Research images are available here.

I have developed a few softwares over a decade to analyze high pressure datasets. The softwares are optimized for handling large datasets from synchrotron experiments. These softwares are free for non-commercial use. If you use it for your data and papers, I would appreciate for your citation for the softwares.  
I am not responsible for any computer clashes or other problems you might have when you install and run these softwares. So use them at your own risk. If you find bugs or have comments and suggestions, please feel free to email me (SHDShim at GMAIL dot COM).

Pytheos provides a flexible tool set for calculating pressure from number of built-in pressure scales, converting pressure scales, fitting pressure-volume and pressure-volume-temperature data to a wide range of equations and their combinations.

PRuby (Download)
This light-weighted utility calculates pressure from ruby fluorescence peak positions.  The software is designed to respond very quickly to your input.  It can also run from your Thumb drive.  This is designed for synchrotron beamtime.   

PeakPo is designed for peak identification using powder diffraction data.  It allows you to navigate quickly through large synchrotron data sets.  It does automatic background subtraction, plots multiples of diffraction patterns together (waterfall), and overlays multiples of jcpds files.  Peak positions at high pressure and high temperature are calculated using equations of state.  You can adjust the axial ratios, tweak equations of state parameters (V0, K0, and K0p), and fit unit-cell parameters visually.  You can also fit peaks with peakpo.