Thankyou all for joining me on this journey...

Today we are going to talk about the AHELNI and the AHELNIR. Those of you that have been present from the start will have no problem in making the jump to these advanced concepts, for those of you just joining us the links below may help with some background:

http://www.overunity.com/index.php?topic=10218.0

http://www.overunity.com/index.php?topic=10274.0

http://www.overunity.com/index.php?topic=10153.0

Let us begin with the AHELNI - Advanced Hydro Electro Lytic Nozzle Insert

I have recently spoken about the development of the Nozzle Insert from the De Laval Nozzle initial concept. It is important to note that I did not invent the dynamic shape of the De Laval Nozzle, the simplified cylindrical shape, or its inverse. I did however advance the concept of application of Closed System Crossover to this device.

I am now going to take this one step further...

The first diagram below is the AHELNI, this combines the principles we have learned so far with the HELIS Nozzle Insert and its inverse utilised in the ECV (Energy Conversion Valve) into one component.

The diagram provided is a sectional view of the cylindrical assembly, you are required to activate your spatial relations abilities to visualise in your minds eye this assembly in 3 Dimensions, in order to correctly understand its operation and mechanical requirements.

The circular, tubular construction provides 3 Dimensional stability preventing problems from vibration. It also provides increased surface area to maximise functionality.

This is not going to be easy to machine, it will take considerable skill to get it right. CNC offers the potential for you to do the thinking and the machine to accurately do the work. I encourage anybody with the skill set required to program a CNC with the data file to create said file and post it here for all to utilise.

Now, you may notice that I have reversed the polarity of the AHELNI from the HELIS. The reason I have done this is that the HELIS maximised surface area for
DC -  production of Hydrogen with off the shelf components. The AHELNI maximises surface area for DC - production of Hydrogen with custom components. I am not overly concerned with DC + production of Oxidiser as this can easily be sourced from the environment at point of use.

Moving on the AHELNIR - Advanced Hydro Elecro Lytic Nozzle Insert Resistor is a prototype concept for a Wet Cell HEL Resistor. A bank of these will look like a Stan Meyer setup, upside down, inside an enclosed non conducting housing. The electrical circuit variables are complex to analyse without experimental data and so I cannot provide you with this. Time to get to work.

Note the Gravity related orientation to maximise naturally occurring forces and properties.

RM