We have already established you are an expert in engineering domes. For that, I applaud you. But I have spent the last 12 years strapping myself to various ejection seats and training with the latest anti-air missiles. Give me credit where credit is due, and realize that you are wrong here.
Furthermore, as an engineer I assumed you would be capable of comprehending that returns separated by 4 seconds showing up 140 miles away from a radar with a 12 second sweep would be seperated by 240 miles. Therefore, the double returns depicted on page 42 are based on flawed data. On that point we agree. I assumed that given the fact that 8 radars track the P-3 and only 1 of those 8 indicate a double return, might lead a person to realize that perhaps that 1 oddball radar has some faulty data (proven by actually plotting the data provided which you are for some reason unable to do). The fact that the data from Boston Center is faulty, doesn't seem to phase you. You continue to use that very same faulty data as your only evidence that the P-3 appears to be dragging something. The fact that you are not bothered by balancing your whole flawed theory on faulty data convinces me to stay far far away from any dome you ever engineered.
Rather than spending most of your posts calling me brain dead and telling me to go back to school, why don't you offer proof of even one of the elements of your theory. I believe if you could, you would.
UHF radio beacons.
What do test missiles without warheads use to locate where the intercept occurred?
Telemetry transceivers.
Never had any chaff in my ejection seats. Martin-Baker GRU-7C from 1972-1982.
Never had any chaff in any of my test missiles. SM-2 Blk II/III, 1999-2001.
Think you have gotten bum gouge on the chaff employment as a missile spotting device.