Hi Fred,
Enthalpy being a state variable, if it releases high energy when consumed I
imagine it absorbs high energy when formed?
Michel
----- Original Message -----
From: "Frederick Sparber" <[EMAIL PROTECTED]>
To: "vortex-l" <[email protected]>
Sent: Sunday, April 23, 2006 12:01 PM
Subject: Re: EONIUM-HERE (H3O*) Powered Engines
Eonium, (H3O*) is a neutralized hydronium ion, a High-
Energy-Releasing Entity (HERE) formed at the Metal-H2O (Helmholtz Layer)
Interface
from the Natural Free Energy Auto-Ionization of water into H3O+ and OH-
ions.
It has been around for Eons, and can form at any surface that can donate
an electron to neutralize the H3O+ ion
H2O- n(H3O*) drawn from an Eonium Cell for a 4.0 liter 4 cycle engine
with a Venturi effect (Air - H2O or H3O*) mixing ratio of 2:1 at 2400
RPM/4
equal about 5 liters of H2O-n(H3O*) ~ 1/12 gram per second or 300 grams
3/4 lb (as H2O) per hour.
A gram of H2O evaporated at 15 torr (~ 0.6 inches Hg at 65 F) occupies
~ 62 liters volume.
The "Eonium" generation takes place at the Helmholtz layer at the
Metal-H2O interface,
hence the battery voltage/energy serves more as a "biasing" function than
a
power-consuming electrolysis source.
The Metal-H2O interface surface area per cylinder/displacement
requirement is crucial for adequate H2O-H3O* production, but the
load/demand
control without a "throttle" might be sporadic..
You can hear more about Eonium-Here here. :-)
Fred
