The claimed Voynich page

[Fabrizio Salani]

I have been trying to catch up on this interesting artifact that you (Fabrizio Salani) found. Please forgive me if i have missed it somewhere in the thread, but are the formal report(s) from the Raman spectroscopy/X-ray tests available?  I see many comments that summarizing some of the specific results, but I have not seen the actual report(s) from the tests.

If I missed a link to them, could someone please reference it? 
If the formal report(s) have not been provided, is there any reason that they could not be uploaded?

Many thanks.

Hello, I have published some reports of the Raman and X-ray spectroscopy investigations carried out in the laboratories of the Italian state university UNI.MO.RE. I have not published the names of the professors who performed them, only for privacy reasons and I don't know if I have authorization, but they are the same ones who analyzed the "Borso D'Este Bible". I have only skipped the points where the results were identical or with minimal variations since the parchment was analyzed completely on the front and back. I have never published the comments and findings on the sealing wax seal, because I was advised to keep them for any potential dispute over the authenticity and ownership of the parchment. (If someone were to ever claim authorship or otherwise, they would have to explain the seal's composition, which is decidedly unusual but more than consistent with post-Renaissance design, especially with Eastern European methods. In addition to other explanations I've received about the impossibility of artificially aging it, I can say that both the seal and the glue, as well as the remnants of the underlying cardboard that served to bind the package, are all made of organic materials.) They have not commented on the definitive dating of the whole thing.
Thank to you for your interest.
P.S.
I'm reposting them below (text traducted wiith google translation)
from the report:
-"Raman spectra were acquired directly by focusing a point on the artwork using a Jobin Yvon-Horiba Labram Raman microscope, equipped with a 632.8 nm red laser, operating at a maximum power of 5 mW, edge filters to eliminate excitation, and a 256 x 1024 pixel CCD detector cooled by the Peltier effect to -70°C.
The spectra were recorded by averaging the signal over several seconds and then processed using the Grams AI program: linearization, background subtraction, and other mathematical operations were necessary for direct comparison of the experimental spectra with the reference spectra in the database. The instrument was equipped with long-distance fluorite objectives at 50x and 100x magnification, capable of focusing on the portion to be analyzed without approaching it too closely, thus avoiding the risk of inadvertent abrasion."-.