|
|
Orwell knew
Joined: 21 May 2004
Posts: 475
Location: Mid-Missouri |
 Sat Jan 29, 2005 5:23 am
|
 |
|
Well, I was hoping others would jump in here,
since you lay it out so well, providing some more scientific details to what many people are now observing almost all over the globe.
So do you think if I took a portable black light outside I could see these titanium fibers all over the place? I have seen what appears to be the same type of stains, pictured in the photos you posted of the house roofs. I have also heard the fibers vibrate somewhat under black light, and that one can catch them by putting a black piece of material out under the rain to collect them by filtering them out.
One thing I noticed that hasn't been discussed much is how it seems chemtrails are being used as a way to use weather as a weapon. One can see allot of the chemtrails are laid in huge patterns that appear to be trying to influence fronts. How does HAARP utilize these trails. Does it use Barium, and how is that being put down. By tankers just like the titanium? Any idea?
SmT |
| |
|
|
Cornelia
Joined: 24 Dec 2004
Posts: 38
Location: EU (Zoorope) |
|
Sat Jan 29, 2005 2:08 pm
|
|
|
orwell and jim,
I've tried that experiment with a black light my hubby uses for work.
No fibers.
I don't know if the lamp was enough watt or whatever, but I've found nothing: not even on a black tshirt left outside on a heavy spray day.
Did I made something wrong?
PS orwell, check your PM.
_________________
*****No english mothertongue***** |
| |
|
|
Jim Phelps
Joined: 01 Dec 2003
Posts: 165
Location: Knoxville, Tn. USA |
|
Sat Jan 29, 2005 2:30 pm
|
|
|
Hello,
The tiny little fibers being observed under black light is not new. It was all the rage a few years back. Ref: http://www.rense.com/general39/chhmit.htm They recomment the 18 inch fluorescent lamps for the better wavelengths to excite the fiber glow.
Titanium will glow under black light. It is one of the ways titanium is detected in minerals. The UV in the sunlight is what makes titanium effective in NOx cleaning of the air.
IMHO,
jp
Related examples of Ti and NOx:
======
May 6, 2004
To Cut Daytime Smog, Attack It At Night
http://www.csmonitor.com/2004/0506/p16s02-sten.htm
Excerpt:
The recipe for an ozone "event" seems simple. Mix together nitrogen oxides
and hydrocarbons that cars, factories, and some natural processes emit. Add
sunshine. Voilą! Ozone smog. Like a vaguely stated cake recipe, apparent
simplicity hides underlying complexity. It takes a lot of preparation to set things up
so the ingredients mix to make major smog.
While smogmaking stops when the sun goes down, the atmospheric cauldron keeps
on bubbling. Its action helps determine what happens after sunrise the next
day. Steven Brown at NOAA's Aeronomy Laboratory in Boulder, Colo., and his
colleagues have dis-covered an effect that makes this point. They find that the
atmosphere in the marine environment of coastal New England can do a trick that
"will short-circuit some of the ozone production that would have occurred the
next day," Dr. Brown says.
During the night, ozone-forming nitrogen oxides undergo chemical reactions
that transform them into nitric acid gas. This gas rapidly deposits on the
surface, partially cleansing the air of key smogmaking ingredients. As Brown's
colleague A.R. Ravishankara notes, this glimpse of a previously unknown process
shows that "the nighttime chemistry is a new piece of the air-quality puzzle....
We need to find out more about when and where it is important." For example:
Are there circumstances where it enhances smogmaking rather than moderating
it? And what else is going on?
This research is part of an ongoing comprehensive study of New England air
quality. Some of the results will be specific to this region. Other findings may
have wider relevance. It is already clear that scientists everywhere need to
understand what's going on in the atmosphere 24 hours a day.
They may need new tools to help them. The discovery Brown and his colleagues
published in Geophysical Research Letters was made possible by new instruments
that measured concentrations of key chemicals that had been nearly impossible
to assess before.
Meanwhile, some air-quality engineers are experimenting with ways to clean up
local air. The European Union is funding tests of a paint that contains tiny
particles of titanium dioxide and calcium carbonate. That combination
transforms polluting nitrogen oxides (NOX) into calcium nitrate with water and carbon
dioxide as harmless byproducts.
