A 90-second exposure of the implantation site of 14-day-old embryos by an intensity of 12W/cm2,16W/cm2,or 20W/cm2,was observed to lead to an elevation of embryonic body temperature to 6.88℃,11.79℃ and 26.59℃respectively.
In order to improve the utilization of light, the technologies of implantation of transition metal ions (V+ and Cr+) and electron beam irradiation to deposit noble metal particles (Ag and Pt) were used.
The photocatalytic experiments showed that the photocatalytic ability under visible light irradiation could be improved dramatically by both the implantation of transition metal and the electron beam irradiation.
Biochemistry and Genetic Analysis of Bioeffects of Low Energy N+ Implantation and Y-Radiation on Arabidopsis thaliana
The obvious difference between N+ implantation and γ-radial on the relationship of doses and effects was also observed.
Random amplification of polymorphic DNA analysis showed that the variant DNA bands were consistent in M1 and M2 generations treated with both γ-radiation and ion implantation.