Posted on 04/01/2023 9:44:54 AM PDT by RideForever
It’s been looked at for possible use as an adjuvant, but is not contained in any vaccines available to the general public.
The principles of “homotoxicology” do not conform to what is scientifically known about the body in health and disease.
https://quackwatch.org/homeopathy/reg/bhi/
“BTW, I’ve been posting here on FR since 1999, far before AI bots were created. “
The first chatbot was created in 1966.
Magnets won’t stick to stainless steel.
Oops! It is ferrous but magnets don’t stick to stainless.
“Oops! It is ferrous but magnets don’t stick to stainless.”
Ferritic stainless steels - these steels are magnetic primarily due to the presence of ferrite, a compound of iron and other elements. The crystals of ferrite and iron make this type of stainless steel magnetic. It is also important to note that some stainless steels with ferrite have a weak magnetic pull.
Stainless steel grades 409, 430, and 439 are also known as ferritic stainless steels.
Martensitic stainless steels - this category has many types of stainless steel that are magnetic. It is possible for martensitic stainless steel to have a ferromagnetic crystal structure if iron is present. The magnetism of martensitic steel is due to iron being the main component. Martensitic stainless steel has carbon trapped in its crystals are can be hardened to become extremely strong but have reduced chemical resistance compared to austenitic stainless steels.
There are three grades of martensitic stainless steel - 410, 420, and 440.
https://www.eclipsemagnetics.com/resources/are-all-stainless-steels-magnetic/
My stainless steel knives have no problem sticking to the magnetic knife holder in my kitchen.
All 32 of your claims need the 33rd:
#32 Public education has created a nation of science numskulls.
Good to know. I think all of the equipment at my job is 318 stainless, which is non-magnetic (I work in the mix area of a personal care/cosmetics plant). Needles are generally 304 which is generally non-magnetic.
304 is the most common needle material followed by 316
Practical implications for removal of stainless steel particles
Both 304 and 316 stainless steel possesses paramagnetic characteristics. As a result of these properties small particles (approx. 0.1-3mm dia sphere for example) can be attracted to powerful magnetic separators positioned in the product stream. Depending upon their weight and specifically their weight ratio to magnetic attraction, these small particles will be held to the magnets during the production process.
These can then be removed during the magnet cleaning operation. From our experience 304SS small particles are more likely to be held in the flow than 316 SS particles due to its slightly more magnetic nature.
https://www.microgroup.com/understand-magnetic-properties-304-316-stainless-steel/
My stainless steel fridge will not take magnets.
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