The Barron-report here under, gives evidence of negative loaded ions ability to counteract the problems of mobile radion on our cells
| barron-report-on-scalar-energy.pdf |
Excerpts from one scientific report on Negative Air Ion's
(entire report found here: http://www.ncbi.nlm.nih.gov/pmc/articles/PMC3138026/).
Evaluation- and Mapping of Spatial Air Ion Quality Patterns in a Residential Garden Using a Geostatistic Method.
Negative air ions (N.A.I.) produce biochemical reactions that increase the levels of the mood chemical Serotonin in the environment. Moreover, they benefit both the psychological well being, and the human body’s physiological condition. The aim of this research was to estimate, and measure, the spatial distributions of negative, and positive air ions (P.A.I.) in a residential garden in central Taiwan. Negative, and positive, air ions were measured at thirty monitoring locations in the study garden from July 2009 to June 2010.
The measurement results showed that the numbers of N.A.I.'s and P.A.I.'s differed greatly during the four seasons. The highest, and the lowest, negative- and positive air ion concentrations were found in the summer and winter, respectively. Temperature was positively affected by negative air ions concentration. No matter what the temperature was, the ranges of variogram in N.A.I./P.A.I. were similar during the four seasons.
It indicated that spatial patterns of N.A.I./P.A.I. were independent of the seasons, and depended on garden elements and configuration. Thus, the N.A.I./P.A.I. was a good estimate of the air quality. Kriging maps depicted that the highest negative and positive air ion concentration was next to the waterfall, whereas the lowest air ions areas were next to the exits of the garden. The results reveal that waterscapes are a source of negative and positive air ions, and that plants and green space are a minor source of negative air ions in the study garden. Moreover, temperature and humidity positively and negatively affected negative air ions concentration, respectively.
The monitoring and mapping approach provides a way to effectively assess the patterns of negative and positive air ions in future landscape design projects. Keywords: negative air ions; positive air ions; geostatistic method; Kriging; garden; air ion index. Studies on negative air ions (N.A.I.) began in the 1970s [1,2]. Negative ions in the air were found to act on the parasympathetic nervous system and relax the nerves, whereas positive air ions were found to act on and excite the sympathetic nerves [3]. N.A.I. numbers increase under the influence of various factors such as movement of water and water drops, radioactive decay, ultraviolet rays, coronal discharge and lightning [1,2,4].
Waterscapes are a major landscape element in garden landscapes. At some large waterfalls, negative air ions are particularly numerous, reaching into the several thousands and even tens of thousands per cubic centimeter. On the other hand, in polluted city air, in closed rooms, in moving cars, and aircraft, near television sets and computers the amount of negative air ions falls dramatically to only the tens per cubic centimeter [5]. Many cases have demonstrated the beneficial human health effects of negative air ions. Krueger [6] investigated the biochemical mechanisms of the beneficial biological effects of negative air ion inhalation, and found it to be useful in decreasing excessive levels of the neurotransmitter Serotonin. Wakamura [7] applied Negative Air Ions to reduce rectal temperature. Nakane et al. [8] found that N.A.I.'s were effective for recovering from the stress caused by computer work. Conversely, positive air ions can cause excessive stress after brief exposure. After longer exposure, a state of exhaustion can be observed in the form of a lowered Norepinephrine level [9].
Researchers have demonstrated that Negative Air Ion's play a role in reducing the transmission of infection in healthcare places [2,10,11], and several authors have reported that Negative Air Ion's inhibit the growth of microorganisms [12]. A space full of excessive Negative Air Ion's is reputed to be associated with quicker recovery from exhausting exercise, induces sounder sleep, reduces bodily aches and pains, and gives fewer respiratory complaints [13]. Moreover, some studies have also found that Negative Air Ion's can remove particles from indoor environments [14,15].
The types of negative ion generation can be broadly classified as water-generated negative ions and electrically-generated negative ions.
Electrically-generated negative ions are produced by the electrical discharge from thunder, radiant energy and ultraviolet light in the natural environment. Air molecules provide the energy which causes electrons to be charged. Discharged electrons combine with oxygen atoms to create negatively-charged air ions [3].
Water-generated negative ions naturally occur around waterfalls, and are created by the ionization of water through the Lenard effect [16]. When water breaks up into small droplets, electrons are arranged on the surface of small water droplets in a Int. J. Environ. Res. Public Health 2011, 8 2306 dipolar
(a pair of separated electric charges or magnetic poles, of equal magnitude but of opposite sign or polarity) fashion [3]. Negatively-charged oxygen molecules combine with several water molecules to form negative ion clusters: O2(H2O)n [17]. Water-generated negative ions essentially are considered to be a natural source of negative air ions [4]. N.A.I.'s produced from water have a longer life in air than do electrically-generated negative ions, and they do not adversely affect the body. Water-generated ion's exhibit suppression of tumor growth, and improvement of Cachexia (loss of weight, muscle atrophy, fatigue, weakness, and significant loss of appetite ) [17]. Many studies have demonstrated that water-generated negative ions are associated with improvements in mood and physical health, and recent research has begun to support the view that negative ions have a net positive effect on health [17-21] and beneficial effects for the respiratory system [22].
The rest of the article is about how ions behave at different temperatures which is not important here.
Links to more research:
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC4344726/
http://www.ehow.com/about_5548212_norepinephrine-do.html
http://www.news-medical.net/health/What-is-Serotonin.aspx
http://www.nndb.com/people/441/000099144/
(about Philip Lenard)
http://www.thefreedictionary.com/dipolar
https://en.wikipedia.org/wiki/Cachexia
(entire report found here: http://www.ncbi.nlm.nih.gov/pmc/articles/PMC3138026/).
