Health Benefits of a Magnetic Wrist Malas
There are numerous reasons you will enjoy wearing a magnetic bracelet. Health benefits commonly associated with magnetic bracelet use include headache relief, arthritis and joint pain relief, stress relief, chronic pain relief, help healing injuries, and treatment of cancer. Scientific research is beginning to support these benefits, as recent studies have found that wearing a strong magnetic bracelet relieved the pain of osteoarthritis sufferers. While there is no guarantee associated with your magnetic bracelet, you will be relieved to know that others have begun to feel the benefits of wearing one within hours or days of first use.
Your Magnetic Bracelet Buddhist Wrist Malas and Ki (Prounounced Chi)
Your body's Ki, or natural flow of energy, is affected by your magnetic bracelet. When the magnetic bracelet balances out imbalances in your energy field, it will help to improve your health and relieve pain, etc.
Magnetic Bracelet Therapy
This technique actually originated in ancient times in China, Japan, Egypt, and Greece, but it has since spread to the rest of the world and caught on like wildfire as science and people's experiences both confirmed the validity of such healing. Therapy with magnets involves the principle that the body has an energy field, and magnets also have energy fields. Therefore, if any diseases or sicknesses strike the body and create an imbalance in your energy field, by using the correct magnet in the right way, you can balance out the effect to heal your body.
A more scientific version of the explanation for those who are interested is that cells communicate by way of magnetic (electromagnetic and bio-magnetic) fields, and various stresses or injuries impede proper communication, and miscommunication creates illnesses. By applying the right type of magnet, the miscommunication is cleared to reopen the flow of energy and information between cells.
About Reiki
This is a Japanese technique that balances the body's magnetic field through energy fields and points called chakras and meridians. The art of Reiki is about restoring and revitalizing your body through these points and ways by moving Ki around. The practitioner of Reiki can emit a powerful magnetic healing state that is then transmitted to the patient (or the recipient of the magnetic bracelet). To put it simply, Reiki uses energy that already exists to balance out imbalances in the body's magnetic field... much like magnetic therapy does! The benefits of combining both can be enormous.
Reiki History
Although Reiki originated in Japan, it has spread to the Western world, thanks to a few individuals who trained others. The discoverer of Reiki, Dr. Mikao Usui, had a vision of the Reiki healing symbols after three weeks of fasting, praying and meditating on Mount Kurama. After his death, Chujiro Hayashi took over, and 22 original Reiki Masters who were trained by her still work with Reiki. Thanks to her, they have spread it to other nations, where more and more people are beginning to pick up on this trend.
Benefits of Reiki Charged Objects
Since Reiki isn't attached to any particular belief system, anyone can benefit from a Reiki charged object like this hematite magnetic bracelet. As long as you desire to be healed, you will benefit from the universal energy that the magnetic bracelet is charged with Reiki
Sunday, July 18, 2010
Sunday, December 6, 2009
Renewable Energy
Renewable Energy Source: BioEthanol
With the fossil fuels depleting and demand for energy growing continuously, alternate renewable energy sources are being explored extensively. The automobile industry at present is totally dependent on the fossil fuels. Moreover, the fossil fuels release a lot of harmful gases and cause air pollution and global warming. The renewable energy sources are environmental friendly and cause less or no pollution. One of the promising sources for renewable energy is the organic compound Ethyl Alcohol also known as Ethanol. This is widely used in alcoholic beverages and can be generated from sugarcane and corn.
BioEthanol refers to the ethanol produced by fermenting cellulose. BioEthanol can be used as a replacement for fossil fuel. BioEthanol is an alternate option for the automobile industry. When the water content in ethanol is less than one percent it is referred to as the anhydrous ethanol and can be used along with gasoline. BioEthanol is widely used in Brazil. The combustion of ethanol is similar to inverse process of photosynthesis and releases no by products that cause air pollution. Ethanol can also be produced from petroleum ethylene and acetylene. Synthetic ethanol is chemically same as that of the ethanol synthesized from cellulose. This article brings out the key aspects of BioEthanol as a vital renewable energy source.
BioEthanol Production: Production process basically depends on the type of ethanol being produced. For BioEthanol, the process of fermenting the cellulose or sugar using yeast is common. Before fermentation, hydrolysis converts the cellulose and starch into sugar for fermentation. Even certain enzymes are used for this process. Sugarcane is the most common crop from which ethanol is produced In case of synthetic ethanol, the process of dehydration and distillation are followed.
