<< 1 >>
Rating: Summary: The best book on the subject Review: One of my favorite books. If you have any interest in space travel and different propulsion systems DO NOT MISS IT!. You don't have to be a scientist to understand it because everything is explained in very simple and straighforward manner. I couldn't put it down!
Rating: Summary: Solid Reference Guide Review: This book covers the strengths and weaknesses of various types of spacecraft, and often adds visuals and drawings to help explain the ways these crafts might work. Electromag-ramjets, light-sails, Nuke powered, they're all here. It's 15 years old, however, but it is nonetheless a good starting point to understand the possibilities of interstellar travel. This book also covers the basic physics behind space propulsion. The book is obviously a good resource for science fiction writers, futurists, and people who want to wow their friends w/ insightful comments on space colonization. W/ the new Mars initiative by NASA, designed to be fulfilled w/in 50 years, maybe NASA might fulfill some of the theories outlined in this book. Be ahead of the curve.
Rating: Summary: Solid Reference Guide Review: This book covers the strengths and weaknesses of various types of spacecraft, and often adds visuals and drawings to help explain the ways these crafts might work. Electromag-ramjets, light-sails, Nuke powered, they're all here. It's 15 years old, however, but it is nonetheless a good starting point to understand the possibilities of interstellar travel. This book also covers the basic physics behind space propulsion. The book is obviously a good resource for science fiction writers, futurists, and people who want to wow their friends w/ insightful comments on space colonization. W/ the new Mars initiative by NASA, designed to be fulfilled w/in 50 years, maybe NASA might fulfill some of the theories outlined in this book. Be ahead of the curve.
Rating: Summary: Excellent! Review: This book is intended for the more technically-oriented reader. it covers the more technical aspects of interstealler spaceflight, even going so far as to provide formulae for alot of the problems generated by such flights. However, the writers are obvious devotees of Einsteinian physics because they immediately discount any type of faster-than-light travel as impossible and tend to pshaw the subject and hope it will just go away.
Rating: Summary: Great overall summary of Space Flight Review: This book takes the nuts and fits the bolts together. How could we hope to make it to the stars with real technology? Can we really answer this now? Mallove and Matloff have done just that. How to make a starship, based on what we really know today. What are the options? What needs to be done? Anyone who has looked up as a child to the stars, and who loves technical detail, will enjoy this book.
Rating: Summary: Good, but not the best Review: This is a very, very good book. It covers the basics of space flight, and covers specifics such as different types of propulsion methods and possible interstellar missions.However, this book is not mathematically rigorous. Although I suggest everyone buy THIS book, anyone who wants a better mathematical treatment of the topic should try to find a copy of the out-of-print _Prospects for Interstellar Travel_, by Mauldin.
Rating: Summary: Excellent Overview of Interstellar Spaceflight Concepts Review: This is an excellent book for anyone intersted in the engineering possibilities of interplanetary and interstellar spaceflight. I read this book years ago as an aerospace engineering undergrad and it helped inspire me in my dream to help make starflight a reality. As can be found here, the technologies for limited interstellar flight have already been investigated, and in some cases, could be implemented today with sufficient funds. The books provides background on all types of rocket based propulsion, covering chemical, nuclear, anti-matter, electric (ion), solar sail, and solar thermal propulsion systems. It also provides an introduction to astrodynamics, space power systems, and the inherent problems encountered by long duration spaceflight over vast distances. As wonderful as this book is, it is badly in need of an update. It barely touches on more recent ideas like long range laser power transmission, as well as more "out-of-the-box" concepts like propellant-less propulsion. Granted there is alot of controversy surrounding notions of artificial wormholes and warp drives, but I'd like to see such ideas at least included as possibilities. As mentioned before, this book is not exceptionally mathematically rigorous, but that could be beneficial to those interested in these concepts without having to possess a background in differential calculus. These ideas stir the imagination and perhaps, someday, we may see these dreams become reality as mankind reaches out to the stars.
Rating: Summary: Excellent Overview of Interstellar Spaceflight Concepts Review: This is an excellent book for anyone intersted in the engineering possibilities of interplanetary and interstellar spaceflight. I read this book years ago as an aerospace engineering undergrad and it helped inspire me in my dream to help make starflight a reality. As can be found here, the technologies for limited interstellar flight have already been investigated, and in some cases, could be implemented today with sufficient funds. The books provides background on all types of rocket based propulsion, covering chemical, nuclear, anti-matter, electric (ion), solar sail, and solar thermal propulsion systems. It also provides an introduction to astrodynamics, space power systems, and the inherent problems encountered by long duration spaceflight over vast distances. As wonderful as this book is, it is badly in need of an update. It barely touches on more recent ideas like long range laser power transmission, as well as more "out-of-the-box" concepts like propellant-less propulsion. Granted there is alot of controversy surrounding notions of artificial wormholes and warp drives, but I'd like to see such ideas at least included as possibilities. As mentioned before, this book is not exceptionally mathematically rigorous, but that could be beneficial to those interested in these concepts without having to possess a background in differential calculus. These ideas stir the imagination and perhaps, someday, we may see these dreams become reality as mankind reaches out to the stars.
Rating: Summary: Interstellar Space Travel lost on way to moon Review: This subject is too important to bring up in a review. Like a game of Risk the post-MAD political order has limited pre-thought in respect to Western economic development. Whence the website Astronautix brought me to review this book, so too am I in accordance with their Orion project summary and conclusion : we lost our way with a journey to the moon. In so far as the only the human species exists with a consciousness to express religion and hence evolution, any planet "anywhere" is surely at a disadvantage in a post-MAD structure to have rejected flight to the stars in favour of cold war moon bravado. Indeed the excess military products of this cold war rather than point to our preparation to travel to the stars as hypothesized by Orion project devotees, only threatens our imminent vaporisation at the end of interstellar fuel pellets misunderstood or at least not even recognised by their "any planet - anywhere" evolutionary poise. Of course the fundamental problem with Orion is the failure to counterbalance the goal of physical containment with the true size of explosion. Hence the continual attempts of academic studies to reduce the reaction size considerably or to place it outside any necessary direct containment pressures e.g. somewhere behind the craft. Most telling in this whole sorry evolutionary period of this plant is the repetition by the leading nation America of China when it encountered gunpowder. Not only did the Chinese fail to develop "physical containment" in the form of the cannon but they masked secret of the reaction in a science of alchemy. Hence any reader of this who did not actually participate in The Manhattan project is a product of this deliberate obscurity of fact and likely to misunderstand even the basic applications in space and interstellar travel. The safest education strategy is to remain within the historical limits of the application of the project's fruit, the surrender of Japan and not to go further along the development timeline. At least in my opinion! Draw your own historical analogy, but China in failing to physically contain gunpowder failed to initiate the longest technical development path in history: cannon - musket - rifle - machine gun. Interstellar space travel starts and finishes with physical containment.
<< 1 >>
|