|Authors||Bahareh Kazazi, Mohammad Ali Taheri|
|Publication date||Apr 18, 2022|
|Journal||Journal of Cosmointel|
|Volume||Vol. 1 No. 8|
|Pages||142 to 164|
One of the methods of synthesis of nanomaterials is the use of plant extract in synthesis. The aim of this study was to investigate the effect of the T-Consciousness Bond Field in the synthesis of green silver nanoparticles using plant extract. Taheri Consciousness Fields (TCFs), as new Fields, have been founded and introduced by Mohammad Ali Taheri about four decades ago. These Fields are non-material and non-energetic, so it has no quantity. However, it has a direct influence on both matter and energy. In other words, although TCFs cannot be directly measured, their effects can be indirectly studied by using various controlled experiments. In this experiment, the extract was prepared for 10 samples together. Five samples were considered the control and the names of the other 5 samples were declared to the person in charge of establishing the Consciousness Bond Field. The XRD results showed that the per-centage of crystallization was lower in the control samples. The per-centage of silver chloride phase formation on average was higher in the samples under the influence of TCF. The silver phase crystallite size on average was smaller on average under TCF. DLS showed that the particles size means in the samples under TCF was higher than in the control samples. Studying Zeta potential showed that the av-erage of the obtained values regardless of the electric charge in the samples under TCF were higher than the control. TEM test showed that the samples under TCF had on average larger particle sizes than the control. The largest particle size in the control was 34.27 nm and, in the samples, under the TCF it was 54.72 nm. In the sam-ples under the TCF, the average, particle size distribution was more uniform. It was found that the mean of particles with medium size in the group under the TCF was 29% larger than the control group. Therefore, Consciousness Bond Field can be used as a method to resize nanoparticles.
Keywords: Consciousness Bond Field, Taheri Consciousness Fields, Nanosilver, Plant Synthesis Silver nanoparticles, Ferula Latisecta
Citation: Kazazi, B., & Taheri, M. A. (2022). Influence of Taheri Consciousness Bond Field on the Plant Synthesis of Nano-silver. Journal of Cosmointel, 1(8), 142–164. Retrieved from https://journalofcosmointel.com/index.php/journalofcosmointel/article/view/69