Ko ne veruje amerima, veruje valjda rusima, tada su bili neprijatelji, a evo ga jedan koji se zakleo da su ameri sleteli na Mesec i da su teorije zavere obična glupost, nije da je neki važan baja, samo Aleksej Leonov, prvi čovek koji je izveo svemirsku šetnju :


Izvor: Russia Today

Sry mislio sam da znaš engleski, danas nemam mnogo vremena, videću sutra kako bude pa ću prevesti makar neke delove. Suština je da su na FOX-u 2001. napravili emisiju o ovoj temi, ali su joj pristupili jednostrano i sa namerom da dokažu da je sletanje na Mesec prevara, a vlasnik ovog sajta, Phil Plait je objašnjavao fenomene koje su pobornici teorije (namerno ili zbog nepoznavanja materije) pogrešno tumačili u emisiji.
Među gostima je bio i Bill Kaysing, umetnik i stolar, koji je najveći pobornik i vođa teorije o falsifikovanju sletanja na Mesec:
http://en.wikipedia.org/wiki/Bill_Kaysing

Phil Plait je poznati astronom i njegovu kratku biografiju možeš naći ovde:
http://en.wikipedia.org/wiki/Phil_Plait

Takođe je na engleskom, pa ću samo kratko:
1994. je stekao Ph.D iz astronomije (doktor nauka astronomije) na temu supernove, radio je na COBE projektu, satelitu za merenje kosmičke radijacije, kao i na projektu Hubble teleskopa na kojem je radio 5 godina. Kasnije je radio na univerzitetu Sonoma na odseku za fiziku i astronomiju koji je napustio 2007. i posvetio se pisanju. 2008. je postao predsednik James Randi fondacije, neprofitne organizacije koja se bavi edukacijom ljudi kako ne bi uzimali nenaučne tvrdnje i teorije zdravo za gotovo.

Čistokrvni stručnjak za raketnu tehnologiju i svemirske letove 

Pa u Srbiji se naviklo da u javnosti caruju kojekakvi umetnici, pesnici, magacioneri, bager vozaci itd

to i ja kazem!

Pa uglavnom se tim teorijama zavere i bave ljudi koji nemaju ni osnovna znanja fizike i matematike.

Meni je interesantna bila tvrdnja da je let nemoguc zbog Van Alenovog pojasa, samo taj koji
to tvrdi nije znao tacno sta je to, kao ni to da isti ima oblik torusa a ne sfere u kojoj se nalazi
planeta zemlja. Takodje zaboravljaju cinjenicu da se letelicom moglo upravljati...

Let na mesec je bio izuzetan poduhvat za ciju realizaciju je bio potreban veci broj ljudi, a jos veci broj
ljudi je tada pratio desavanja vezana za taj poduhvat.Nismo pomenuli da je let pracen sa zemlje ne samo od strane NASA (iz kontrolne sobe) nego i od strane celoga sveta, jer se to podrazumeva.

Dalje:

The Inner Van Allen Belt

The inner radiation belt extends over altitudes of 650–6,300 km (up to one RE). This ring is most concentrated in the Earth's equatorial plane. It consists mostly of protons on the order of 10–50 MeV, a by-product of collisions between cosmic ray ions and atoms of the atmosphere. The belt also contains electrons, low-energy protons, and oxygen atoms with energies of 1–100 keV (3). When these electrons strike the atmosphere they cause the polar aurora.

The intensity of the belt fluctuates, partly due to the influence of the solar cycle, and is strongest between 2,000 and 5,000 km. The inner radiation belt comes nearest to Earth's surface at the South Atlantic Anomaly.

The number of cosmic ray ions is relatively small and the inner belt therefore accumulates slowly, but because the trapped protons are very stable in this belt (with particle lifetimes of up to ten years), high intensities are reached as they build up over many years.

The belt was discovered by a Geiger counter on board the Explorer 1 satellite built by James van Allen and the University of Iowa and launched on January 31, 1958 as part of the IGY. The instrumentation on board Explorer 1 actually registered no radiation at the altitude of the radiation belts, an anomaly which was explained, by Explorer III's more sophisticated data recording capabilities, as being due to intense radiation having overwhelmed the earlier detector.

The Outer Van Allen Belt

The outer radiation belt extends from an altitude of about 10,000–65,000 km and has its greatest intensity between 14,500–19,000 km. The outer belt is thought to consist of plasma trapped by the Earth's magnetosphere. The USSR's Lunik I reported that there were very few particles of high energy within the outer belt. The electrons here have a high flux and along the outer edge and E > 40 Kev electrons can drop to normal interplanetary levels within about 100km (a decrease by a factor of 1000). This drop-off is a result of the solar wind.

The particle population of the outer belt is varied, containing electrons and various ions. Most of the ions are in the form of energetic protons, but a certain percentage are alpha particles and O+ oxygen ions, similar to those in the ionosphere but much more energetic. This mixture of ions suggests that ring current particles probably come from more than one source.

The outer belt is larger and more diffuse than the inner, surrounded by a low-intensity region known as the ring current. Unlike the inner belt, the outer belt's particle population fluctuates widely and is generally weaker in intensity (less than 1 MeV), rising when magnetic storms inject fresh particles from the tail of the magnetosphere, and then falling off again.

The Van Allen Belt's Impact on Space Travel

Solar cells, integrated circuits, and sensors can be damaged by radiation. In 1962, the Van Allen belts were temporarily amplified by a high-altitude nuclear explosion and several satellites ceased operation. Magnetic storms occasionally damage electronic components on spacecraft. Miniaturization and digitization of electronics and logic circuits have made satellites more vulnerable to radiation, as incoming ions may be as large as the circuit's charge. The Hubble Space Telescope, among other satellites, often has its sensors turned off when passing through regions of intense radiation.

A object satellite shielded by 3 mm of aluminum will receive about 2500 rem (3) (25 Sv) per year.

Conspiracy theorists have argued that space travel to the moon is impossible because the Van Allen radiation would kill or incapacitate an astronaut who made the trip. In practice, even at the peak of the belts, one could live for several months without receiving a lethal dose.

Apollo nevertheless deliberately timed their launches, and used lunar transfer orbits that only skirted the edge of the belt over the equator to minimise the radiation. Astronauts that have travelled to the moon probably have an increased lifetime risk of cancer, but would be expected not to (and did not) have noticeable illness.

Будућност делује веома занимљива...

Oprema Apoloa je sigurno još uvek na Mesecu

20.07.2009
Ruski kosmički analitičar Jurij Karash tvrdi da su optužbe da je Američka lunarna ekspedicija bila vešto režirana predstava, smešne i da postoje čvrsti dokazi da je posada Apoloa zaista bila na Mesecu.

Takođe govori o tome kako je Američki predsednik J.F.Kenedi nudio Ruskom predsedniku Nikiti Hruščovu da let namesec bude zajednički poduhvat i da je tek nakon sovjetskog odbijanja zajedničkog poduhvata objavio svoj čuveni govor o cilju da do kraja decenije SAD pošalje čoveka na mesec ...

Takođe govori o mogućnosti da se ljudi vrate na mesec i o tome koje bi nacije mogle da učestvuju u tom poduhvatu ...



IZVOR

Da ne budemo previse naucni    Mythbusters su neke stvari objasnili da svako moze da razume 

Ali pre toga...Buzz Aldrin nokautira lika koji ga optuzuje da je lazov i prevarant 



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