Future for Space Propulsions Essay

DIVERSE PROPULSION ALTERNATIVES FOR EXTENDED DISTANCE SPACE TRAVEL

to get

Jerrie Fiala

Technical Interaction Instructor

European Michigan University or college

Kalamazoo, MI

by

Ian Mackey

IME 1020 Student

November a few, 2013

TABLE OF MATERIAL

ABSTRACT …………………………………………………..........................

INTRODUCTION ………………………………………………..................

Explanations and Qualifications …………….. …………... …….................. Goal and Market …………………………... …...... ….................... Options ……………………………………………….... …….................. Working Meanings …………………………......................................... Limits ………………………………….. ………. …. ……... …......... Scope …………………………………………... ……. ………..................

ACCUMULATED DATA …………………........................................................

In Situ Structured Propulsion ………………………................. …………… Creating Fuel about Mars…………………………………................ Metallic Based Propulsion…………………….................................. Solar Thermochemical Propellant Synthesis ……….....................

Nuclear Propulsion……………………………………………............... Nuclear Electrical power on Earth………………….... ………….................. Nuclear Propulsion in Space…………..................... …………...... Harness Strength with Regenerative Fuel Skin cells................................ Negative Facets of Nuclear Propulsion………………………....

CONCLUSION……………………………………….....................................

Summery of Findings……………………………………................ …… Meaning of Findings……………………………................ ……… Recommendations…………………………………..................... ………

REFERENCES………………………………………........................ ……......

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ABSTRACT

During the 1960's, the us impressed the earth with the achievement of the Apollo missions and moon landings. Now, over fifty years later the moon remains to be the farthest destination person has at any time reached, but it really will not be for long. Space agencies around the world are planning fresh missions, tasks to send gentleman to Roter planet (umgangssprachlich). Within the next 20 years man is expected to arrive at the surface of the distant red world (Guven & Velidi, 2011). To efficiently send a person to Mars new propulsion techniques and technological improvements are needed to make the lengthy distance mission possible. A few of the new propulsion techniques will be the use of a nuclear driven thruster and In situ propellants. Along with these new techniques would be the need for better radiation protects, heat resistant components, and lifestyle support devices.

INTRODUCTION

Definitions and Skills

Everyday people will be brought into our planet faster than they are departing and the raising number of habitants on this planet is becoming a problem. As the people of Globe gets bigger the much less room and resources you will find for each individual person. It may not seem like a problem now, but also in the near future human population control can affect all of us. The problem is the human population is getting bigger, however the earth is usually not. The answer to this is actually in the celebrities. Space is definitely incomprehensibly large, so the feasible benefits of mastering space travel around is inexhaustible. Investing in space travel will certainly potentially enable humans to become a multi-planetary species, mine resources from overseas planets, and get a better understanding of each of our universe (Sherwood, 2011). Purpose and Market

The purpose of this paper is always to examine and consider any potential steam systems that will make interplanetary travelling possible. The two propulsion strategies discussed in this paper are both realistic methods to long distance space travel around and should always be applicable within the next 10 years. This paper was written mainly for engineers and applied research technicians, while the readers will need to have a basic understanding of physics...

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