Jing Luo

Dr. Jing Luo

orcid

Research Focus & Metrics

Academic Career Length

8Years (2019-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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1 January 2022 in Ceramics International
Verified
Journal Article
Closed access
RHRifei Han
Rifei Han
NTNaeem Ul Haq Tariq
Naeem Ul Haq Tariq
HLHousheng Liu
Housheng Liu
LZLijia Zhao
Lijia Zhao
JLJing Luo
Jing Luo
TXTianying Xiong
Tianying Xiong

1 April 2022 in Solar Energy Materials and Solar Cells
Verified
Journal Article
Closed access
JLJing Luo
Jing Luo
NTNaeem Ul Haq Tariq
Naeem Ul Haq Tariq
HLHan Hui Liu
Han Hui Liu
NLNing Li
Ning Li
LZLi Jia Zhao
Li Jia Zhao
TXTian Ying Xiong
Tian Ying Xiong

26 March 2026 in Materials
Verified
Journal Article
Open access
PDF file
JLJing Luo
Jing Luo
NLNing Li
Ning Li
NTNaeem ul Haq Tariq
Naeem ul Haq Tariq
TXTianying Xiong
Tianying Xiong
XCXinyu Cui
Xinyu Cui
This study clarifies the catalytic role of chloride ions on the corrosion performance of SS316L alloy immersed in molten LiNaK carbonate salt at 700 °C. Accordingly, isothermal static immersion corrosion tests were systematically conducted under different experimental conditions. Our results revealed that the presence of Cl significantly accelerates the corrosion process: the rate constant of the corroded samples increased from 11.3 × 10−2 mg/cm2 to 13.8 × 10−2 mg/cm2 with the addition of Cl. Continuous migration of Cl2 and volatile metal chlorides leads to the formation of obvious pores, transverse cracks along grain boundaries, surface wrinkles, and partial spalling of the oxide scale, thereby severely aggravating substrate degradation. Notably, no chlorine-containing compounds or chlorine-rich regions were detected in the corroded samples, confirming that chlorine is not consumed in the corrosion process, rather it acts as an autocatalyst through the cyclic process of “oxidation–diffusion–reaction–regeneration”.

1 November 2019
Verified
Conference Paper
Closed access
JLJing Luo
Jing Luo
BLBo Li
Bo Li
LHLifu He
Lifu He
XZXiudong Zhou
Xiudong Zhou
GZGuoyong Zhang
Guoyong Zhang
In this paper, the laser deicing technology of substation equipment is systematically studied from the aspects of theoretical analysis, simulation test and so on. Deicing characteristics of CO2 laser on the porcelain pillar insulators are obtained. The heat thawing effect and thermal stress effect of the main components of the substation under the action of laser are studied, and the main installation of the substation is obtained. The heat conduction effect and laser energy consumption per unit area are required. Relationship between the surface temperature of the insulator, exposure time and type of damage is obtained. Design method of high energy laser spot is put forward and experiment is carried out. The results show that the laser can be used for deicing of the transformer, heat thawing effect, thermal stress effect, the balance between melting power and heat conduction efficiency, and deicing quickly and safely without damage to the equipment.