I-radiation yomakhalekhukhwini i-ionize...

Okutholakele kwakamuva: I-ionization ngemisebe yeselula ngenxa yokushaya kwesignali

Njengoba izindikimba ezisemthethweni zingakhathali ukumemezela, ama-microwave futhi ngaleyo ndlela imisebe yeselula iyingxenye "engeyona i-ionizing" ye-electromagnetic frequency spectrum. Ngokuphindaphindiwe kuthiwa le misebe inamandla amancane kakhulu okukhipha ama-electron endaweni yawo, njengama-X ray noma imisebe ye-UV. Ngakho-ke akunangozi futhi kungcono umphumela wokufudumala kuphela ongenzeka...

Kodwa uyichaza kanjani imiphumela efakazelwe yebhayoloji engaphansi kakhulu kwalo mngcele oshisayo kanye nomonakalo owumphumela lapho abantu abaningi ngokwengeziwe behlupheka? Yiziphi ezinye izindlela zokwenza umsebenzi wezinkambu zikagesi ezinhlelweni zebhayoloji imizimba "esemthethweni" ejabule kakhulu ukuthi ingazinaki?

Nasi isifinyezo sezinto ezibonakalayo ezifanele:

1. Inkundla kazibuthe
Ngakho-ke umuntu akumelwe acabangele kuphela ingxenye "kagesi" yegagasi likagesi, kodwa futhi nengxenye "yamagnetic"! Lokhu, futhi, kungenza kahle kakhulu imisinga emzimbeni okungeyona eyalapho. Ngaphezu kwalokho, insimu kazibuthe njengembangela, ngokungafani nensimu kagesi, ingena kuzo zonke izinto ezibonakalayo, kuhlanganise nomzimba womuntu.

2. I-resonance
Ikakhulukazi ebangeni le-microwave, ama-molecule amaningi ebhayoloji yamaseli ahambisana namaza athile ayisisekelo okuxhumana kwamaselula ngenxa yobukhulu noma ukwakheka kwawo. Lokhu kungaholela kahle kakhulu ekuphenduleni kwala ma-molecule emisebeni ngokwandisa noma ukushintsha ukudlidliza kwemvelo kwalawa ma-molecule.

3. I-polarization
Izinkambu ze-electromagnetic zemvelo AKUKHO polarized, kodwa ezokwenziwa zinjalo! Endabeni ye-EMF ekhiqizwe ngobuchwepheshe, inkambu kagesi emise okwegagasi kanye nenkundla kazibuthe ehlotshaniswa nayo i-perpendicular komunye nomunye. Lokhu kubangela ukuphazamiseka, okuholela ekwandeni komfutho wabo. Lokhu kwandisa ukucindezeleka kwembondela kumaseli.

4. ukushaya
Yikho kanye ukushaywa kwesignali okubangela izinkinga eziningi. Lapho unqenqema lwesignali ye-pulsed, ukuqina komphumela wokushayeka! Iqiniso lokuthi imvamisa ye-pulsing imvamisa isebangeni lokudlidliza "kwebhayoloji" ibalulekile lapha. I-digital pulsing ayidali "harmonic" sine wave, kodwa igagasi lesikwele elithi "disharmonic".

FUTHI KUYAMANGALISA...

Futhi kusekuhlanganiseni kwawo wonke lawa maza nama-modulations lapho inkinga ilele:

Abacwaningi bafake isignali yemisebe yeselula ekuhlaziyweni kwezibalo ngokusho kukaFourier futhi bafinyelela esiphethweni lapho isignali ihlukaniswa ngokwezibalo ukuthi lokhu kubangele kokubili ingxenye engeyona i-ionizing ebangeni lefrikhwensi ye-microwave kanye nengxenye ye-ionizing ebangeni lefrikhwensi ye-UV. -Ukushiswa kwemisebe nokukhuphuka kuyafika.

Futhi lapho izinhlangothi ze-pulsation zikhuphuka, ziphakama ingxenye ye-ionizing!
Futhi yiyo kanye le ngxenye ye-ionizing enganyakazisa ama-electron futhi ngaleyo ndlela ibangele ukulimala kwe-DNA, izimila, ingcindezi ye-oxidative, njll., njenge-X-ray noma imisebe ye-UV.

...Lokho akusho lutho ngaphandle kokuthi amafrikhwensi aphezulu e-ionizing, njengama-stowaways, anikezwa enganakiwe ngokushaya imvamisa yenkampani yenethiwekhi engeyona i-ionizing...

Lesi simo singaqondwa kakhulu "kuncane":

Uthatha idivayisi yokulinganisa i-broadband ukuze uthole imvamisa ephezulu bese uzama ukukala ngayo imisebe yegridi yamandla evamile - akukho okwenzekayo ngokuvamile - ngoba le divayisi yokulinganisa AYIKABANGA imvamisa yamandla endlu engu-50 Hz. Kodwa-ke, uma ukhanyisa futhi ucisha isibani, inkambu yefrikhwensi ephezulu ebangeni le-microwave ikhiqizwa kafushane ngomsebenzi ngamunye wokushintsha, obese uboniswa idivayisi yokulinganisa.

Lesi yisimiso esifanayo ne-digital pulsing, isignali (lapha ukugeleza kwamanje esibani) kuyacishwa noma kuvaliwe. Futhi ngayo yonke inqubo yokushintsha, inkambu yefrikhwensi ephezulu kakhulu iyakhiqizwa lapha kunalokho obekungacatshangwa ngokunikezwa kwamandla ka-50 Hz...

imithombo:

Futhi noma kunjalo i-ionizes ...

I-ionizing emisebeni yezokuxhumana ngeselula? 

https://kompetenzinitiative.com/forschungsberichte/ist-die-unterteilung-in-ionisierende-und-nichtionisierende-strahlung-noch-aktuell/

UProf. Karl Hecht: Umthelela wokuphehla kwe-10 Hz kwemisebe ye-electromagnetic evela ku-WLAN kubantu

I-Polarization