It has been known that the crystalline orientation of Cu substrates plays a crucial role in
chemical vapor deposition (CVD) synthesis of high-quality graphene. In particular, Cu (1 1 1) …

Abstract In this work, the< 1 0 0> directional solidified feedstock slabs were used to produce
the rolled Fe–Ga sheets, and sharp Goss orientation was developed in the 0.3 mm sheets …

Sharp Goss texture and excellent magnetostriction coefficient were successfully developed
in Fe–Ga alloy thin sheet by composite nano-sized inhibitor. Various primary …

Single Goss grains were globally grown in magnetostrictive Galfenol thin sheets via an
abnormal grain growth (AGG) process. The sample behaves like single crystal Galfenol …

Herein, a simple and efficient method is proposed for fabricating Fe81Ga19 alloy thin sheets
with a high magnetostriction coefficient. Sharp Goss texture ({110}< 001>) was successfully …

Abstract Goss ({110}< 001>) texture development and magnetostriction in binary Fe 81 Ga
19 sheet were investigated. Millimeters-sized Goss grains, covering 80% area of the …

Abstract Magnetostrictive Fe 82 Ga 4.5 Al 13.5 sheets with 0.1 at% NbC were prepared from
directional solidified alloys with< 0 0 1> preferred orientation. The slabs were hot rolled at …

Strong Goss texture ({110}< 001>) was successfully developed by secondary
recrystallization in Fe 81 Ga 19 sheets without conventional application of inhibitor or …

Texture evolution and the distribution of Goss orientation in polycrystalline Fe–Ga alloy were
investigated as a series of rolling and subsequent annealing processes were used to …

Long strips of material cut from magnetostrictive Fe-Al (alfenol) and Fe-Ga (galfenol) rolled
sheets with a preferred orientation are flexible yet have a high elastic modulus. They …