Nukes best thing that happend to Japan., page 15


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reply posted on 7-9-2004 @ 11:29 AM by wraith30
Originally posted by FlyersFan
Originally posted by Thorfinn Skullsplitter
For anyone who says it was a good idea obviously have no concern for other peoples lives.


Oh brother! 'Obviously'??? From my perspective, you 'obviously' don't
have all the facts.

I was stationed in Japan for three years and I was able to spend
three days in Hiroshima. I went to peace park. I walked 'the bridge'.
I went to the library at Ground Zero, which was left the way it was when
the bomb was dropped. I went over every inch of that museum.
I saw in the museum the steps with the shadows
of where people had been sitting ... and vaporized. I saw the clothng
that people were wearing. I ALSO saw the pamphlets we dropped on
the city that said exactly what we'd do if they didn't surrender.

They would NEVER stop coming. NEVER. The entire
country was in a cult of Emporer worship. He was their God. He said
to fight to the death of every last Japanese person. That's what they
were going to do. They started it. We finished it. By finishing it we
saved American and Japanese lives. It had to be done.
Thankfully we had a president in office who wasn't afraid to do what
had to be done. He didn't go asking other countries if it was okay
to defend America. He made the right decision. Lives were lost, but
MANY more lives were saved. MANY MANY more - on both sides.


At the time we did have a president who was willing to do what he felt had to be done. But he also was horrified by the results. "Dear god, what have I done." He was able to temper resolve with humanity, unlike more current leaders.

Japan at the time did some absoutly horrible things to the Chinese no doubt. Nanking was a sight of unspeakable horrors, it should never be forgotten.

However..

To say that the Chinese will never forget what the Japanese did to them will never result in any growth. The majority of Japanese people live today had nothign to do with what happened in WWII... no it should not be forgotten, but neither should anyone be held responcible for the sins of the father.

There is a great deal of annimosity betwen Japan and a number of asain countries, China for Nanking, Korea for the occupation to name a couple. It is sad that so much hatred still exists.

Wraith

(going to hell for this one) But hey.. if we didn't bomb them.. they never woudl have made all teh Godzilla movies!!! The world should thank us for Mothra!!!



reply posted on 7-9-2004 @ 07:53 PM by Intelearthling
Originally posted by Tassadar
Here the Difference:
Atomic Weapons - Atomic Fission created after conventional trigger heats atoms to required temperature and then splits them. Two explosions occur.

Nuclear Weapons - Nuclear Fission is achieved when when a small conventional explosion accelerates a neutron and it bombards an atom of say, uranium-238. The Uranium is broken into two other elements such as Barium and Krypton while at least three more neutrons are ejected from the original uranium atom and impact into more atoms of uranium. Again, two explosions occur.


I hate be critical of your assessments, but the truth is, the atomic bomb was the birth of the nuclear weapons age.

On 16 July 1945, the world's first nuclear weapon was detonated in Alamogordo, New Mexico, just three weeks prior to using the same type weapon on Hiroshima and Nagasaki, Japan.

Here is a little infomation on the way it works:
A mass of Uranium Isotope-235 is surrounded by conventional high explosives that is timed to detonate at precisely the same moment. This action compresses the U-235 into a critical mass that initiates the fission process. This happens within a few millionths of a second, releasing a tremendous amount of energy in the form of heat and Gamma rays.

On 1 November 1952, the United States detonated the worlds first thermonuclear weapon at Ewinetok atoll in the South Pacific. This device was 500 times mere powerful than the device tested in New Mexico.

Here is a little information on the way it works:

It is basically an atomic bomb combined together with a calculated amount of hydrogen isotopes in the form of deterium and tritium. When the atomic device is detonated, extremely high temperatures are created in the range of about 100,000,000 degrees Fahrenheit for a split second. This split second is all that is required to the start the fusion of two heavy hydrogen nuclei into a helium nuclei. The left over particles from this process is in the form of heat and the radiation mostly is the product of the fission weapon that is used to initiate the fusion process.

Answering the thread, I think the United States was correct in making the decision to use the newly found weapon to end a war that had been going into it's 5th year. This saved millions of Japanese lives, not to mention the lives of our American soldiers and Marines who had been slated to invade Japan if the nuclear device failed.

Since then, a nuclear device has not been used in an act of war. Let's just pray it continues to be as such.

The next time I reply a post, I'll check the date!

See, I told you I was still learning!



[edit on 7/9/04 by Intelearthling]


reply posted on 10-9-2004 @ 03:14 PM by naked_turk
Here the Difference:
Atomic Weapons - Atomic Fission created after conventional trigger heats atoms to required temperature and then splits them. Two explosions occur.

Nuclear Weapons - Nuclear Fission is achieved when when a small conventional explosion accelerates a neutron and it bombards an atom of say, uranium-238. The Uranium is broken into two other elements such as Barium and Krypton while at least three more neutrons are ejected from the original uranium atom and impact into more atoms of uranium. Again, two explosions occur.

Boo.

You're confusing the difference of Atomic weapons and Nuclear weapons with the difference of traditional Nuclear weapons and Thermonuclear weapons.

Atomic and Nuclear weapons are the exact same, so there's no point trying to compare and contrast them. What you were really trying to do up there was to differentiate between Nuclear and Thermonuclear... and you actually ended up repeating the same description for both of them.

Our ordinary nuclear weapon:

Two (or more) pieces of Fissile material, say Uranium-235 are in the bomb, not touching eachother (probably insulated too). The weight of these pieces combined should add up to the critical mass of the fissile fuel in question, in this case U-235, which is about 50 Kg.

