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Gap filled.
Walls are meant to fall. This will break through very soon IMO.
Time to start accumulating on these dips. Glad to finally get a position.
GEVI looks to be moving.
What's your stake in this one?
Why would I know the international celebrities? I don't believe the company has provided any info yet on that. I'm just looking at the chart and filings over the past quarter. If more volume comes in, I might be tempted to grab some.
Keeping an eye on this. Might have to grab a starter, but we'll see.
This one looks interesting. Might have to grab a starter.
Interesting close today.
Got out a long time ago. CEO shenanigans.
News! http://www.otcmarkets.com/stock/GEAR/news/Cannaworx-Announces-The-First-Nationally-Accredited-Cannabis-Online-College-Course?id=120596&b=y
$GEAR looks ready to go this week.
Pretty active day here with $GEAR. Volume picking up nicely. I see some scanners being triggered.
TTDZ was an exciting company and I did very well with it. I'm hoping $GEAR sees a similar run.
Nice action here with $GEAR.
I expect to see $GEAR picking up very soon, especially with this arrangement with Cannaworx.
Fantastic day so far. This $CHIT is looking good.
Looks like this is being held back from its inevitable run up. I'm going to remain patient.
"you shouldn't trust your interpretation"
If one cannot trust their own interpretation of information, who's should they trust? It is not far fetched to understand that $GEAR has a relationship with these companies. They just haven't officially announced any updates recently. I'm sure we'll know more very soon. GLTY
$GEAR does list CannaWorx under Current Projects. The header of that page is titled Our Companies. They also list AquaFer and Contaminated Soil Solutions, Inc under the Our Companies heading. If you wish to challenge the authenticity of this information, I suggest you send an email to: info@gear.international
http://gear.international/currentprojects/
Merger news will generate a lot of volume here. It already has a lot of watchers. If we start seeing the heavy slaps come in, we know it's almost time. $GEAR
Good morning $GEAR
Merger news would be a fantastic catalyst here. $GEAR
Considering the fact that par value is .001, anything under is a steal.
TTDZ went on a nice run and made me a lot of money. GEAR has the potential to follow suit.
Agreed, looking for $GEAR to start trending back up.
L2 looks pretty good. Pretty thin to .0021. $GEAR
Good morning $SNET.
VFIN has backed off of the ask and this looks like it's thinning out.
Good morning $SNET.
Looks like Felicia has exited. Great loading opp today here.
I really hope they open up a World of Beer near me eventually.
This moves on air. $HVCW
ETRF and CDEL need to realize that they can get much more out of this if they jump off of the ask and let the slapping begin.
Based off of the $SNET test results, the Eldor property holds high natural resource value with the high presence of rare earth elements or REE.
Cerium Info: (highest presence in the $SNET samples at 1450 ppm)
Applications
A traditional use of cerium was in the pyrophoric ferrocerium alloy used for lighter flints.
Because of the high affinity of cerium to sulfur and oxygen, cerium itself or as mischmetal is used in various aluminum alloys, and iron alloys. In steels, cerium degasifies and can help reduce sulfides and oxides, and it is a precipitation hardening agent in stainless steel. Adding cerium to cast irons opposes graphitization and produces a malleable iron. Addition of 3–4% of cerium to magnesium alloys, along with 0.2–0.6% zirconium, helps refine the grain and give sound casting of complex shapes. It also adds heat resistance to magnesium castings. Cerium metal is sometimes added to aluminum to improve aluminum's corrosion resistance.
Cerium alloys are used in permanent magnets, and in tungsten electrodes for gas tungsten arc welding. Cerium is used in carbon-arc lighting, especially in the motion picture industry.
CMP
Ceria (CeO2) is the most widely used compound of cerium. The main application of ceria is as a polishing compounds, e.g. chemical-mechanical planarization (CMP). In this application, ceria dioxide has replaced other metal oxides for the production of high quality optical surfaces.
Catalysis
Another important use of cerium oxide is in a hydrocarbon catalyst in self cleaning ovens, incorporated into oven walls and as a petroleum cracking catalyst in petroleum refining.
Major automotive applications for cerium(III) oxide are as a catalytic converter for the oxidation of CO and NOx emissions in the exhaust gases from motor vehicles.
Niche applications
The photostability of pigments can be enhanced by the addition of cerium. It provides pigments with light fastness and prevents clear polymers from darkening in sunlight. Television glass plates are subject to electron bombardment, which tends to darken them by creation of F-center color centers. This effect is suppressed by addition of cerium oxide. Cerium is also an essential component of phosphors used in TV screens and fluorescent lamps. Cerium sulfide forms a red pigment that stays stable up to 350 °C. The pigment is a nontoxic alternative to cadmium sulfide pigments.
Cerium(IV) oxide is used in incandescent gas mantles, such as the Welsbach mantle, where it was combined with thorium, lanthanum, magnesium, or yttrium oxides.
Cerium(IV) sulfate is used as a volumetric oxidizing agent in quantitative analysis. Ceric ammonium nitrate is an oxidant in organic chemistry and in etching electronic components, and as a primary standard for quantitative analysis.
Uranium has to go through refinement to make use of its radioactive, energy producing properties. The fact that it exists here in the samples adds significant value to the Eldor Project. Remember, most of the wars fought today are over natural resources; specifically ones that produce energy. $SNET is onto something here.
Yttrium Info: (huge IMO)
The most important use of yttrium is in making phosphors, particularly the red phosphors used in television set cathode ray tube (CRT) displays and in LEDs.[5]
It is also used in the production of electrodes, electrolytes, electronic filters, lasers and superconductors; various medical applications; and the tracing of various materials to enhance their properties.
As a metal, it is used on the electrodes of some high-performance spark plugs. Yttrium is also used in the manufacturing of gas mantles for propane lanterns as a replacement for thorium, which is radioactive.
Developing uses include yttrium-stabilized zirconia in particular as a solid electrolyte and as an oxygen sensor in automobile exhaust systems.
The radioactive isotope yttrium-90 is used in drugs such as Yttrium Y 90-DOTA-tyr3-octreotide and Yttrium Y 90 ibritumomab tiuxetan for the treatment of various cancers, including lymphoma, leukemia, ovarian, colorectal, pancreatic, and bone cancers.
Interesting info regarding Actinides:
Of the actinides, primordial thorium and uranium occur naturally in substantial quantities and small amounts of persisting natural plutonium have also been identified. The radioactive decay of uranium produces transient amounts of actinium and protactinium, and atoms of neptunium and plutonium are occasionally produced from transmutation reactions in uranium ores.
So what this means is that although only Thorium and Uranium showed up in the tests, Actinum, Protactinum, Neptunium, and Plutonium can all be found. These are all radioactive elements used for harvesting power. They are in high demand by energy sectors and the government.