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McSwiggen & Associates also develops utility software to support the electron microprobe community in general and JEOL users in particular. Listed below are the software programs presently available.

 
ImageJ Plugin: JEOL Raw File Opener
Item Numbers:
ImgJ001-S
ImgJ001-W
ImgJ001-M
Solaris version
Windows version
Macintosh version
Description:

This plugin to the NIH ImageJ program allows users to open and convert JEOL images files (X-ray maps) into TIFF or JPEG formats. The plugin can be used to effortlessly read an individual image file into ImageJ for additional image processing, or it can be used to convert an entire JEOL sample of images into either TIFF of JPEG formats in a batch process. During the image conversion process, it will also determine the proper scale of the image and display a micron marker, if the user selected this option.

Cost:          $500   User manual (.pdf)
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CorrectStd
Item Number:
  Util001-S Solaris version
 
Description:

During EDS standardization on the JEOL 8200, the EDS spectrum is stored, not just the peak intensity. This allows for deconvoluting the unknown spectrum when peak overlaps occur. It is important therefore to use standards that do not have any overlapping peaks. However as most probe operators know, many materials require standards of similar composition to the unknown in order to get good results, and yet complicated mineral standards typically have many overlapping peaks on an EDS system.
A solution to this problem is to use pure standards for the initial standardization, but if the expected results are not obtained on secondary mineral standards, then correct the standard intensity data. On the JEOL 8900 this was possible through the Quantitative Analysis > Check Data function. However since the spectra are now stored on the 8200, not just the peak intensity, this is not possible.  CorrectStd is a utility program to overcome this problem.  CorrectStd allows the user to correct the standard intensities when suitable standards of similar composition cannot be used due to peak overlaps.
Cost:         $250   User manual (.pdf)
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EDS_Cal-Std_Mod
Item Number:
  Util002-S Solaris version
 

JEOL supplies EDS calibration data for every element so that standardless, semi-quantitative, EDS analyses can be run. Most of these data are from pure elements. Because of this, in some circumstances, they my not produce adequate results when analyzing complex phases. As most probe operators know, many materials require standards of similar composition to the unknown in order to get good results. One solution is to replace the EDS calibration data with the user's data (see JEOL manual: EDS_OperationProgram.pdf). If a user is going to do this, they must make sure that their standard does not have any peak overlaps. If the users standard is not suitable as a primary standard, it still maybe useable as a secondary standard in coordination with this program EDS_Cal-Std_Mod. Instead of replacing the JEOL data, this program allows the user to adjust the JEOL standard data until correct results are obtained on the secondary standards.

Cost:         $200   User manual (.pdf)