepted: Jul. 9, 2024

    Published Online: Mar. 13, 2025

    The Author Email: RONG Junfeng (13695610310@163.com)

    DOI:10.11889/j.1000-3436.2024-0050

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