Data from: Strength of alpha quartz: New results from high pressure in-situ deformation experiments

We present a suite of 13 uniaxial deformation experiments on Arkansas
novaculite conducted in D-DIA apparati, located at the Advanced Photon
Source (6BMB) and the National Synchrotron Light Source (X17B2). 
The experiments were monitored with in-situ synchrotron x-rays and
conducted at temperatures ranging from 25 °C to 1199 °C, pressures between
1.39 GPa and 3.1 GPa, and strain rates between 1 × 10
-5 s -1 and 1 × 10 -6 s -1.
Macroscopic sample strain ranges from 3% to 24%. d-spacings from the
(101), (110), (200), (201), and (112) lattice planes produce lattice
strain up to ~5%.  The files here include diffraction data,
radiographic images, and instrument logs tracking furnace parameters, oil
pressures in the main ram and DDIA rams, and a variety of positional
sensors for the DDIA apparatus.  Combined with information
published in the associated manuscript, the diffraction data may be
reanalyzed as part of future studies examining the diffraction behavior of
quartz being deformed at high temperature and pressure.