In conventional symmetric rolling (SR), the microstructure and texture inhomogeneities
along the thickness are intractable problems for body-centered-cubic (BCC) metals with high …

Controlling the microstructure homogeneity is crucial in achieving high quality tantalum (Ta)
sputtering targets used in integrated circuit fabrication. Unluckily, traditional rolling easily …

The thermal stability of an yttria particle dispersion strengthening tungsten (W-2vol% Y 2 O
3) plate with 67% rolling thickness reduction (WY67) fabricated by powder metallurgy and …

Atmospheric pressure chemical vapor deposition (CVD) is a promising technique for the
preparation of tungsten products with high purity, high density and almost unlimited …

Abstract Effects of low clock rolling passes on through-thickness deformation and
recrystallization behavior of the Ta sheet have been investigated. The clock-rolled samples …

In this study, the development of annealing textures in cold rolled and annealed tantalum
sheets was analyzed using electron backscatter diffraction. At $900^{\circ} C $, the textures …

Sensors are all around us. Examples range from the accelerometers used to deploy airbags
in vehicles to thermocouples that control heating in our homes. With the advent of …

Abstract Machine vision is a device that automatically receives and processes an image of a
real object through a series of optical and non-contact sensors to obtain valid information or …

Recrystallization temperature (RCT) is a key factor influencing the working temperature
window of tungsten (W)-based plasma facing materials (PFMs). To investigate the effects of …

The texture and the bulk stored energy along the thickness direction were extremely
inhomogeneous in the clock-rolled tantalum sheets with 70% reduction. Therefore, the …