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Chapter 3
INTRODUCTION
The wet cell battery (also known as the wet cell appliance) was recommended in about 975 readings in the treatment of such conditions as Down's syndrome, spinal cord injuries, scleroderma, stroke, alcoholism, major depression, schizophrenia, color blindness, Parkinson's disease, muscular dystrophy, Lou Gehrig's disease, Alzheimer's disease, rheumatoid arthritis, cancer, polio, and multiple sclerosis.
The wet cell battery consists of two cylindrical rods or "poles," each measuring 1/2" in diameter and between 8" and 10" long, one made of copper and the other of nickel, suspended in an electrolytic solution. The container holds two gallons and has a matching lid (both are made of non-metallic material). Some versions of the wet cell possess long (14" to 16") poles, but are otherwise similar in design and operation.
On top of each pole is a terminal. The one attached to the copper pole is red and represents the positive side of the battery. The one attached to the nickel pole is black and represents the negative side.
The wet cell battery comes equipped with a round, slightly concave copper electrode (1" in diameter), a round, slightly concave nickel electrode (2-1/2" in diameter), a four-ounce-capacity solution jar containing a loop made of hollow lead tubing (3/16" in diameter) in the shape of a "U" (other shapes are also available but are more fragile and harder to clean), and appropriate connecting wire, red for the copper electrode and black for the nickel electrode.
For an illustration of a wet cell battery ready for attachment to the body, visit
ELECTROLYTE PREPARATION
Place the container on some newspaper outdoors or under an exhaust fan. Wearing vinyl gloves, pour 1-1/2 gallons of distilled water into the container. Then slowly add (stirring constantly with a wooden stick or utensil) the following ingredients in the order named:
(1) 1-1/2 pounds of copper sulfate,When all the copper sulfate has dissolved, slowly add 1/2 pound of willow charcoal, stirring constantly until it is completely dispersed into the solution. Then put the poles into the electrolyte and the lid on the container.
(2) 4 ounces of sulfuric acid (25% solution), and
(3) 5.3 grams of zinc particles.
The exact amount of zinc necessary in the electrolyte frequently varied from person to person and from condition to condition. The figure shown above is based on certain MS readings which specify that a "regular" charge requires 3 drams (5.3 grams), and that a "double strength" charge requires 6 drams (10.6 grams) of zinc.
The wet cell battery is usually utilized with the solution jar. Its primary function, therefore, is the vibratory administration of various medicinal agents.
Energy flows from the black (negative) terminal on the appliance through the solution jar, where the vibration of the desired substance is acquired. It is then deposited on the nickel electrode (which is often placed on the abdomen near the navel), flows through the body, is collected by the copper electrode (which is often placed on a particular spinal vertebra), and returned to the appliance via the red (positive) terminal.
The nature of this energy is frankly electrical (although a subtle energy component may also be involved), and it can easily be measured with a digital multimeter
. However, be sure to measure the voltage output after (not before) using the device. Typically, the wet cell battery develops between 20 and 35 millivolts of electrical potential (although wide fluctuations are not unusual).In comparison to the radial appliance, there is very little mystery surrounding the wet cell battery--everything is out in the open; we learn about batteries in school; and we use them to start our cars, power our flashlights, etc. In addition, the readings indicated that the wet cell, by its very nature, actually contributes useful, neuroavailable energy to the body (over and above the vibration of various substances), whereas the radial appliance does not.
In setting up and using the wet cell battery:
(1) after electrolyte preparation, place the appliance where it need not be moved to utilize it, such as on a nightstand next to and about halfway between the foot and head of your bed (let it stand for 24 hours before use);
(2) keep the appliance from direct exposure to sunlight if it is made of clear plastic or glass;
(3) pour the solution you wish to use into the solution jar and cover it with the bare lid;
(4) change the solution in the solution jar after fifteen uses;
(5) keep the solution jar covered with the bare lid and in a dark place when not in use;
(6) never allow the solution jar to come into direct contact with sunlight;
(7) before use, carefully sand and polish the loop and the rim and cup of both electrodes with 600 grit sandpaper (giving them a final wipe with tissue paper);
(8) always use a protective (dust) mask when sanding;
(9) twenty minutes before the attachment of the wet cell to the body, put the loop into the solution jar and screw down the lid; connect the solution jar to the black terminal on the appliance; connect the nickel electrode to the solution jar; then connect the copper electrode to the red terminal on the appliance;
(10) begin your session on the wet cell by assuming a relaxed, comfortable supine or, preferably, prone position in a location free from distractions or disturbances; then apply the copper electrode to the body;
(11) if applying the copper electrode to an extremity, use the Velcro strap to hold it in place (make the strap loose enough so as not to impede circulation);
(12) if applying the copper electrode elsewhere, secure it with adhesive tape or other suitable means;
(13) after the copper electrode has been properly situated, apply the nickel electrode, securing it with adhesive tape or other expedient;
(14) always be sure to apply the copper electrode first;
(15) insure that both electrodes lie flat against the skin;
(16) maintain each session for a period of thirty minutes;
(17) occupy your time on the wet cell in prayer, meditation, and/or reading the Bible or other inspirational literature;
(18) when your session is over, remove the nickel and then the copper electrode from the body; disconnect the electrodes from the appliance; disconnect the black wiring from the solution jar; dry off the loop, and carefully sand and polish it with 600 grit sandpaper (giving it a final wipe with tissue paper); then carefully sand and polish the rim and cup of both electrodes with 600 grit sandpaper (giving them a final wipe with tissue paper);
(19) place the loop, wiring, and electrodes in the sun between sessions (protect them from the elements if placed outdoors);
(20) never allow the poles or the electrodes and their associated wiring to touch, whether attached to the appliance or not;
(21) after thirty uses, discard the electrolyte; clean out and dry the container; remove all accumulations from the poles with 120 grit sandpaper, a wire brush, and, if necessary, a file (giving them a final wipe with tissue paper); then prepare the electrolyte for the next series of treatments;
(22) if attempting to administer more than one substance vibratorially, for each solution, provide a separate jar, loop, and nickel electrode; and
(23) patiently and persistently persevere in the use of the appliance.
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