4G-5G频谱移动信号对种子萌发和进一步生长的研究与分析

Sharad Pustake, Vivek Upadhyaya, Mahesh M. Bundele
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引用次数: 0

摘要

无线射频传输用户设备(RUD)的数量日益增加,移动或静态的,在生活物体(LO)和周围。在特定地点,在特定环境条件下,在计划外的间隔时间内,这些无线电频率辐射对特定LO的近距离暴露可能会对其生长和存活产生积极或消极的影响,与没有这些RUDs存在或远存在的LO的生长和存活相比,这是研究的主题。效应的影响取决于曝光面、曝光面处信号的场强,这两个因素都取决于频率、第一菲涅耳区距离和半径。考虑到4g和5G通信系统中800/1700/1800 MHz频段的通俗性,对该频段的RUD辐射影响进行了规划,研究了上行链路和下行链路射频辐射方向图并设计了相应的试验装置,并对豇豆种子进行了首次试验,观察萌发和生长过程中定时照射2 - 3周后对其生化参数的影响。第一组读数显示较低的值与控制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study and Analysis of 4G-5G Spectrum Mobile Signals on Germination Seed and Further Growth
Day by day the number of Radio Frequency Transmitting User Devices (RUD), mobile or static, are getting increased in and around living objects (LO). The near exposure of these Radio Frequencies Radiations to a specific LO, at a given place, under given environmental conditions, at unscheduled time of intervals, may affect its growth and survival, positively or negatively, as compared to the growth and survival of LO without presence or far presence of these RUDs is subject of study. The impact of effect will depend on the surface of exposure, field strength of signal at the surface of exposure, both these factors depend on Frequency, distance and radius of first Fresnel zone. Considering commonness of 800/1700/1800 MHz frequency band for 4 G & 5G communication system, the impact of RUD radiations in this band have been planned, the uplink and down link RF radiation pattern studied and accordingly test set-up has been designed and first experiment conducted on Butter Bean seeds and observed the impact on the biochemistry parameters after two to three weeks of exposure at regular interval during germination and growth. The first set of readings exhibit low values as compared to control.
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