Foundation of concept of constitutional homeopathic remedy by using electropuncture methods

The work is dedicated to the issue concerning the foundation of the concept of constitutional homeopathic remedy in homeopathy and informational medicine by using the methods of vegetative resonance test and bioresonance therapy (VRT-BRT), using high signal mineral elements. In order to objectivize the mentioned concept, are identified three possible approaches. Are proposed the criteria of selection of the constitutional homeopathic preparation - VRT. Is presented the statistic equivalence, the validity and the clinical efficiency of these criteria.

New homeopathic preparations in practice

Background One of the most important tasks in anti-age therapy and rejuvenation practice is the regeneration of various tissues, organs and body systems [1,2]. In this study, we evaluated the effectiveness of therapy with the new class of homeopathic and informational preparations “Triton Regeneration” and “Triton Metamorphosis” [3]. The preparations were used both in homeopathic dilutions, and in the form of control signals of the Triton (CSTrit). Aims To apply in practice the homeopathic preparations “Triton regeneration” and “Triton metamorphosis” in the form of homeopathic dilutions and control signals, in order to regenerate the organs of the tissues and systems of the patient and evaluate the results obtained. Methodology A clinical study was conducted on a group of 33-st people aged between 7-75 years of both sexes who received injuries to the skin, connective tissue and / or musculoskeletal system. The study was conducted by a multicenter method in the cities: Moscow (Russia), Gabrovo (Bulgaria), Arad (Romania). All patients gave informed consent for treatment. To write a CS and their applications, for diagnostics and therapy, and the fabrication for the necessary preparations and marker CMH, the integrated system for electropuncture diagnostic « IMEDIS-EXPERT» was used. For the diagnosis method was used vegetative resonance test (VRT). Cultures of the biological material of the triton were used to obtain control signals triton (CSTrit) therapy. The method of bioresonance therapy (BRT) was used to adapt and administer the condition of the patient. Adaptation of the preparations to the patient's body was carried out by electron potentiation of the initial CSTrit until the VRT condition was met: ?MH ? + Pot ? (CSTrit) ? The marker ?MH-individual constitutional marker represents the sum of signals from the nodal and terminal BAT (biologically active points) located on the main chirohlyphic palm lines of the patient. Patients used the homeopathic remedies of triton and / or adapted CSTrit in individual dosage during the individual course of therapy. At subsequent receptions, a second VRT was re-examined and the degree of recovery of defects in the skin, connective tissue and / or the musculoskeletal system was assessed. Results This clinical study showed a high efficacy of homeopathic and informational preparations of CSTrit in patients who received injuries of the skin, connective tissue and / or musculoskeletal system. A pronounced positive effect was obtained in all cases of treatment of CSTrit: objective processes of regeneration of the connective tissue system of the patients were noted, in particular, restoration of its skin. In the case of treatment therapy for injuries of the musculoskeletal system, marked regeneration processes in the bone and tendon tissues were observed, confirmed by R-studies. Conclusion 1. Homeopathic remedies “Triton regeneration” and “Triton metamorphosis”, as well as the control signals of the Triton (CSTrit), made using the apparatus "IMEDIS-EXPERT", are effective signals of the regeneration of body tissues, as in the case of treatment of skin and connective tissue damage, and in case of damage to bone tissue and tendons. 2. Therapy of patients with CSTrit, potentiated by the ?MH marker, is comparable in effectiveness and end results with mono- and complex homeopathic therapy and in some cases surpasses it. 3. A new class of the preparations - gives a positive result in 96% of cases. Similar results are unattainable with ordinary homeopathy.

A Study of the Anatomy of Decision Making in the Planning and Appraisal of Hong Kong Section of Guangzhou-Shenzhen-Hong Kong High Speed Rail

This paper will study the anatomy of the decision making of Hong Kong Section of Guangzhou-Shenzhen-Hong Kong High Speed Rail (XRL). The paper will focus on five aspects. They are drivers of megaprojects, mega infrastructure project as an agent of change, early and effective stakeholder engagement, Iron Triangle and context awareness. XRL will be regarded as a resonance test of the international literature findings.

Research on Rheological Disturbance Damage Laws of Rock in the Strength Limit Neighborhood

As coal mining enters deep, the rock is close to the strength limit neighborhood, and it is extremely susceptible to deformation and damage due to disturbance. In order to study the damage evolution law of rock in the strength limit neighborhood, red sandstone is selected as the research object, and the self-developed RRTS-IV rheological disturbance experimental system and nuclear magnetic resonance test equipment are used to carry out the gradual loading test of the rock rheological disturbance effect. Through the analysis of the test results, it is concluded that the instantaneous elastic modulus damage of the rock is accelerated rapidly with the increase of the number of disturbances in the strength limit neighborhood, and the disturbance becomes proportional to the instantaneous strain of the rock. At the same time, through parameter identification of the rock rheological data under different disturbance times, the rheological damage constitutive model is established, and the test results are in good agreement with the fitted curve. This shows that the establishment of this model is reasonable, and it can reflect the damage characteristics of the rock in the strength limit neighborhood under the action of different disturbance times, and the relaxation time and the disturbance times increase exponentially

Resonance attenuation in fluid transmission through channels without the use of accumulator systems

Accumulators are often effective in reducing noise from hydraulic systems due to their pressure spike dampening effect. Their use is feasible in most cases where replacements are easy. However, certain conditions like harsh environments or sub-sea fishing make accumulator replacements extremely difficult. In line dampeners provide a very easy solution but have never been designed to cater for the resonance dampening as such. Commercially developed inline dampeners also have nitrogen filled bladders or act like and behave as accumulators, posing the same risk of rupture and replacements. This paper addresses a simplistic approach for such channels replacing the need for a bladder/bladder-less accumulator for moderate pressure high rate flow of a non-Newtonian fluid for reduced resonance. Test results show minimal back pressure from the usage of the device. The paper only addresses the resonance factor and not the usual pressure spike control that hydraulic lines suffer from where accumulators work best. Proprietary material and innovation used in the design of the dampener is not discussed here. Sound attenuation for various input levels are compared between the device made and a traditional accumulator and test results were later used in the complete development of an inline bladder-less nitrogen free resonance attenuation device that performs better than having an accumulator in the system.

