Haihui Wang

Prof. Dr. Haihui Wang

orcid

Research Focus & Metrics

Academic Career Length

18Years (2009-Present)

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

Representative Publications

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31 December 2009 in Fire Technology
Verified
Journal Article
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HWHaihui Wang
Haihui Wang

14 December 2022 in Fire
Verified
Journal Article
Open access
PDF file
HWHaihui Wang
Haihui Wang
BJBangxin Jin
Bangxin Jin
KZKaixuan Zhang
Kaixuan Zhang
SAShamima Aktar
Shamima Aktar
ZSZhilong Song
Zhilong Song
Control of forest fire ignition sources is the top priority in fire management practices. China has gained great success in reducing forest fires in recent years, and the relevant safety measures taken during this process are worthy of investigation and publicity. Based on fire statistical data through the years between 2003 and 2017, we analyzed the detailed classification of fire ignition sources and their contribution to the annual forest fire occurrence. The role of different ignition sources in altering fire occurrence was quantified and ranked by defining a contribution extent parameter. A statistical tool was also applied to conduct correlation analysis to identify variation patterns of time series data from individual fire causes. The annual fire numbers declined after 2008 and stabilized at a level < 2000 in recent years, pointing to the containment of several major ignition sources. Starting from the legislative development, an accountability system was established at all levels from administrative heads to local residents, paving the way for the multifaceted and full-coverage fire prevention publicity and education as well as the fire use restriction in particular seasons. The effectiveness of management measures in lessening forest fire occurrence was interpreted using the results of correlation analysis among the fire numbers initiated by individual ignition sources.

10 April 2024 in Fire
Verified
Journal Article
Open access
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HWHaihui Wang
Haihui Wang
KZKaixuan Zhang
Kaixuan Zhang
ZQZhenhai Qin
Zhenhai Qin
WGWei Gao
Wei Gao
ZWZhenshi Wang
Zhenshi Wang
In this study, an ecological framework was developed to sort out the existing forest fire prevention techniques. The subsequent analysis involved comparing the ecological values and application prospects of these techniques developed in different time periods. As ecological applications, fire regimes reflect vegetation response to wildfires, providing valuable insights for shaping the fire risk and behaviors in forests through fuel treatment and vegetation modification. Fuel treatment and the construction of green fire barriers are both rooted in existing ecosystems and possess ecological characteristics. While fuel thinning focuses on reducing the potential fire intensity and severity, green fire barriers have been more targeted for fire prevention purposes. Among these techniques, green fire barriers demonstrate unique sustainability and have the potential to generate long-term ecological and environmental benefits. Through the comprehensive utilization of several fuel management formulas, we can effectively combine the fire prevention demands with ecological maintenance and environment protection. This integrated approach promotes the development of fire-resilient ecosystems and desirable living environments in a more realistic and sustainable manner.

1 January 2012 in Acta Chimica Sinica
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Journal Article
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JZJing Zhan
Jing Zhan
YWYin Wang
Yin Wang
HWHaihui Wang
Haihui Wang
The reaction mechanism and kinetics of coal oxidation at temperatures prior to 400 ℃ were studied theoretically, with a focus on the phenomenon of mass increase observed by thermo-gravimetric analysis (TGA). In light of the existing understanding on coal oxidation, chemical reactions taking place at moderate temperatures were simplified into three parallel but competitive reaction sequences, including water release, oxygen adsorption and decomposition of the oxygenated compounds, as well as the direct "burn-off" reaction. Using the non-linear least-square fitting technique, the kinetic parameters of all the

1 February 2018 in IOP Conference Series: Earth and Environmental Science
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Conference Paper
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FYFengqi Yao
Fengqi Yao
CZChunjie Zhai
Chunjie Zhai
HWHaihui Wang
Haihui Wang
JTJunjun Tao
Junjun Tao

1 December 2019 in Fire and Materials
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Journal Article
Closed access
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HWHaihui Wang
Haihui Wang
FYFeng‐Qi Yao
Feng‐Qi Yao
JTJun‐Jun Tao
Jun‐Jun Tao
FZFeng Zhu
Feng Zhu