Nowadays, almost everything is on the web.
You’ll find it here:
https://archive.org/details/TerminatedWide-bandFoldedDipole
When I bought my Broadband folded dipole and found it wasn’t performing as good as I wanted/needed at that time, it was 2007 or so and I was mainly involved in CW contesting at that time from a new QTH we had just bought in Aranjuez-Madrid, being my goal at that time the setting up of a competitive contesting station. The broadband folded dipole was not usable at all for contesting on 160 and 80m. I could use it on 40m and higher frequencies.
That’s why I decided to make the monoband bazooka dipoles for 40 and 80m. They performed great for that contest activity. As for receiving DX and for transmitting, they are far superior and they gave me big satisfaction at that time.
Now that I’m not contesting anymore and I’m involved in SOTA, I find that, sometimes, the Broadband folded dipole hears better than the bazooka dipole on 40m because it seems to receive quieter, picking up less noise than the bazzoka dipole.
However, this is a difficult, not always fair comparison because the orientation of the one antenna is the opposite of the other one. While the broadband folded dipole is NorthEast-SouthWest favourable for EU, the bazooka dipole is SouthEast-NorthWest favourable for NorthAmerica. That’s why I often hear the weak signals from EU SOTA activators on 40m with my broadband folded dipole better than with my bazzoka dipole, but when I want to be putting a stronger signal to break the pile-up and chase the activator, I better transmit with the bazooka dipole because it performs better on TX, while I keep the broadband folded dipole for RX. On the other hand, I have sometimes managed to copy and chase Northamerican activators on 40m with my bazzoka dipole, while they were not copied at all with my broadband folded dipole.
The best is having choices, the more the better and it’s a lot of fun playing games with switching different antennas for TX and RX to finally hit the target.
Don’t forget that a vertical will always pick up much more QRM/QRN than a horizontal yagi or simple dipole and that makes the difference between copying a weak signal from a SOTA activator and not.
Best 73,
Guru