Also, tests in Italy showed that a concrete made with NOX-scrubbing cement
reduced street-level concentration of the oxides by up to 60 percent, according
to a report in New Scientist magazine.
By getting a better handle on the complex chemistry of smog, scientists may
make it easier to fight air pollution.
=============
May 10, 2004
Nano-paint gobbles smog
European scientists have devised a paint that soaks up nitrogen oxide gases
emitted by vehicle exhausts, a pollution source that can cause smog and
respiratory problems.
The substance, Ecopaint, will go on sale next month and, when painted on the
side of buildings, should be able to soak up nitrogen oxides (NOx) for five
years until its novel coating is exhausted, an article to be published in the
next issue of New Scientist says.
The secret lies in spherical nanoparticles of titanium dioxide and calcium
carbonate that are just 30 nanometres across, mixed into a silicon-based
polymer, polysiloxane.
The particles are so tiny that the paint is clear, and pigment can be added
to make the desired colour. But the first paint to go on sale will be white.
The polysiloxane is relatively porous, and lets the NOx gases, the collective
name for nitric oxide and nitrogen dioxide, diffuse through it. The gases
then adhere to the particles of titanium dioxide.
The particles absorb ultraviolet radiation from sunlight, and the energy from
this converts NOx in a chemical reaction to nitric acid.
The acid is either washed away by rain or is neutralised by the alkaline
calcium carbonate.
But the calcium carbonate typically lasts just five years. After that time,
the titanium dioxide still breaks down the NOx but the acid produced discolours
the paint.
The product was invented by a British company, Millennium Chemicals, under a
European Union-funded program to help improve air quality in cities.
An experiment conducted in Milan, Italy, in 2002 with a similar catalytic
coating painted on a stretch of road, reduced levels of NOx at street level by
60%, and residents reported they found it easier to breathe. |
| |
|
|
Orwell knew
Joined: 21 May 2004
Posts: 475
Location: Mid-Missouri |
|
Sun Jan 30, 2005 1:06 am
|
|
|
Well so far we have covered two main facets of the chemtrailing programs:
1-Commercial passenger planes using JP-8 fuel to create huge billowing exhaust trails used for reflecting the sun's energy back into space.
2- Military tanker planes spreading tiatanium coated fibrils in the atmosphere to be used as a way to bind fluoride and also to help with the cloud building sunlight reflecting efforts.
so how about these others also:
3-Military spreading of barium or other particles that can be manipulated by the HAARP system(s) to produce movement of fronts, rain, flooding, droughts, hurricanes, and perhaps tsunamis and the hurricanes said to have been POSSIBLY seeded/created and steered into Florida. What exactly is HAARP in conjunction with advanced seeding methods capable of?
and
4- Military/gov conducting biological tests or applications above millions of citizens, hundreds of cities over decades.WE know it has existed in the past. What are these programs doing now?
SmT |
| |
|
|
Orwell knew
Joined: 21 May 2004
Posts: 475
Location: Mid-Missouri |
|
Tue Feb 01, 2005 5:38 am
|
|
|
don't wanna go there, eh? |
| |
|
|
Cornelia
Joined: 24 Dec 2004
Posts: 38
Location: EU (Zoorope) |
|
Tue Feb 01, 2005 12:31 pm
|
|
|
I vote for #3. 
_________________
*****No english mothertongue***** |
| |
|
|
Orwell knew
Joined: 21 May 2004
Posts: 475
Location: Mid-Missouri |
|
Wed Feb 02, 2005 1:44 am
|
|
|
Hey Cornelia, yes I think #3 is a big part of the programs,
and I was hoping Jim, would stick around and share some more of his insights into different aspects of some of the rest of these atmospheric modification programs and how they are now already being used to shape weather events.
I almost got the impression that something seemed to 'spook the horses' so to speak, but perhaps the timing was just such, and Jim will return in a bit with more of his informative contributions.
SmT |
| |
|
|
 
|
|
 Goto page Previous
1, 2, 3
All times are GMT. The time now is Sat May 26, 2012 5:35 pm
|
|
|
|
|
Login
