Exercise : Plasmafication of Atmosphere : Effect on Human Memory
Situation
Memory Types
i. Working
ii. Short
iii. Mid
iv. Long
...
...such as...!...
...
I. names of state capital cities
...be long...!...
...owhh...
II. number of days until end of month or year
...oooh...
...
...be short...
...
...may be mid...?...
...
III. what time teeth were last brushed
...short...
...oh...
...a bit...
IV. running total of money from each of 5 coins
added into hand
..."working"...
...known..!...
...ahh...
...uhhh...
...huhummm...
V. turns in street a directions to the rail
station
...and as above...
...
...with up one...!...
...
...
...
-> NEED to test the memory effect of the plasmafication being caused by comet tail dust pollution into earths atmosphere...
...
...how...
...what rate...
...the plasma...
Since the COVID-19 pandemic, air sterilisation by various non-thermal atmospheric plasma (NTAP) methods such as the plasma jet... [ has been "in use" at some facilities ]...
1. Energizes:
A plasma jet ionizes and energizes air gases by applying a high-voltage electric field or microwave radiation to strip electrons from gas molecules.
When a plasma jet interacts with air gases, it causes specific physical and chemical changes:
Ionization:
It turns neutral air molecules (such as nitrogen, oxygen, and argon) into a conductive mix of charged particles, ions, and free electrons.
Generation of Reactive Species:
Electron-neutral collisions break apart oxygen (O₂) and nitrogen (N₂) molecules, creating highly reactive chemical groups known as Reactive Oxygen and Nitrogen Species (RONS), such as ozone (O₃), atomic oxygen, hydroxyl radicals (\bulletOH), and nitric oxide (NO).
Excitation and Light Emission:
Excited gas atoms and molecules release energy in the form of ultraviolet (UV) photons and visible light as they return to a lower energy state (seen as a glowing plasma plume or "plasma bullet").
Thermal Expansion or Non-Thermal Flow:
• In cold atmospheric plasma jets, the electrons stay high-energy while the bulk air gas remains near room temperature, allowing it to treat sensitive surfaces or biological tissue safely.
• In thermal or propulsion plasma jets, superheating expands the ionized air violently to generate high-velocity thrust without burning chemical fuel.
source: google.com ...oh...
...then...
...need to know...[those]
[ reactive chemical groups known as
Reactive Oxygen and Nitrogen Species (RONS):
such as ozone (O₃), atomic oxygen, hydroxyl radicals (OH), and
nitric oxide (NO) ]
...
...yeah...
...and do...
...ohh...
...
...
Oxygen accounts for approximately 24% to 25% of all individual atoms (atomic percentage) in the human body, or about 61% to 65% of the body's total mass. [1, 2, 3]
The difference depends on whether you measure by element count or by weight:
By Atom Count (Atomic Percentage):
Oxygen makes up roughly 24% of the total number of atoms. (For comparison, hydrogen is the most abundant atom by count at ~62% due to water molecules (H2O), and carbon makes up about 12%).
By Mass (Weight Percentage):
Oxygen makes up roughly 61% to 65% of the human body's total weight, largely because oxygen atoms are much heavier than hydrogen and carbon atoms, and water (H2O) makes up over half of body mass. [1, 2, 3, 4]
source: google.com
...i knew...!...
...i meant we...!...
... - source: female
...
...now...who...?...
- source: male
...
...he thinks it's fun...!!?!...
- source: female with incapacited status ?
...
...uh no...
...not in humour... ...!...
- source: male other
...
...but what would be the point in knowing...!?...
...and all that..!?...
...
...testing our memory.....
....
...are we...!...
...how?
...owhhh...!...
...
..
...then eh...
- need to know the level of aurora each time/day of memory test...!?...
...yeah...
...would...
...mmmm...
...ehh...!...
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