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为了选育抗退化、抗病、高产、优质的马铃薯品种和摸索提高其产量的新技术措施,1975年春在省农科院、市、县农科所的协助下,我们进行了激光照射马铃薯效应试验.现将结果简结如下:材料与方法马铃薯品种:跃进.激光器:氦一氖激光器,波长6328埃,连续输出功率5毫瓦.照射方法:在距激光源1米处照射已长0.5～1厘米马铃薯种芽.处理时间为20、30、40、60秒钟,以未照射为对照.栽植方法及管理:照射后种植于大田.小区长7米,4行区,行距40厘米,穴距20厘米.小区面积0.016亩.生长期间中耕培土同一般大田.
In order to select new anti-degenerative, disease-resistant, high-yielding and high-quality potato varieties and explore new techniques and measures to increase their yield, in the spring of 1975, with the help of the Provincial Academy of Agricultural Sciences, city and county agricultural science institutes, we conducted the laser irradiation potato effect The results are summarized as follows: Materials and methods Potato varieties: Yuejin.Laser: Helium-neon laser, wavelength 6328 angstroms, continuous output power of 5 milliwatts Irradiation method: 1 meter away from the laser source has been long 0.5 ~ 1 cm potato seedlings. Processing time is 20, 30, 40, 60 seconds, not irradiated as a control. Planting methods and management: Irradiated after planting in the field. District 7 meters long, 4 rows, spacing 40 cm, 20 cm away from the plot area of 0.016 acres of cultivated soil during cultivation with the general field.