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Date: Thu, 07 Aug 1997 11:33:52 -0700
To: ignition-point@majordomo.pobox.com
From: Paul Andrew Mitchell [address in tool bar]
Subject: IP: Liquid Nitrogen Car

I have a standard Sears torque wrench which
was deformed by the torque generated from
a CO2 retrofit to a standard Chrysler
V-8 engine, running on only 2 cylinders.
The measured torque was many TIMES the
rated torque from internal combustion
of gasoline.  The "power" was provided
by rapidly expanding CO2 gas.  So, the
principle is sound:  the "heat" is provided
by ambient air, which is immensely energetic.
It can float a Boeing 747, fully loaded with
400 passengers and cargo.

/s/ Paul Mitchell
http://www.supremelaw.com



At 12:57 PM 8/7/97 -0500, you wrote:
>Source: http://www.aa.washington.edu/AERP/CRYOCAR/index.html
>
>LN2000:
>                      The University of Washington's Liquid
>                          Nitrogen Propelled Automobile.
>
>
>The University of Washington is exploring a concept that uses liquid
>nitrogen (LN2) as a thermal energy storage medium for applications to both
>prime power and transportation. In conventional thermal power cycles, such
>as in automobiles, the heat source is supplied at a temperature
>significantly above ambient, by combustion of hydrocarbons for example, and
>waste heat is rejected to the atmosphere. In LN2000's thermal cycle, heat is
>taken from the atmosphere, and applied to a power source significantly below
>ambient. One may consider the atmosphere itself as the (free) heat source
>for a power cycle. Studies have shown that the realized work of a LN2 energy
>storage system could be more than twice as effective as a battery energy
>storage system, and that in many
>situations, energy storage via LN2 would still be far superior to batteries.
>
>
>                                           The development of
electric-powered
>                                           commuting vehicles is being
>encouraged to
>                                           minimize urban smog in regions of
>high
>                                           automotive traffic density.
>Various states
>                                           and countries are considering
>enacting
>                                           measures such as the California
>law that
>                                           requires 10% of all new vehicles
>sold in the
>                                           state to have no polluting
>tailpipe emissions
>                                           by the year 2,003. While these
>electric
>                                           vehicles may reduce smog in the
local
>                                           urban environment, the overall
>                                           environmental impact of a
>transportation
>                                           infrastructure based on lead-acid
>batteries
>                                           may be very detrimental due to
>the effects
>                                           of increased mining and
processing of
>                                           heavy metals and the problems
>arising from
>                                           their eventual disposal. In
>addition, there
>                                           are potential problems related to
>the safety
>                                           of batteries that could release
>lead and
>                                           sulfuric acid onto the roadway as
>the result
>                                           of a collision. Studies indicate
>that the LN2
>                                           energy storage system has
significant
>                                           advantages, in terms of
>performance and in
>                                           environmental concerns, over both
>                                           lead-acid batteries and the
advanced
>                                           batteries currently under
>development. In
>                                           fact, the large scale
>implementation of LN2
>                                           energy storage systems may
>enhance air
>                                           quality in the long run since
>atmospheric
>                                           contaminants must be removed
>during the
>                                           air separation process. 
>
>
>LN2000 utilizes a liquid nitrogen automotive propulsion system that will
>operate on the atmospheric thermal potential, with its only exhaust being
>gaseous N2. Appropriately designed heat exchangers will extract energy from
>the atmosphere to boil and superheat the pressurized cryogen. Utilizing a
>fluid at sub-ambient temperatures simplifies the problem of developing a
>propulsive engine having a nearly isothermal expansion process. Recharging
>the energy storage system would only take minutes rather than hours, as
>required for many electric vehicle concepts. Thus, "Cryomobiles" using a LN2
>propulsion system are well suited for commuter transportation and urban
>fleet applications, and they may be more economical to operate than
>state-of-the-art battery-powered cars having comparable utility.
>
>
>                                                         More detailed
>                                                         information about
>                                                         LN2000's history and
>                                                         current research
topics
>                                                         is available on
these
>                                                         pages or by
contacting
>                                                         one of the
researchers
>                                                         listed on the
Personnel
>                                                         page.
>
>                                                         Layman's Car
>                                                         Schematic
>                                                         Technical
Description
>                                                         Heat Exchanger
Design
>                                                         Official Press
Release
>                                                         CryoCar Picture Page
>                                                         Contact CryoCar
>                                                         Personnel
>
>  
>                                                         You can also read
what
>                                                         the Seattle Times
>has to
>                                                         say about us here.
>
>
>
>You may also want to visit:
>The University of Washington - Department of Aeronautics and Astronautics
>Ram Accelerator at the University of Washington
>The Kirsten Wind Tunnel at the University of Washington
>The University of Washington
>Stanford University
>    
>
>A B. Leland Cheung OuiPage
>web: http://www-leland.stanford.edu/~blcheung
>email: blcheung@stanford.edu
>
>[END]
>
>
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========================================================================
Paul Andrew Mitchell                 : Counselor at Law, federal witness
B.A., Political Science, UCLA;  M.S., Public Administration, U.C. Irvine

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