[NewCandle] Role of Glass and Trioxin

[Keith Nagel]

Hehehe. I was also surprised to find all that stuff.
What does the press release say?

K.



-----Original Message-----
From: newcandle-bounces at ipdiscover.com
[mailto:newcandle-bounces at ipdiscover.com]On Behalf Of Nick Reiter
Sent: Thursday, February 08, 2007 6:44 PM
To: New energy for the new world.
Subject: Re: [NewCandle] Role of Glass and Trioxin


Yup yup yup, thats definitely them.

Honestly, it seems like a darned respectable
portfolio, invention wise.  Strange, as the FAX that
came in was rather bland and dimwitted, in that "lets
marginally mis-use neat sounding science words!" way.

I see Renlund has done some work in II-VI
semiconductoires.  I can respect that - thats been my
turf for 16 years.  I wonder if what they are playing
with is a thermoelectric Bi2Te3 chip with some twist
to it...

Curiouser.  Must... find... out... more... can't...
pull... away!

N


--- Keith Nagel <NewCandleAdmin at ipdiscover.com> wrote:

> Oops, hit the send button by mistake.
> 
> Triox is these guys?
> 
>
http://www.macraesbluebook.com/search/company.cfm?company=686389
> 
> They're privately held.
> 
> Here's what US patents I could find assigned
> directly to Triox
> 
> 5,385,874  Ceramic compositions  
> 5,302,258  Method and apparatus for separating
> oxygen from a gaseous mixture  
> 
> These three guys seem to be "it" in descending
> order...
> 
> Renlund; Gary M. (Salt Lake City, UT),
> Syammach; Mustafa A. (Salt Lake City, UT) 
> Mackerell; Richard R. (Salt Lake City, UT),
> 
> Gary Renlund has been around a bit, here's what he's
> been granted in the US.
> 
> 7,172,813  Zinc oxide crystal growth substrate  
> 7,161,173  P-type group II-VI semiconductor
> compounds  
> 7,141,489  Fabrication of p-type group II-VI
> semiconductors  
> 6,672,219  Low observable ammunition casing  
> 5,441,610  Oxygen supply and removal method and
> apparatus  
> 5,385,874  Ceramic compositions  
> 5,302,258  Method and apparatus for separating
> oxygen from a gaseous mixture  
> 5,180,694  Silicon-oxy-carbide glass method of
> preparation and articles  
> 5,041,248  Process for making fine diameter ceramic
> fibers using a moldable ceramic composition  
> 4,981,820  Cellular silicon-oxy-carbide glass from
> foamed silicone resins  
> 4,571,414  Thermoplastic molding of ceramic powder  
> 4,551,496  Thermoplastic molding of sinterable
> silicon carbide  
> 4,551,436  Fabrication of small dense silicon
> carbide spheres  
> 4,530,808  Binder removal from thermoplastically
> formed SiC article  
> 
> And what was/is in the hopper.
> 
> 20050287817 Low dielectric constant zinc oxide  
> 20050285138 Persistent p-type group II-VI
> semiconductors  
> 20050285119 Dynamic p-n junction growth  
> 20040235214 Fabrication of p-type group II-VI
> semiconductors  
> 20040234823 Zinc oxide crystal growth substrate  
> 20040232427 P-type group II-VI semiconductor
> compounds  
> 20040232412 Group II-VI semiconductor devices  
> 20040196538 Rare earth compounds having
> photo-luminescent properties and applications
> thereof  
> 20040159903 Compounds and solid state apparatus
> having electroluminescent properties  
> 20030127011 Low observable ammunition casing  
> 
> It does sound intriguing, but as you say a little
> kooky. Whatever his
> battery is, you can bet it involves semiconductors
> (grin).
> 
> Thanks for the tip re: glass, Jones also complained
> of this in
> his/their peroxide generating experiments. 
> 
> K.
> 
> 



 
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