Diamagnetic catalyst with bismuth has tunable surface monoatomic layer

Yay Catalysts
Yay Bismuth

This video is about Moving catalyst atoms around using bismuths diamagnetic physical movement capacity to make a structure able to dynamically change the monoatomic reaction surface of a catalyst to make it eleven or more times more effective from the outside of the reaction container

I've seen diamagnetic things levitate with magnetic effect Bismuth is the most Diamagnetic element

Here we borrow the imagery of the awesome n nformative periodic videos video on Bismuth visit the original click the link

at C EN April 7 2008 at the Gabor Somorjai article http://pubs.acs.org/subscribe/journals/cen/86/i14/toc/toc_i14.html there is a graph that describes the way reactions like heptane to toluene are 7 or more times more effective with staggered geometry compared to square geometry The way atoms are arranged on the surface affects rate I'm sure we all like the idea of gas refineries that are seven times more efficient Further a stepped atom surface is 11 or more times as reactive converting isobutane to n-butane

This is the time on Unnamed Eastern Occupational government sprockets when we view the diagrams as annotations as state has not authorized this video

truthfully I go to onetruemedia.com n the browser displays
http://www.lib.ucdavis.edu/img/dotted.gif

OOOOOOOOOOOOOOOOOOOOOOOO metal catalyst atom layer
OOOOOOOOOOOOOOOOOOOOOOOO another metal catalyst atom layer
OOOOOOOOOOOOOOOOOOOOOOOO another metal catalyst atom layer
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; diamagnetic molecule layer Then Activate magnetism to change monoatomic surface geometry OOOOO OOOOOOOO
OOOOOOOOOOOOOOOOOOOOOOOO metal catalyst atom layer
OOOOOOOOOOOOOOOOOOOOOOOO another metal catalyst atom layer
;;;;;;;OOOOOOOO;;;;;;;;;;;;; another metal catalyst atom layer
;;; ;;;;;;;;;;; diamagnetic molecule layer


Outside the reactor container Use EM tuned to a macrostructure frequency to change the active monoatomic surface layer geometry / Bismuth /
/OOOOOOOOOOOOOOOOOOOOOOOO/
/OOOOOOOOOOOOOOOOOOOOOOOO/
/________________________/

_____________________________
_____________________________ / Bismuth /
/OOOOOOOOOOOOOOOOOOOOOOOO/
/OOOOOOOOOOOOOOOOOOOOOOOO/
/________________________/


The idea is that using a layer of diamagnetic molecules under a certain number of monoatomic layers of catalyst atom the surface of the catalyst can be strobed with effective magnetism to cause bulging which causes the eleven times more effective stepping geometry to occur

It might actually look like a fresnel lens as it bulges with response to EM

Yo visualize a diffraction grating now just an array of lines Frequency specific Is it not

More wonderful is the idea of placing an array of lines of the catalyst at ruled ntervals then the diamagnetic catalyst layering is associated with a particular light or EM radiation frequency Rather like a diffraction grating the depthy linear catalyst structures respond when the right frequency of radiation reaches them They could either bulge or flatten as a response to absorbed radiation changing the diamagnetism molecule layer

Being able to dynamically change the reaction surface of a catalyst to make it eleven or more times more effective from the outside of the reaction container gives a way to literally beam hyperefficiency to different areas of a fluidized bed chemical reactor with regard to available reagents plus the way the stuff is variably spread This also gives a way to regenerate catalysts with EM radiation

When refineries make things they use catalysts the idea that a neural network could learn to tune the surface monoatomic layer of a catalyst to precisely match reactor plus reaction chemicals creates much greater efficiency
geometry

I thought diamagnetism was a bulk effect this is even more effective as a diamagnetic molecule

Anyway Chemistry is super awesome

Category:

Science & Technology

Tags:

• Diamagnetic
• catalyst
• with
• bismuth
• has
• tunable
• surface
• monoatomic
• layer
• regeneration
• chemistry
• chemical
• process

[solidspin1]

There's an easier way to pull this off and simultaneously get better penetration, but kudos to you, beanangel! We clearly think similarly: rather than "out of the box", our mantra in my lab is "there is no box"!

[solidspin1]

this is so trippy. Yes, a neural network would work, but it's too expensive. A simple bed and experimentation with an in-line GC or LC/MS would work just fine. Very yeah, catalysts!!! Very yeah, Lewis acid catalysts!!!!!

[myztic123]

HELL YEAH BISMUTH

[smokyatgroups]

Yes audio is low but information conveyed is nothing short of fantastic! Thank you for posting...wish I could learn more about this ......OU energy fanatics like me need this stuff.

[manwiththeplan25]

The audio is very low.