Highly Conductive and Scalable Ti3C2Tx-Coated Fabrics for Efficient Electromagnetic Interference Shielding You can read more about it here: doi.org/10.1016/j.carbon.2020...
hello, I would like to test this product. Do you have a link for the purchase. The frequencies covered by the description from 8 to 12 GHz are not those used in telephony.
Hello. Can you explain me why there are no papers about MXenes at cellular frequencies? As you show it is working absorbing EM waves at these frequencies too, but I cant find any data on this. Your link refers to 8 to 13GHZ analysis.
Does this MXene coated material block off electromagnetic waves in the ELF range? I’d like to see a demonstration if that’s possible. Humanity is in trouble
Depends on the number of dips. Very low - exact numbers are in the CARBON journal paper: www.sciencedirect.com/science/article/abs/pii/S0008622320311982
@@vladerikkhranovskyy5537 I would worry more more about air pearmability and oxidation. They may have tested in ambient conditions but they haven't thrown it into a washing machine and it would most certainly have to be air dried. If you cover it in sealed plastic might as well use copper tape.
MXene coated fabrics is stable while multiple washing cycles ( doi.org/10.1002/adfm.201905015 ). Low concentration MXene solutions are indeed unstable in air. However, since fabrics need to be well infiltrated to exhibit shielding behaviour. Therefore dipping solution is usually of high concentration to reduce number of dip-coating cycles (approx 15 to 20 mg/mL) which increases oxidation stability.
The only problem I have with this video is, When you call a Cellular phone and if it's out of reach OR Airplane mode OR turned off, the "calling phone" does not sound a "Ringing" tone. Not even a Lead box does not block the signal. and if there is such a fabric I don't think it will be available for the general public in this "surveillance society".
In the article doi.org/10.1016/j.carbon.2020.12.021 samples were tested within the range of 8 to 12 GHz which is Super High Radio Frequency range (SHF)
if the phone was disconnected from the network thanks to the fabric, the call should land directly on the voicemail and not present tones... don't you agree?
Are these ready for wearing on the human body??? Also, this needs to be designed in the bedroom so people can sleep and not get DARPA downloads. Clothes, bedsheets, hats, gloves, even shoes. A whole assembly line of this stuff needs to be produced if this stuff is real. Also, paint and roofing materials need to be made of this stuff.
MXene fabrics shown within the video is produced by dip-coating, however more sophisticated patterns are easily achieved by applying MXene as paint. This material is hydrophilic which allows it to be a perfect fit for conductive and shielding applications without any extra solvents and binders applied.
