To meet the demands of the National Ignition Facility for a large number of half-metre scale,
high quality crystals of KH2PO4 (KDP) and KD2PO4 (DKDP), the Laser Program at …

This review summarizes the optical, electromagnetic, and acoustic imaging techniques that
are in use or available for mapping convection, temperature, and solute concentration in the …

A novel system for rapid crystal growth, namely three‐dimensional motion growth method
(“3D MGM”) was proposed. Using this system, a potassium dihydrogen phosphate (KDP) …

In this study, a novel motion mode for crystals during growth, ie, 2D translation, is proposed.
Numerical simulations of flow and mass transfer are conducted for the growth of large-scale …

Rapid growth of a long-seed KDP crystal Page 1 High Power Laser Science and Engineering,
(2020), Vol. 8, e6, 5 pages. doi:10.1017/hpl.2019.54 RESEARCH ARTICLE Rapid growth of a …

To investigate the pyramid–prism (PY–PR) boundary of a rapidly grown KDP crystal, the
exact position of the PY–PR boundary of an X-cut rapidly grown KDP sample is determined …

A finite-element, numerical model is used to compute time-dependent, three-dimensional
fluid flow, mass transfer, and continuum growth kinetics in the potassium titanyl phosphate …

The pyramid–prism interface in “point-seed” rapidly grown DKDP (KD x H2–x PO4) crystals
affects the quality of tripler-cut samples used in inertial confinement fusion devices. In this …

Bulk crystal growth encompasses a wide variety of physical phenomena that occur over a
vast range of length scales, making it among the most difficult of industrial processes to …

The phenomenon of the cracking of KDP z-cut seed crystals with a series of sizes due to the
temperature difference of the growth solution was explored in detail. Thermal stress …