

Image Pro Manual, Version 10, Copyright, 2019.

LASERSOFT IMAGING AG, Silverfast, Germany, 2011-2018. Practical Neutron Radiography, Commission of the European Communities, Kluwer Academic Publishers, 1 ed., 1992. This work has the financial support of Fundação de Inovação e Pesquisa (FINEP) and Conselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq).
#IMAGE PRO PLUS SOFTWAR SOFTWARE#
Image-Pro Plus software offers automated microscope control, image capture, measurement, count/size and macro development tools.

As dark is the film, greater is its density.Determining the density of a film, it can be built the sensitivity curve of any radiographic film and can also be found what is the best running time for its irradiation to produce neutron radiographies with the best image quality. Used by thousands of researchers worldwide, Image-Pro Plus image analysis software makes it easy to acquire images, count, measure and classify objects, and automate your work. In an optical densimeter, numeric values are assigned from 0 to 3 units of optical density associated with the amount of light that can pass through an area of the film. It is intended to make the correspondence between grey levels of the digital image and its density. Gray levels scheme used to calibrate the scanner Epson XL12000. The digital images will be processed using the software Image-Pro Plus 7. Afterwards, the digital image of the standard will be associated with the digital image of a desirable neutron radiography digital image, both digital images should be scanned at the same conditions. Microsoft Digital Image Pro runs on the following operating systems: Android/Windows. It was initially added to our database on. The latest version of Microsoft Digital Image Pro is 10.0.612, released on. A standard negative plate in grey levels, that was available from the scanner manufacturer (Figure 1), was scanned and its digital image is obtained. Microsoft Digital Image Pro is a Shareware software in the category Miscellaneous developed by Microsoft. The first step to get the results is to calibrate in grey levels the image. The films are irradiated in the J-9 channel of the Argonauta Reactor/SEREA/IEN and the research is carried out in the Neutron Radiography Laboratory/SEREA/IEN. Neutron radiographies uses X-ray films in contact with a neutron converter to get the images. The development of this technique will make it possible to determine densities of neutron radiographies. It is proposed in this work to develop a method to determine the density of these films by scanning them with the Epson Expression 12000XL scanner. Software such as Images Plus or MaxDSLR can automate this process. For example, faint deep-sky objects may require several hours worth of 5 minute exposures that are later stacked or combined in subsequent image processing. This can be done manually, but it is very tedious. Densitometer is the equipment normally used to measure the density of radiographic films. Serious deep-sky astrophotography requires shooting many short exposures.
