Brus equation emission energy Δ"E" = "hc"/λ, where c is the speed of light). This is useful for calculating the radius of a quantum dot from experimentally determined parameters. The overall equation is "E", "m"*, and "m"* are unique for each nanocrystal composition. For example, with CdSe nanocrystals: Brus equation The Brus equation can be used to describe the emission energy of quantum dot semiconductor nanocrystals (such as CdSe nanocrystals) in terms of the band gap energy "E", Planck's constant "h", the radius of the quantum dot "r", as well as the effective mass of the excited electron "m"* and of the
Comparametric equation processing crime scene video in homicide trials in which the only evidence against the accused was video recordings of the murder. An existing solution is Comparametric Camera Respnose Function (CCRF) for real-time comparametric analysis. It has applications in the analysis of multiple images. Comparametric equation A comparametric equation is an equation that describes a parametric relationship between a function and a dilated version of the same function, where the equation does not involve the parameter. For example, "ƒ"(2"t") = 4"ƒ"("t") is a comparametric equation, when we define "g"("t") = "ƒ"(2"t"), so that we have "g" = 4"ƒ" no longer contains