Dielectric Characteristics of Highly Diluted Aqueous Diclofenac Solutions in the Frequency Range of 20 Hz to 10 MHz

Evolution of High-Frequency Conductivity of Pure Water Samples Subjected to Mechanical Action: Effect of a Hypomagnetic Filed

“…The first pattern was recorded the next day after the preparation of the samples, and the second pattern was recorded eight days later. It is seen in the figure that potentiation of the solution has as a consequence the nonmonotonic dependence of the sample conductivity on the number of dilutions, which is qualitatively similar to the corresponding dependence for solutions of a biologically active preparation (diclofenac) made by a similar method [1]. As in the case of diclofenac solutions, the dielectric constant remains unchanged in the frequency range of 10 kHz-10 MHz; i.e., there are no relaxation processes in this frequency region, and temporal variations in the permittivity of the samples do not exceed 0.1% and are random.…”

“…In our work [1] it was shown that conductivity of diluted aqueous diclofenac solutions shows a nonmonotonic dependence on the concentration at successive centesimal dilutions accompanied by vigorous shaking. The nonmonotonic dependence was also observed at further similarly performed dilutions of the solutions in which the notion of concentration loses its sense.…”

“…In [1], it is pointed out that even in the laboratory conditions water is a complex heterogeneous nonequilibrium system sensitive to weak physical actions and capable of self-organization [4,5]. We showed for the first time that the pattern of another physical parameter, intensity of fluorescence of highly dilute aqueous solutions of sodium chloride, significantly correlates with the pattern of spontaneous mobility of infusoria.…”

“…The ultimate error of the measured quantities was below 0.5%. The measurement procedure is detailed in [1].…”

Dilution Rhythms of Aqueous Solutions

“…It was suggested there that the observed effects could be caused by the specific technique of making very dilute aqueous solutions that involves vigorous shaking, which may give rise to long-lived molecular structures of water. Also, investigations to study the influence of physical fields of different frequencies on physicochemical properties of highly dilute solutions are described in the literature [5].…”