I'd suggest that the most interesting stuff on those scanned pages is the response letter, sadly truncated. Maccabee has some very bad habits:
- tunnel vision - he refuses to think outside his preferred solutions, and often completely ignores obvious possible explanations
- unsupported inferences - he frequently makes assertions that are not backed up by facts, examples or cites
- unsupported conclusions - he often jumps from one fact to another without offering any reasoning nor proof that B must follow A
In this case - a few examples.
1. He cites (an effectively useless) claim that the object must have been '100,000 cd' in brightness. But he bases that on an illogical and unjustified set of assumptions (see below), and assumes that the supposed radar information must be the same object. He doesn't compare the figure with anything anyway, so what was the point? He admits it is an estimate, but offers no error range? - that is exceptionally unscientific - if a uni graduate offered that in their thesis or even as an answer in an assignment, it would gain a big fat zero. What is more, he later admits that the radar readings (see below) could not be corroborated to the images!! Yet the initial claim of 100,000 cd stands. Ridiculous - and it gets worse - see below.
2. There is no reference to the actual radar data. Radar is notorious for false returns and 'ghosts', and without an expert examination of that data and the fact that no data is available, such claims are useless.
3. Later in the report, Maccabee states that due to handholding "most images are smeared", and then, for those few images that may not be so smeared, "for such highly overexposed images it is difficult to estimate the illuminance on the film". He's right there.. once you near the (non-linear) limits of the film response curve (the 'heel' and 'toe' effects) such data is very unreliable and error prone.
But then, in typical Maccabee look-at-all-these-cool-equations style, he blazes on and creates his numbers using a wealth of impressive looking equations. But no error ranges or proepr statement of assumptions, and the calculations fly in the face of his own comments about how the data does not support what he is doing. And the final result? - a number that has no apparent relevance to anything anyway...
4. The 'analysis' includes a rather odd calculation of the size of the object. He makes several assumptions, including that the object was stationary (what did he mean - in the sky, relative to the camera (clearly not)?). What's more, there is a clear implication that the camera is in focus - an assumption that he doesn't even mention. Then he gives a couple of answers that depend on guessed distances from the uncorroboratable radar data, and then .. he simply picks one..
I could go on, but I'm losing the will to live.. I'm sorry - Maccabee's stuff is often good for a laugh, but that's about it. I invite readers to look at the response letter that appears to the lower right of the analysis. It is truncated, but it rightly begins with a number of criticisms of Maccabee's 'analysis' - I think you can see where it is going...