The discussion centers on the dielectric function of lead (Pb) in high-frequency regimes, specifically seeking reference values and graphs. Participants clarify that the original mention of "Pd" referred to palladium, while the focus should be on lead. The recommended approach to obtain the dielectric function includes utilizing Electron Energy Loss Spectroscopy (EELS) and searching for relevant optical measurements. Resources such as the "EELS Atlas" and specific online searches for dielectric function measurements are suggested for further exploration.
PREREQUISITESResearchers, physicists, and materials scientists interested in the dielectric properties of lead and their applications in high-frequency technologies.
Could you explain a bit more? What does PD stand for? Is Pd Palladium? By lead, do you mean the element?LUFER said:Summary:: reference values and graphs
Regarding the electrical permittivity of the metal in a high frequency regime, I cannot find research material related to the lead dielectric function (PD). I can't get the matatrial as values, I'll let you comment on that. I know that Pd can inhibit the amount of gamma rays in the x-ray case, but I would like to know about values related to that.
This element I'm saying: https://en.wikipedia.org/wiki/LeadPhilip Koeck said:Could you explain a bit more? What does PD stand for? Is Pd Palladium? By lead, do you mean the element?
Right. So you want the dielectric function of lead or Pb (not Pd).LUFER said:This element I'm saying: https://en.wikipedia.org/wiki/Lead