Thermoelectric & ALD
ABOUT ME
WHO AM I?
Education Experience
Mar. 2024 -
Aug. 2020 - Dec. 2023
Sep. 2017 - Jun. 2020
Sep. 2013 - Jun. 2017
Moving to industrial company
During my Ph. D study, I studied in the Department of the Institution for Metallic Materials in IFW. The research topic is enhancing the thermoelectric performance by powder ALD technique.
I obtained the M. Sc. degree from Shanghai University in 2020, supervised by Prof. Jun Luo. In the master stage, my research topics focus on discovering the high thermoelectric performance for bulk materials with High throughput experimental methods and developing advanced flexible thermoelectric materials and devices. My topic of graduation thesis is High-throughput experimental screening for bulk telluride thermoelectric materials.
I studied in the School of Material science and Engineering of Zhengzhou University and obtained a B.Sc. degree. My topic of graduation thesis is Research on Preparation and Performance of Microporous Thermal Insulation Material.
Hi, I'm Shiyang He. Currently, I moved to an industrial company related to ALD machines in China
I joined Powder Atomic Layer Deposition Group in 2020 as a graduate student and am supervised by Prof. Dr. Kornelius Nielsch. My current research is focused on thermoelectric material surface modification using the atomic layer deposition method, flexible thermoelectric materials, and the synthesis and development of new thermoelectric materials.
My interests and specialties are quite diverse, spanning physics, electronic engineering, nanotechnology, and material science.
Many thanks for the previous help and support from lots of friends. I will keep the scientific passion for the development of my career in the industry.
Fare well every dark evening~
Recent News
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2023.11.01
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DEUTSCHE THERMOELEKTRIK-GESELLSCHAFT e.V. (DTG) rewarded me the "Nachwuchspreis der DTG 2023" (Young investigator of DTG 2023). The number of winners usually is limited 1/per year. Thanks for the strong supports from my ALD group and friends!
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2023.07.02
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Congratulations! Our article entitled “Low-temperature ALD of highly conductive antimony films through the reaction of Silylamide with Alkoxide and Alkylamide precursors” was published in Materials Today Chemistry.
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2023.04.15
Congratulations! Our article entitled “Atomic layer deposition and characterization of Bi1Se1 thin films” was published in Journal of the European Ceramic Society.
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2022.12.23
Congratulation！ I have been selected as the recipient of the symposium’s Best Presentation Award at EQ01, Progress in Thermoelectrics - From Traditional to Novel Materials, at MRS Fall 2022.
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2022.10.28
The International Thermoelectric Society (ITS) rewarded the 2022 Graduate Student Awards to me. As the highest reward for graduate students in the thermoelectric field, the number of winners usually is limited blow 3/per year. We thank Prof. Kornelius Nelsch, Prof. Zhifeng Ren, and Prof. Jun Luo for their strong support. I hope more exciting works can be discovered in my further scientific career. (https://its.org/graduate-student-award/)
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2022.05.30
Congratulations! Our article entitled “Improving the thermoelectric performance of double half-Heusler compounds ZrNi(In, Sb)” was published in the Journal of Materials Chemistry A.
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2022.04.12
Congratulations! Our article entitled “Surface Modification of Bismuth by ALD of Antimony Oxide for Suppressing Lattice Thermal Conductivity” was published in ACS Applied Energy Materials.
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2021.10.30
Congratulations! Our article entitled “Effect of Powder ALD Interface Modification on the Thermoelectric Performance of Bismuth” was published in Advanced Materials Technologies.
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2021.10.06
Congratulations! Our designed image for the article (10.1002/aenm.202101877) has been selected as the Inside Cover Page in Advanced Energy Materials.
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2021.08.21
Congratulations! Our review article entitled “Current State-of-the-Art in the Interface/Surface Modification of Thermoelectric Materials” was published in Advanced Energy Materials.
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2021.02.01
Congratulations! Our article entitled “A general strategy for high-throughput experimental screening of promising bulk thermoelectric materials” was published in Science China Materials.
Welcome to my homepage!
I'm Shiyang