Experimental Investigation of CO2 Huff and Puff Process Based on Three-Dimensional Physical Models

As an important enhanced oil recovery method for tight reservoirs, CO2 huff and puff (HnP) is getting more attention in recent years. It is urgent to systematically study the characters of CO2 HnP. Due to the limitations of numerical simulation, it is more reliable and reasonable to study the development characteristics of CO2 HnP through experiments. The objective of this work is to conduct comprehensive experiments to clarify the characters and main mechanisms of CO2 HnP process based on the three-dimensional (3D) physical models. A 3D physical experimental apparatus with circumstance of high temperature and high pressure has been developed, which is mainly used to support the models with a fixed confining pressure and temperature. Based on the similarity criterion of dimensionless conductivity, two different 3D physical models (30cm×30cm×3.5cm) with a horizontal well and fractures are made from outcrops to imitate the different reservoirs. Under these preconditions, some CO2 HnP experiments were conducted to investigate the development characteristics from the 3D physical models.Also,long core experiments were carried out to establish and verify the production prediction model, combined with expansion test, diffusion test and nuclear magnetic resonance test. The experimental results show that the development process of CO2 HnP can be divided into four stages: CO2 backflow, Gas production with attached oil, High-speed oil production and Decay. The main mechanism of oil production in each stage is different. With the increase of the cycle number, the recovery factors of both models first increase and then decrease, while the oil/gas replacement rates may drop rapidly. The fractures have been proven to increase the oil recovery from 21.2% to 36.7% after ten rounds of CO2 HnP. Based on the analysis of expansion and molecular diffusion, a production prediction model was established, and the average error between the predicted results and the experimental results is 7.7%, which has good applicability and accuracy. In this paper, some large-scale 3D physical model experiments with CO2 HnP for tight reservoir were elaborated. The development characteristics of CO2 HnP were analyzed, and a production prediction model was established. A lot of valuable experimental data and a better understanding on CO2 HnP process in tight reservoir have been obtained.

An overview of Impact of Geopathic Stress on Environment and Human Health

Earth’ core is dynamic and always fluctuating by the natural variations in its rotation, creating a massive energy field, known as electromagnetic field (EMF). We are continuously exposed to a wide spectrum of electromagnetic radiation from both natural and artificial sources which have adverse effects on the subtle balance in nature's energy fields. Natural geopathic stressors include geological faults, geomagnetic anomalies, ley lines crossing, radon gas and underground water courses. The affected geographical locations are known as geopathic stress zones as these locations exert negative effects upon health. Geopathic stress can affect all living beings including humans, animals and plants. It is primarily associated with sick building syndrome, potentially lead to physical and mental illnesses. It may also cause pavement distress, as well as frequent machinery broke down. Energy from the subsurface of the earth at specific locations or in a built environment can be detected by using ancient techniques like dowsing, and modern devices such as Spinning Electric Vector Analyzer (SEVA) and gas discharge visualization (GDV) camera, as well as tests like Vegetative Resonance Test (VRT) and Light Interference Technique (LIT). It is important that one's bed or workstation is located on a geopathic stress free zone. There is much that can be done to ameliorate or remove geopathic stress, such as ‘Feng Shui’, Earth acupuncture, and various other modern Western methods. This paper aims to discuss the potential impact of geopathic stress on the living environment and human health.

The performance of chlorobenzene degradation in groundwater: comparison of hydrogen peroxide, nanoscale calcium peroxide and sodium percarbonate activated with ferrous iron

The chlorobenzene (CB) degradation performances by various oxidants, including hydrogen peroxide (H2O2), nanoscale calcium peroxide (nCaO2) and sodium percarbonate (SPC), activated with ferrous iron (Fe(II)) were investigated and thoroughly compared. The results showed that all tested systems had strong abilities to degrade CB. The CB removal rate increased with increasing dosages of oxidants or Fe(II) because the generation of reactive oxygen species could be promoted with the chemical dosages' increase. Response surface and contour plots showed that CB could achieve a better removal performance at the same H2O2 and Fe(II) molar content, but the Fe(II) dosage was higher than that of oxidants in the nCaO2 and SPC systems. The optimal molar ratios of H2O2/Fe(II)/CB, nCaO2/Fe(II)/CB and SPC /Fe(II)/CB were 5.2/7.6/1, 8/8/1, and 4.5/8/1, respectively, in which 98.1%, 98%, and 96.4% CB removals could be obtained in 30 min reaction. The optimal pH condition was around 3, while CB removal rates were less than 20% in all three systems when the initial pH was adjusted to 9. The oxidative hydroxyl radicals (HO•) and singlet oxygen (1O2) had been detected by the electron paramagnetic resonance test. Based upon the results of liquid chromatograph-mass spectrometer analysis, the pathways of CB degradation were proposed, in which 1O2 roles were elaborated innovatively in the CB degradation mechanism. The CB degradation performance was significantly affected in actual groundwater, while increasing the molar ratio of oxidant/Fe(II)/CB was an effective way to overcome the adverse effects caused by the complex of actual groundwater matrix.