Space Debri Research Paper

Although space junk may seem trivial,it is in fact crucial in terms of today's concern over everyday life. Apparently Nasa has just been throwing it out the window into our atmosphere, which is causing a gigantic problem. Some experts say there are just some things like satellites they cannot take back to earth. They say that they would only do it in in rare cases. If they take the things up there how come they can't take back it down to earth. They are trying to find a way to bring the trash back.

Space. The final frontier. There are approximately one hundred billion galaxies in the universe with many solar systems in each galaxy and many planets within those solar systems (How do we…). The Milky Way Galaxy is close to 100,000 light years in diameter(Diep) with each light year spanning 5.87849981 x 10^12 miles . In comparison, the earth is only 7,917.5 miles in diameter(Coffey). Within and on the earth itself, there are still great mysteries, and so it comes as no surprise that a giant area such as space holds so much mystery. One of the most recent fascinations to astronomers has been asteroids, meteors, meteorites, and comets. These space rocks are found

The European Space Agency estimates that there are more than 600,000 trash objects larger than one centimeter in diameter floating in space. A golf ball is still floating somewhere in space after it was hit from the international space station by Michail Tjurin, a Russian astronaut, as part of an advertisement for a Canadian sports company in 2006.

Some researchers from China’s Tsinghua University have came up with an idea that might help with this problem. They want to build a craft to go into space and collect the junk and turn it into fuel. I think this is an excellent way to take care of the problem. The article The Quest To Find a Solution To Clean Space Junk Continues says that they call the rocket the “debis engine”, and it catches anything 10cm in diameter, with the help of nets. The rocket would have

As these orbital objects continue to add up, space is growing all the more crowded, and presently, space enthusiasts are becoming increasingly concerned with the junk left by defunct satellites, spent rocket stages, and even small bits of trash leftover from old explosions. In recent years, attention-seeking news media developed a controversy about the topic of space junk, creating a misinformed and panicked populous which distrusts the information provided by space enthusiasts and legitimate space agencies. However, when provided the right information, both sides can agree that space junk is an issue that needs to be handled, but not one that will cause a major

The human race must develop an effective planetary defense to prevent the very real danger of a catastrophic asteroid impact to Earth .Any planetary defense created by the human race must start with an excellent detection and tracking system. The second layer of defense involves deflecting truly dangerous asteroids away from orbits intercepting Earth. Research has identified many options to mitigate the danger of asteroid impact. The options for asteroid defense are widely varied and can provide customizable missions to deflect any realistic scenario for an asteroid impact. But, before humanity can deflect anything, a detection system must find it.

There has been a lot of talking about the increasing problem of space debri because of the amount of trash that we globally have thrown into space each year. People don’t know that having so much junk out there in the atmosphere is dangerous for satellites, future space launches, therefore there should be someway to fix this problem. Globally we need to work together on the unresolved issue of space junk.

In the year 2070, humans have been exploring the possibility of space migration for the past few decades. As a consequence, Earth’s orbit has a lot of trash, lost equipment, and dead spacecraft’s that were left in space after the mission was finished. However, a big accident (will expand later) happened and created an enormous amount of space debris surrounding Earth’s orbit. This has stunted the progress and the planning of Space migration and a team of the world’s best scientists and engineers have been gathered to brainstorm solutions that could help with the situation.

In 2009 there was an unfortunate case where a U.S. communications satellite collided with a Russian satellite causing a massive explosion and creating a lot of space debris. Unfortunately space collisions often happen due to the debris in space. In 1980 only 5000 pieces of debris were tracked and scientists did not think this was such an important matter. In 2010 the space debris was over double the amount it was in 1980. There was over 15,000 pieces of debris in orbit which caused scientists to worry. Engineers and scientists came together and decided to build what we call the space fence to detect objects before they can come in contact with satellites. Radars and energy were imperative

Space debris is not going unnoticed however. NASA and the Department of Defense are tracking

Junk is old or discarded stuff that is considered useless or of little value. Every day people buy things, thinking they will use it again in the coming years; after they have already used it more than the number of times, they put it away. It will collect dust, eventually too much and will be thrown away, and have no more use for it, but it will be there. Junk is a space inhibitor taking as much allowed by the purchaser.

Stardust is known to be a part of a much larger group, called ‘cosmic dust’, which is best described as a smoke-like cloud, with varying particles spread around the area. When these particles come together, their sizes can range from a couple molecules, to 0.1 millimetres. Cosmic dust can be found everywhere in space, and starts off as stardust, but picks up remains from meteors and asteroids along the way.

Absence of international treaties dedicated to regulating orbital debris, these international agreements remain the most pertinent to the orbital debris problem. On July 13, 1988, S. Neil Hosenball, told the U.S. House Subcommittee on Space Science and Applications that Articles VI, VII, and IX of the 1967 Treaty on Principles Governing the Activities of States in the Exploration and Use of the Outer Space Treaty can be applied to the orbital debris problem.

This paper is mainly aiming to examine the concept of space debris and its influence on the space environment. Space debris is widely acknowledged as the remains of the space objects made by human beings, such as consumed rocket stages, used satellites and fragments from the collision or disintegration of these space objects. As a result of the rapid development of space technology and man’s growing interest in exploring space, space debris has become an inevitable issue and an increasingly severe problem that we need to tackle with. Thus, in the following paper, the detailed representations of space debris, its development and potential detriments to the space environment, the methods to track and remove it and its future

Due to the large number of space exploration projects, a large belt of debris has formed that can be hazardous to other operational spacecraft. As engineers, we have an ethical responsibility to prevent pollution of Earth’s atmosphere. We have learned a hard lesson on the value of environment from right here on Earth. Trends show that the debris belt circling the Earth will only get bigger, and become more hazardous to spacecraft.