ABSTRACT: Superconducting thin film
of Yttrium Barium Copper Oxide (YBa3Cu3O7-YBCO) was fabricated on glass as well as on un-doped Silicon Substrate by Sputtering.
More recently, the use of superconducting thin film
as a defect layer in PC has shown that it can be a tuning agent in a transmission filter [21-25].
The geometry of a superconducting thin film
that has intrinsic thermal stability depends on the deposited energy, the cooling configuration, and the ratio of transport current to critical current.
Matching effect and flux pinning force in a Nb superconducting thin film
with a triangular lattice of artificial pinning centers, Journal of Magnetism and Magnetic Materials (272-276): e1107-e1108.
He has been engagedi n superconducting thin film
and thin-film device research at the Scientific Laboratory of the Ford Motor Company, at Stanford Research Institute (now SRI International) and since 1972, at the Naval Research Laboratory.
The Bellcore-Rutgers researchers use a pulsed excimer laser to deposit a superconducting thin film
of yttrium-barium-copper oxide (YBaCuO), then a nonsuperconducting layer of praseodymium-barium-copper oxide (PrBaCuO), and then another layer of YBaCuO to build the devices.
Scalapino, "Gap enhancement in superconducting thin films
due to microwave irradiation," Journal of Low Temperature Physics, vol.
Currentvoltage dependences of Y[Ba.sub.2][Cu.sub.3][O.sub.7-[delta]] superconducting thin films
with laser-written channel of easy vortex motion, Materials Science (Medziagotyra) 15(4): 291-295.
Physicists and materials scientists from China, Japan, and Europe who have been working for many years on different aspects of high-temperature superconducting thin films
, review the current state of fabrication techniques, physical properties, and applications of the materials.
Zhang et al., "A 19-pole Cellular Bandpass Filter Using 75-mm-diameter High Temperature Superconducting Thin Films
," IEEE Microwave Guided Wave Letters, No.
This laser ablation yields ceramic coatings and high-temperature, superconducting thin films
laser ablation system (the LDM 32) for high-temperature superconducting thin films
. This technique is used to deposit superconducting, metallic insulating, and semiconducting thin films from bulk targets.