Evaluation- and Mapping of Spatial Air Ion Quality Patterns in a Residential Garden Using a Geostatistic Method.
Negative air ions (N.A.I.) produce biochemical reactions that increase the levels of the mood chemical Serotonin in the environment. Moreover, they benefit both the psychological well being, and the human body’s physiological condition. The aim of this research was to estimate, and measure, the spatial distributions of negative, and positive air ions (P.A.I.) in a residential garden in central Taiwan. Negative, and positive, air ions were measured at thirty monitoring locations in the study garden from July 2009 to June 2010.
The measurement results showed that the numbers of N.A.I.'s and P.A.I.'s differed greatly during the four seasons. The highest, and the lowest, negative- and positive air ion concentrations were found in the summer and winter, respectively. Temperature was positively affected by negative air ions concentration. No matter what the temperature was, the ranges of variogram in N.A.I./P.A.I. were similar during the four seasons.
It indicated that spatial patterns of N.A.I./P.A.I. were independent of the seasons, and depended on garden elements and configuration. Thus, the N.A.I./P.A.I. was a good estimate of the air quality. Kriging maps depicted that the highest negative and positive air ion concentration was next to the waterfall, whereas the lowest air ions areas were next to the exits of the garden. The results reveal that waterscapes are a source of negative and positive air ions, and that plants and green space are a minor source of negative air ions in the study garden. Moreover, temperature and humidity positively and negatively affected negative air ions concentration, respectively.
The monitoring and mapping approach provides a way to effectively assess the patterns of negative and positive air ions in future landscape design projects. Keywords: negative air ions; positive air ions; geostatistic method; Kriging; garden; air ion index. Studies on negative air ions (N.A.I.) began in the 1970s [1,2]. Negative ions in the air were found to act on the parasympathetic nervous system and relax the nerves, whereas positive air ions were found to act on and excite the sympathetic nerves [3]. N.A.I. numbers increase under the influence of various factors such as movement of water and water drops, radioactive decay, ultraviolet rays, coronal discharge and lightning [1,2,4].
Waterscapes are a major landscape element in garden landscapes. At some large waterfalls, negative air ions are particularly numerous, reaching into the several thousands and even tens of thousands per cubic centimeter. On the other hand, in polluted city air, in closed rooms, in moving cars, and aircraft, near television sets and computers the amount of negative air ions falls dramatically to only the tens per cubic centimeter [5]. Many cases have demonstrated the beneficial human health effects of negative air ions. Krueger [6] investigated the biochemical mechanisms of the beneficial biological effects of negative air ion inhalation, and found it to be useful in decreasing excessive levels of the neurotransmitter Serotonin. Wakamura [7] applied Negative Air Ions to reduce rectal temperature. Nakane et al. [8] found that N.A.I.'s were effective for recovering from the stress caused by computer work. Conversely, positive air ions can cause excessive stress after brief exposure. After longer exposure, a state of exhaustion can be observed in the form of a lowered Norepinephrine level [9].
Researchers have demonstrated that Negative Air Ion's play a role in reducing the transmission of infection in healthcare places [2,10,11], and several authors have reported that Negative Air Ion's inhibit the growth of microorganisms [12]. A space full of excessive Negative Air Ion's is reputed to be associated with quicker recovery from exhausting exercise, induces sounder sleep, reduces bodily aches and pains, and gives fewer respiratory complaints [13]. Moreover, some studies have also found that Negative Air Ion's can remove particles from indoor environments [14,15].
The types of negative ion generation can be broadly classified as water-generated negative ions and electrically-generated negative ions.
Electrically-generated negative ions are produced by the electrical discharge from thunder, radiant energy and ultraviolet light in the natural environment. Air molecules provide the energy which causes electrons to be charged. Discharged electrons combine with oxygen atoms to create negatively-charged air ions [3].
Water-generated negative ions naturally occur around waterfalls, and are created by the ionization of water through the Lenard effect [16]. When water breaks up into small droplets, electrons are arranged on the surface of small water droplets in a Int. J. Environ. Res. Public Health 2011, 8 2306 dipolar
(a pair of separated electric charges or magnetic poles, of equal magnitude but of opposite sign or polarity) fashion [3]. Negatively-charged oxygen molecules combine with several water molecules to form negative ion clusters: O2(H2O)n [17]. Water-generated negative ions essentially are considered to be a natural source of negative air ions [4]. N.A.I.'s produced from water have a longer life in air than do electrically-generated negative ions, and they do not adversely affect the body. Water-generated ion's exhibit suppression of tumor growth, and improvement of Cachexia (loss of weight, muscle atrophy, fatigue, weakness, and significant loss of appetite ) [17]. Many studies have demonstrated that water-generated negative ions are associated with improvements in mood and physical health, and recent research has begun to support the view that negative ions have a net positive effect on health [17-21] and beneficial effects for the respiratory system [22].
The rest of the article is about how ions behave at different temperatures which is not important here.
Links to more research:
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC4344726/
http://www.ehow.com/about_5548212_norepinephrine-do.html
http://www.news-medical.net/health/What-is-Serotonin.aspx
http://www.nndb.com/people/441/000099144/
(about Philip Lenard)
http://www.thefreedictionary.com/dipolar
https://en.wikipedia.org/wiki/Cachexia