… called Crystal Structure Algorithm (CryStAl) to achieve optimized vibration control in structural
… The findings of this paper demonstrate that the Crystal Structure Algorithm is capable of …

… , is becoming increasingly important in aiding the solution of new structures. On the one …
in protein–ligand crystal structure analysis. On the other, crystal structure solution from powder …

… Crystal engineering, the field of chemistry that studies the design, properties, and applications
of crystals, is exemplified by the emergence of coordination networks (CNs). CNs are …

… structure-property balance by molecular tinkering (13 % doping of carbon rich TAP in Mel) to
achieve a more crystalline … is a forerunner to applying crystal design for OPVs. The highest …

… proposed metaheuristic algorithm called Crystal Structure Algorithm (CryStAl) which was
inspired by the principles underlying the formation crystal structures. For the performance …

… In this study, the crystal structure of the V. cholerae VqmA–DPO–DNA complex was … help
to design highly specific small molecules for the VqmA receptor. In addition, the crystal structure …

… and function of natural proteins, and is informing the design of macromolecules with
unprecedented structures and properties. An initial set of milestones in de novo protein design …

… X-rays interact with the electrons in a crystalline material, and … model that we call a ‘crystal
structure’. Calculating the expected … compounds, crystal design, inorganic structure refinement …

… functional NLO crystals guided by our first-principles design … functional NLO materials is
useful for understanding structure–… approach to cost-effective and data-driven materials design. …

… Se 7 is a promising IR NLO crystal. The discovery of β-BaGa … design of IR NLO crystals
based on the predictable structural … NLO crystals through predictable structural rearrangement. …