performed within the framework of the State assignment of the IHCE SB RAS,project No.FWRM-2021-0014.
The development of a nanosecond discharge in a pin-to-pin gap filled with air at atmospheric pressure has been studied with high temporal and spatial resolutions from a breakdown start to the spark decay.Positive and ...
supported by the Nature Science Foundation of Anhui Province,China(Nos.2208085ME104,1908085QE218);the University Natural Science Research Project of Anhui Province(Nos.KJ2021ZD0141,2022AH051589);the Cultivation Programme for the Outstanding Young Teachers of Anhui Province(No.YQYB2023054);the Application Project of Bengbu Univerisity(No.2024YYX29QD);the Guiding Science and Technology Plan Project in Huainan City(No.2023017).
The Ta_(2)AlC material is designed to enhance the performance of Ag-based electrical contact materials as areinforcement phase.With a work function of 6.7192 eV,Ta_(2)AlC demonstrated significantly higher values thanr...
funded by the Philosophical and Social Sciences Research Projects in Jiangsu-based Universities (No.2020SJA1362);the Humanities and Social Sciences Interdisciplinary Research Team of Soochow University (No.5033720623);the 2023 Teaching Reform Project of Soochow University Building an Innovative Curriculum for English Majors by Emphasizing International Communication and Moral Integrity.
Live streaming e-commerce is not only an important part of China’s digital economy but also the preferred way of purchase for many Chinese,especially the young.Since 2022,a new model initiated by East Buy has emerged...
supported by the Beijing Science Fund for Distinguished Young Scholars(No.JQ22009);National Natural Science Foundation of China(No.51977198)。
Streamers represent an important stage in the initiation of gap discharge. In this work, we used an eight-frame intensified charge-coupled device camera to capture the streamer development process when a lightning imp...
supported by National Natural Science Foundation of China(Scientific Funds for Young Scientists)(No.52007064)。
Historically,streamer-to-leader transition studies mainly focused on the rod-plane gap and low altitude analysis,with limited attention paid to the sphere-plane gap at high altitude analysis.In this work,sphere-plane ...
This work deals with the experimental study of a surface dielectric-barrier discharge,as a part of the ongoing interest in the control of plasma induced electro-fluid dynamic effects(e.g.plasma actuators).The discharg...
National Natural Science Foundation of China,Grant/Award Numbers:51877027,52107140,51877028;China Postdoctoral Science Foundation,Grant/Award Number:2021M700662。
The streamer dynamics and charge self-erasing of two counter-propagating plasmas generated by repetitively pulsed surface dielectric barrier discharge are investigated using electrical and optical diagnosis,and a two-...
supported by the Natural Science Foundation of Hebei Province(No.E2021502025)。
Establishing a long air gap discharge model considering the streamer-leader transition and randomness of the discharge path is of great signiflcance to improve the accuracy of discharge characteristic prediction and o...
funded by the Ministry of Science and Higher Education of the Russian Federation within Agreement no.075-15-2021-1026 of November 15,2021.
Over the past three decades,research of high-altitude atmospheric discharges has received a lot of attention.This paper presents the results of experimental modeling of red sprites during a discharge in low-pressure a...
supported by the National Natural Science Foundation of China(52077168,51777164).
The evolution of discharge dynamics in N_(2)-SF_(6)mixtures under long‐term repetitive submicrosecond pulses is investigated based on pulse‐sequence resolved electrical and optical diagnostics.The effects of gas pre...