Strictly speaking, radiation is definitely influential, but the penetration of nuclear bombs is really different from that of ordinary bombing. Let's talk about the atomic bomb dropped by the United States on Japan. In those days, many cities in Japan were bombed, sometimes throwing leaflets and sometimes throwing explosives. Citizens are used to it, and when they hear the air defense alarm, they go out of their homes to avoid the air crash. But for several days, the bombers that appeared over the city were very strange, because they didn't throw anything, flew and flew, and suddenly turned back! Yes, this is the beginning of a nightmare. American pilots are practicing the return route after dropping the atomic bomb. Most of our atomic bombs explode in the air, that is, in the air. If the pilot flies straight ahead after throwing, the pollution area will be larger, so the authorities adopt throwing and turning back methods to reduce the radiation to the pilot. Airplanes are different from ground vehicles, so pilots must constantly try to turn back at what angle and at what speed. To sum up, the pilot who throws the atomic bomb will sacrifice some health, but it is by no means suicide throwing, but this way of returning is adopted to reduce the injury. If it is an unpowered bomb, hang a parachute. Go down slowly. It is not a big problem that the plane can prevent emp. If there is a power missile, the baby is not worried at all. Drop the bomb at a distance of 0/000 km from the target/kloc-and then turn around and return. In fact, not only the United States dropped atomic bombs on Japan by plane, but also many other nuclear tests were carried out by plane. Even Ivan, the world's largest explosive equivalent, was left behind by Tubomber. Because the nuclear bomb will not detonate as soon as it leaves the plane, it always opens the parachute and explodes later, so as long as it is set to delay the detonation, the plane will have time to escape to a safe area.