51 research outputs found
Composition change-driven texturing and doping in solution-processed SnSe thermoelectric thin films
The discovery of SnSe single crystals with record high thermoelectric efficiency along the b-axis has led to the search for ways to synthesize polycrystalline SnSe with similar efficiencies. However, due to weak texturing and difficulties in doping, such high thermoelectric efficiencies have not been realized in polycrystals or thin films. Here, we show that highly textured and hole doped SnSe thin films with thermoelectric power factors at the single crystal level can be prepared by solution process. Purification step in the synthetic process produced a SnSe-based chalcogenidometallate precursor, which decomposes to form the SnSe2 phase. We show that the strong textures of the thin films in the b???c plane originate from the transition of two dimensional SnSe2 to SnSe. This composition change-driven transition offers wide control over composition and doping of the thin films. Our optimum SnSe thin films exhibit a thermoelectric power factor of 4.27 ??W cm???1 K???2
COMPARISON OF GLOMERULAR NUMBER AND SPECIMEN LENGTH OBTAINED FROM 100 DOGS VIA PERCUTANEOUS ECHO-ASSISTED RENAL BIOPSY USING TWO DIFFERENT NEEDLES
Multiple myeloma-associated cast nephropathy with crystal structure: Case report and review of the literature (Case Report)
Hyaline Droplet Accumulation in Rodent Kidney Proximal Tubules: An Association with Histiocytic Sarcoma
Detection of interstitial increase in macrophages, characteristic of acute interstitial rejection, in routinely processed renal allograft biopsies using the monoclonal antibody KP1
The significance of caveolin-1 expression in parietal epithelial cells of Bowman’s capsule
Histopathologic Patterns of Nephropathy in Naturally Acquired Canine Visceral Leishmaniasis
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