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2018年1月8日 · To isolate the influence of strain from changes in oxygen content and discriminate between the kinetic and thermodynamic contributions, thin films grown on LAO (tensile strain) and LSAO...

lsao hl 的引入显着抑制了 lsco 薄膜中杂质相的分离，尤其是在更高的 sr 掺杂范围 (x > 0.20) 中，导致表面形貌的改善。 杂质相的抑制也使我们能够获得所需的 LSCO 薄膜的化学计量，其在 x 温度相图中显示出与大块样品非常相似的超导圆顶。

A series of LSCO-LSAO superlattices with atomically smooth surfaces and sharp interfaces were grown by the atomic-layer-by-layer molecular beam epitaxy (ALL-MBE) technique. We have systematically varied the thickness of LSCO and LSAO layers with monolayer precision.

The LSAO substrate was simply cleaned in an ultrasonic bath with aceton and following isopropanol without special treatment for surface termination. Thus, we suppose that the LSAO substrate has a mixed termination of LaSrO and AlO 2 layers. The root mean square roughness is in both cases R ms = 0.4 nm over a scanning area of 25 μm 2. In the ...

2008年5月29日 · 光学透射光谱表明 MgO 衬底上的 LSAO 薄膜在室温下是绝缘的。 比较了在不同氧压下沉积的 STO 衬底上的 LSAO 薄膜的传输特性。 我们的结果表明 STO 衬底中的氧空位应主要负责 LSAO 薄膜的传输行为。 La0.8Sr0.2AlO3 LSAO) 薄膜通过激光分子束外延生长在 SrTiO3 (STO) 和 MgO 衬底上。 缺氧 STO 衬底上的 LSAO 薄膜在 80-340 K 的温度范围内表现出金属行为。 光学透射光谱表明 MgO 衬底上的 LSAO 薄膜在室温下是绝缘的。 比较了在不同氧压下沉 …

the small in-plane lattice parameters of LSAO (tetragonal; a = b = 3.756 Å, c= 12.635 Å) can impart epitaxial compressive strain on the film structures.[30] Given these advantages, LSAO substrates have been used to investigate numerous emergent phenomena in oxide thin films. Examples include the ferro-magnetic metallicity of Ca 2RuO

2023年11月23日 · We fabricated transistor structures with channels of (100)- and (001)-oriented K 2 NiF 4 -type LaSrNiO 4 (LSNO) epitaxial films and gate insulators of the proton-conducting electrolyte Nafion and investigated how the growth orientation influences their …

We present a method for probing the interface perfection in La2−xSrxCuO4 (LSCO)-LaSrAlO4 (LSAO)-La2−xSrxCuO4 trilayer junctions. A series of LSCO-LSAO superlattices with atomically smooth...

Our results indicate that two optimally doped LSCO monolayers just above and below the one monolayer LSAO barrier are no longer superconducting, rendering the actual barrier thickness of five...