Before using BioEthanol as fuel, distillation process is employed to remove the water content from BioEthanol. The chemical process of dehydration utilizes dehydrators like benzene, calcium oxide or zeochem for removing water from ethanol.
BioEthanol for Automobiles: Already many car companies are producing high compression engines which are suitable for combustion of ethanol. BioEthanol has less energy for the equal volume of gasoline. Hence a higher compression ration engine can produce the same power as that of a pure gasoline engine. Higher compression engines aid in proper combustion and less smoke. Better combustion also leads to higher fuel efficiency and less pollution. Ethanol is used in automobiles in two ways. Small proportions of ethanol can be mixed with gasoline up to 15% and used in normal internal combustion engines. This will reduce the pollution without hampering the performance of the automobile. The second method of using ethanol is in pure ethanol internal combustion engines. Modern automobile technology has also produced dual fuel engines where either ethanol or gasoline can be used without any modification to the engine design. Many countries like Brazil, United States of America, Sweden, and Australia are promoting the production and use of ethanol for automobiles.
Advantages: Bio-ethanol production process does not cause any environmental pollution since it involves fermentation. BioEthanol can be produced from any cellulose compound available in plants. Hence the production of BioEthanol will not lead to food shortage. BioEthanol burns well and does not contain harmful particles and is much better than gasoline with regards to air pollution.
Green Living
With the fossil fuels depleting and demand for energy growing continuously, alternate renewable energy sources are being explored extensively. The automobile industry at present is totally dependent on the fossil fuels. Moreover, the fossil fuels release a lot of harmful gases and cause air pollution and global warming. The renewable energy sources are environmental friendly and cause less or no pollution. One of the promising sources for renewable energy is the organic compound Ethyl Alcohol also known as Ethanol. This is widely used in alcoholic beverages and can be generated from sugarcane and corn.
BioEthanol refers to the ethanol produced by fermenting cellulose. BioEthanol can be used as a replacement for fossil fuel. BioEthanol is an alternate option for the automobile industry. When the water content in ethanol is less than one percent it is referred to as the anhydrous ethanol and can be used along with gasoline. BioEthanol is widely used in Brazil. The combustion of ethanol is similar to inverse process of photosynthesis and releases no by products that cause air pollution. Ethanol can also be produced from petroleum ethylene and acetylene. Synthetic ethanol is chemically same as that of the ethanol synthesized from cellulose. This article brings out the key aspects of BioEthanol as a vital renewable energy source.
BioEthanol Production: Production process basically depends on the type of ethanol being produced. For BioEthanol, the process of fermenting the cellulose or sugar using yeast is common. Before fermentation, hydrolysis converts the cellulose and starch into sugar for fermentation. Even certain enzymes are used for this process. Sugarcane is the most common crop from which ethanol is produced In case of synthetic ethanol, the process of dehydration and distillation are followed.
Before using BioEthanol as fuel, distillation process is employed to remove the water content from BioEthanol. The chemical process of dehydration utilizes dehydrators like benzene, calcium oxide or zeochem for removing water from ethanol.
BioEthanol for Automobiles: Already many car companies are producing high compression engines which are suitable for combustion of ethanol. BioEthanol has less energy for the equal volume of gasoline. Hence a higher compression ration engine can produce the same power as that of a pure gasoline engine. Higher compression engines aid in proper combustion and less smoke. Better combustion also leads to higher fuel efficiency and less pollution. Ethanol is used in automobiles in two ways. Small proportions of ethanol can be mixed with gasoline up to 15% and used in normal internal combustion engines. This will reduce the pollution without hampering the performance of the automobile. The second method of using ethanol is in pure ethanol internal combustion engines. Modern automobile technology has also produced dual fuel engines where either ethanol or gasoline can be used without any modification to the engine design. Many countries like Brazil, United States of America, Sweden, and Australia are promoting the production and use of ethanol for automobiles.
Advantages: Bio-ethanol production process does not cause any environmental pollution since it involves fermentation. BioEthanol can be produced from any cellulose compound available in plants. Hence the production of BioEthanol will not lead to food shortage. BioEthanol burns well and does not contain harmful particles and is much better than gasoline with regards to air pollution.
Green Living
Subscribe to:
Posts (Atom)