To simplify HHO industry calls a booster this in easy terms, my way to figure out what every one is calling each item and or device. We are going to start at the basic a cell (cell small enclosed structure: a small contained or hollow unit in a structure ) and in are application a tub or plat put in series to make a pump, ( pump make liquid or gas flow: to force a liquid or gas to flow ) and the number of pumps be it one or 10 to make a generator ( generator device for producing gas: a device in which a gas is formed ) The basics each pump is set to a number of amp + vote to work till it reaches its maxim wattage and then you get stem in stead of gas.
The basics hitting a thermo factor of 148 degrees or high seems, everyone agrees on, makes it easier with chemical electrolysis to brake the water molecules in to oxyhydrogen .The basics their is thermo generators known as a steam generators useing plats or tubs for cells vote & chemicals in witch raises the amp in theory more amps more gas & steam
then you have dry cells useing 7 to 12 enclosed plats to make a generator with electric's & chemicals and a lot of amperage to make a combo gas and a little stem in witch the blubber takes out the stem then you have the wet cells using chemicals & electric's, to lower the amperage and to produce gas and if you are Stan Myers radio frequency & just water. Wall I am not Stan Myers or bob Boyce or Peter Stephens Joe cell.
I am Stephen A Michael. And if I sagest to you that you could make a cell arrangements to utilize all you have learned & research from all these grate people and more out their trying , to achieve in what the HHO industry calls a Booster or if you are me calling it what it is a Generator that produces gas or maybe My design tis a Generator . Because it is really much more being a pump design using chemical induced thermo electromagnetic technology In the Generator, using voltage, chemicals or no chemicals depending on voltage & work with PWM systems as well a design that really is Engineered & Designed with complexity & yet simplicity & And still keeping the budget in mine for most people that are handy at building & assembling pieces together. achieving a pump design that really is a hybrid wet cell & yet a dry cell design and has a little of Stan Myers & Peter Stephens designing in them as well.
And yet the design configurations can be arranged into one pump or laid out into multi pumps to make a Generator. And produces oxyhydrogen gas not steam & the gas it produces gets better and better as it is runs with time. And when done right , will last for a vary long time.
BY Stephen A Michael
To simplify HHO industry calls a booster this in easy terms, my way to figure out what every one is calling each item and or device. We are going to start at the basic a cell (cell small enclosed structure: a small contained or hollow unit in a structure ) and in are application a tub or plat put in series to make a pump, ( pump make liquid or gas flow: to force a liquid or gas to flow ) and the number of pumps be it one or 10 to make a generator ( generator device for producing gas: a device in which a gas is formed ) The basics each pump is set to a number of amp + vote to work till it reaches its maxim wattage and then you get stem in stead of gas.
The basics hitting a thermo factor of 148 degrees or high seems, everyone agrees on, makes it easier with chemical electrolysis to brake the water molecules in to oxyhydrogen .The basics their is thermo generators known as a steam generators useing plats or tubs for cells vote & chemicals in witch raises the amp in theory more amps more gas & steam
then you have dry cells useing 7 to 12 enclosed plats to make a generator with electric's & chemicals and a lot of amperage to make a combo gas and a little stem in witch the blubber takes out the stem then you have the wet cells using chemicals & electric's, to lower the amperage and to produce gas and if you are Stan Myers radio frequency & just water. Wall I am not Stan Myers or bob Boyce or Peter Stephens Joe cell.
I am Stephen A Michael. And if I sagest to you that you could make a cell arrangements to utilize all you have learned & research from all these grate people and more out their trying , to achieve in what the HHO industry calls a Booster or if you are me calling it what it is a Generator that produces gas or maybe My design tis a Generator . Because it is really much more being a pump design using chemical induced thermo electromagnetic technology In the Generator, using voltage, chemicals or no chemicals depending on voltage & work with PWM systems as well a design that really is Engineered & Designed with complexity & yet simplicity & And still keeping the budget in mine for most people that are handy at building & assembling pieces together. achieving a pump design that really is a hybrid wet cell & yet a dry cell design and has a little of Stan Myers & Peter Stephens designing in them as well.
And yet the design configurations can be arranged into one pump or laid out into multi pumps to make a Generator. And produces oxyhydrogen gas not steam & the gas it produces gets better and better as it is runs with time. And when done right , will last for a vary long time.
BY Stephen A Michael
Poor Man Hydrogen Generator On Demand: SMCS HHO Stephens Multi Cell Systems Hydrogen Generator On Demand
68
Poor Man Hydrogen Generator On Demand: SMCS HHO Stephens Multi Cell Systems Hydrogen Generator On Demand
68
Product Details
| ISBN-13: | 9781456719937 |
|---|---|
| Publisher: | AuthorHouse |
| Publication date: | 03/08/2011 |
| Sold by: | Barnes & Noble |
| Format: | eBook |
| Pages: | 68 |
| File size: | 2 MB |