Jargon-free and ideal for scientists and laypersons alike, this study is a comprehensive history and analysis of nuclear rocket propulsion systems. Detailing a two-decade period—spanning the 1950s through parts of the 1970s—by profiling the U.S. government’s Rover and NERVA programs, a complete history of the development of nuclear propulsion capabilities for space exploration is provided. Eyeing future possibilities, this reference identifies the technological requirements necessary to perform the deep space missions now being planned by NASA and presents a discussion on the political and social issues surrounding nuclear rocket development.
Probably essential reading for anyone interested in advanced propulsion, though as someone more interested in the engineering of the program, the authors decision to frame the narrative primarily in terms of the politics and the budget battles is slightly disappointing. However, since, 50 years later, we still are barely funding any advanced propulsion work, that narrative is full of important lessons, and the appendices do an excellent job of filling in some of the technical details.
To this day, it surprises me how few people realize how far NERVA got, how ready it was to fly, and how tremendous a lost opportunity it represents.
Did you know that the US had a successful nuclear rocket program in the 1950's and 1960's? I didn't. A friend of mine at work gave this to me, and I read through it relatively quickly.
The narrative was much more a political history of the battle over killing or keeping the program alive. I learn much more about how difficult it is maintain funding year after year for a program such as this than I did about the actual technical development of the rocket.
The appendices are definitely where the action is. I highly recommend reading them first.
The concept of a nuclear rocket is awesome because it actually works, and it literally enables manned missions throughout our solar system. In one part of the book the author comments about a previous mars rover. He says that if the nuclear rocket had been used for this mission, the mars rover would have been a HUMVEE and it would have had an additional 10,000 lbs of instruments!
This is the story about the nuclear rocket program that many hoped would be our key to deep space exploration. The story of the nuclear rocket is long and wandering. The book is comprehensive and very interesting. This book details key people, hardware and events that are critical to understanding the story as a whole. The only fault I could find is that I wished that more of the facilities associated with the program were explored, like the Plum Brook reactor, and others. I would recommend this to anyone interested in the space program, nuclear history, or so-out-there-it-can't-be-true non-fiction.
Rocket technology reached it's pinnacle in the late 60's and early 70's. It progressed much farther than most people know. This book tells the sad story of how interplanetary travel fell by the wayside.