Now, to trigger it, we either use a small explosive to break the insulation between the two, or we use an explosive at one end of a tube to ram one of the pieces to the rest of the pieces, achieving critical mass, and thus setting off massive nuclear decay almost instantly. The result is a instant release of energy so destructive that it blows apart the fissile material before it has a chance to reach anywhere near it's maximum potential (the Nagasaki bomb, at 20 Kt, achieved about 1% efficiency, that is to say that only 1% of the Pu-239 decayed before the structure of the pu-239 ball was blown away completely by it's own blast).


A Thermonuclear bomb:
We use our normal nuclear fission bomb, but we add 2 things: Deutrium Hydrogen and Tritium* Hydrogen somewhere near the fission bomb (and sometimes inside of it). When the fission bomb goes off, the extreme amount of energy released has made it hot enough for a fusion reaction to take place between the Deutrium and Tritium. This has a dual effect: Not only does this new fusion reaction produce an immense amount of energy by itself, it also lets the fission bomb to feed off more neutrons that are coming it's way from the fusion part, and thus allowing it to decay faster than it usually would.

Thermonuclear bombs can be many, many times more powerful than regular nuclear weapons. The most powerful one ever constructed and set off was a 50 megaton bomb called the tsar bomba in the Soviet Union.

*Tritium is highly unstable, so they actually use a different compound which decays at the high heat of fission, leaving Tritium as a by-product, but for the purpose of this post lets just assume it's regular Tritium they put in there.

P.S. Contrary to your post, U-238 CANNOT be used as fissile fuel.

[edit on 10-9-2004 by naked_turk]


reply posted on 13-2-2005 @ 08:09 PM by blueymorgan
What a dickhead! Yeah you got most of it right, but what you failed to mention is that at that time, America was a bankrupt Corporation, so they were not allowed to attack any country, so says the laws of bankruptcy!
What you also failed to mention was the small fact of the Postmaster General placing a $1 stamp on each of the bombs, then signing the "bills of lading" saying the words, "just to make it official". That's the only possible way the bombs could have left the country, Ho! Ho! Ho! Merry Christmas.
When were you gonna tell us about that one?
Maybe at the trial? What trial? 272,000 people are about to launch a mother of a lawsuit for Genocide and each person lokss like receiving about $3 billion each....have a nice day America!
I hope you all get what you deserve, you murderous bastards!




Originally posted by MiStErBeLLaTrIx
Dropping the First Atomic Bomb

At 2:45 A.M. local time, the Enola Gay, a B-29 bomber loaded with an atomic bomb, took off from the US air base on Tinian Island in the western Pacific. Six and a half hours later, at 8:15 A.M. Japan time, the bomb was dropped and it exploded a minute later at an estimated altitude of 580 +- 20 meters over central Hiroshima.

The Hiroshima Bomb
Size: length - 3 meters, diameter - 0.7 meters.
Weight: 4 tons.
Nuclear material: Uranium 235.
Energy released: equivalent to 12.5 kilotons of TNT.
Code name: "Little Boy".

Initial Explosive Conditions
Maximum temperature at burst point: several million degrees centigrade. A fireball of 15-meters radius formed in 0.1 millisecond, with a temperature of 300,000 degrees centigrade, and expanded to its huge maximum size in one second. The top of the atomic cloud reached an altitude of 17,000 meters.

Black Rain
Radioactive debris was deposited by "black rain" that fell heavily for over an hour over a wide area.

Demaging Effects of the Atomic Bomb
Thermal Hear. Intense thermal heat emitted by the fireball caused severe burns and loss of eyesight. Thermal burns of bare skin occurred as far as 3.5 kilometers from ground zero (directly below the burst point). Most people exposed to thermal rays within 1-kilometer radius of ground zero died. Tile and glass melted; all combustible materials were consumed.
Blast. An atomic explosion causes an enormous shock wave followed instanteneously by a rapid expansion of air called the blast; these represent roughtly half the explosion's released energy. Maximum wind pressure of the blast: 35 tons per square meter. Maximum wind velocity: 440 meters per second. Wooden houses within 2.3 kilometers of ground zero collapsed. Concrete buildings near ground zero (thus hit by the blast from above) had ceilings crushed and windows and doors blown off. Many people were trapped under fallen strunctures and burned to death.
Radiation. People exposure within 500 meters of ground zero was fatal. People exposed at distances of 3 to 5 kilometers later showed symptoms of aftereffects, including radiation-induced cancers.

Bodily Injuries
Acute symptoms. Symptoms appearing in the first four months were called acute. Besides burns and wounds, they included: general malaise, fatigue, headaches, loss of appetite, nausea, vomiting, diarrhea, fever, abnormally low white blood cell count, bloody discharge, anemia, loss of hair.

Aftereffects. Prolonged injuries were associated with aftereffects. The most serious in this category were: keloids (massive scar tissue on burned areas), cataracts, leukemia and other cancers.

Atomic Demographics
Population. The estimated pre-bomb population was 300,000 to 400,000. Because official documents were burned, the exact population is uncertain.
Deaths. With an uncertain population figure, the death toll could only be estimated. According to data submitted to the United Nations by Hiroshima City in 1976, the death count reached 140,000 (plus or minus 10,000) by the end of December, 1945.

Health Card Holders. Persons qualifying for treatment under the A-bomb Victims Medical Care law of 1957 received Health Cards; holders as of March 31, 1990, numbered 352,550.

Nagasaki. The atomic bomb dropped on Nagasaki exploded at 11:02 A.M. on August 9. Using plutonium with an explosive power of 20 kilotons of TNT-equivalent, it left an estimated 70,000 dead by the end of 1945, although both population and the deaths are uncertain.


If we had not dropped the bomb Americans would be eating fishhead soup if even that.

All's fair in love and war, too bad we didn't drop more!

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