Ceramic processing methods have been used to prepare high T sub c superconductors in both the La sub (2-x)Sr sub (x)CuO sub (4-8) system and the Ba sub 2 YCu sub 3 O sub (9-8) system.
A study is presented of the build-up of ion-beam damage in multilayers and superlattices of elemental and compound semiconductors.
Fabrication of high T sub c ceramic superconductors by an oxide melting method in place of conventional sintering method has been attempted.
A robust technique for fabrication of metal wires with controlled widths substantially below 10 nm is presented.
A new, simplied process has been developed for fabricating submicron Al sub (x) Ga sub (1-x) As-GaAs heterostructure devices for low temperature transport studies, with the advantage of gatability.
Current heavy metal fluoride glass fiber fabrication techniques are mostly based on the casting of preforms.
In recent work, resonant mode linewidths of 0.10nm (correspoding to a quality factor (Q) of about 13,000) were measured in a photonic crystal (PC) defect microcavity fabricated in an InAsP/InGaAsP
High temperature superconductors of the Ba sub 2 YCu sub 3 O sub 7 family are brittle materials which must be shaped from ceramic particles which are subsequently sintered to a dense ceramic.
A process for fabricating planar low dark current InP and In (0.53)Ga(0.47)As/InP based photodetectors is described.
Low-loss bidimensional photonic crystals have been fabricated by using an optimized process, consisting of electron beam lithography of a poly(methyl methacrylate) resist, reactive ion etching of a
