◎research direction functional design of oilfield chemicals (corrosion inhibitors, fungicides, desulfurizers, scale inhibitors, emulsifiers) development of intelligent nanomaterials for oil and gas applications full scale simulation of new energy materials (quantification, dynamics, simulation)
◎educational experience 2009.09-2013.06: china university of petroleum (east china), materials physics, bachelor 2013.09-2019.06: china university of petroleum (east china), materials science and engineering, phd 2016.09-2017.09: university of california, davis, chemical engineering, joint phd
◎working experience 2019.09-2022.11: china university of petroleum (east china), postdoctoral fellow in teaching staff 2022.11-2023.12: china university of petroleum (east china), special associate professor 2024.01-now: china university of petroleum (east china), associate professor
◎fund projects 2024.01-2026.12: a new type of high-temperature resistance h2s@co2 research and development of intelligent corrosion inhibitors and their targeted anti-corrosion performance regulation mechanism, shandong province youth entrepreneurship technology support program for higher education institutions, 200000 yuan, leader. 2023.01-2025.12: molecular design and performance control mechanism of h2s/co2 corrosion inhibitors targeted by corrosion inhibition/desulfurization composite, national natural science foundation of china youth fund, 300000 yuan, hosted. 2023.07-2025.11: preparation and performance control of multifunctional corrosion inhibitors based on nanocontainer loading, independent innovation research plan project (backbone teacher), 180000 yuan, hosted. 2021.01-2023.12: controllable construction, stability mechanism, and multiple environmental response mechanism of intelligent reversible cross-linked copolymer vesicles, shandong natural science foundation youth fund, 150000 yuan, hosted. 2020.11-2021.09: the construction and stability of reversible cross-linked vesicles sensitive to multiple tumor microenvironments, as well as the regulatory mechanisms of their response and controlled release performance. second class project of the china postdoctoral science foundation, 80000 yuan, hosted. 2020.04-2021.09: stability mechanism and multiple environmental response mechanism of copolymer vesicle structure based on reversible covalent bonding crosslinking, qingdao postdoctoral funded project, 50000 yuan, hosted. 2020.05-2021.09structural regulation of multi geometric morphology nanoparticles based on multi-level self-assembly of polymers, funded by the youth fund of the independent innovation research program (science and engineering) of china university of petroleum (east china), with a budget of 100000 yuan, hosted.
◎enterprise projects 2024.05-2024.12, research and development of multifunctional water quality stabilizers based on corrosion inhibition and sterilization of reinjection water in shengli oilfield, technical testing center of shengli oilfield branch of china petroleum and chemical corporation, 447000 yuan, hosted. 2023.08-2023.12: corrosion resistance testing and evaluation of downhole tools for water injection wells, shengli oil production plant of sinopec shengli oilfield branch, 200000 yuan, hosted. 2022.11-2023.12: analysis of corrosion causes and technical countermeasures for surface pipelines of oil wells in dawangbei oilfield, hekou oil production plant of shengli oilfield branch of china petroleum and chemical corporation, 3600500 yuan, hosted. 2021.09-2021.12: molecular simulation testing of viscosity reduction mechanism of viscosity reducer in heavy oil systems, commissioned by enterprises and institutions for scientific and technological projects, exploration and development research institute of shengli oilfield branch of china petroleum and chemical corporation, 391400 yuan, hosted. 2020.04-2021.04: research on the application technology of intelligent foaming agents, technology project commissioned by enterprises and institutions, dongying shiprui petroleum engineering technology co., ltd., 300000 yuan, hosted. 2022.04-2022.12: research and application performance of efficient anti h2s/co2 corrosion and desulfurization agents, commissioned by enterprises and institutions for a technology project, dongying zhongyue petroleum technology co., ltd., 150000 yuan, hosted. 2021.03-2022.12: safety assessment and analysis testing of x80 steel used for coal to gas transportation, commissioned by enterprises and institutions for scientific and technological projects, china iron and steel research institute, 150000 yuan, hosted. 2021.11-2021.12: analysis and testing of heavy oil components, technology project commissioned by enterprises and institutions, technical testing center of shengli oilfield branch of china petroleum and chemical corporation, 2873700 yuan, hosted. 2020.09-2020.12: corrosion resistance evaluation of key components of oil well pumps in oilfield produced fluids, commissioned by enterprises and institutions, shengli oil production plant of china petroleum and chemical corporation shengli oilfield branch, 179900 yuan, hosted.
◎education reform projects 2023.07-2025.07: research on stress corrosion behavior of different steel materials in different scenarios, exploratory experimental project, china university of petroleum (east china), under research, hosted.
◎courses undergraduate courses:《electrochemical principles and testing techniques》, 《corrosion and protection experiments》 graduate course: 《intelligent anticorrosive materials and technologies》
◎award situation qingdao science and technology progress second prize, 2023; excellent doctoral dissertation in shandong province, 2020; excellent doctoral dissertation from china university of petroleum (east china), 2019.
◎published papers zhikun wang#, fengting li#, li wang, yueqi liu, miantuo li, nannan cui, chunling li, shuangqing sun*, songqing hu*, a dissipative particle dynamics simulation of the controlled loading and responsive release of theranostic agents from reversible crosslinked triblock copolymer vesicle[j]. physical chemistry chemical physics, 2024, 26, 304-313. miantuo li, fengting li, jianwen hu, nannan cui, huiling su, lizhi li, zhikun wang*, shuangqing sun, songqing hu*. preparation and corrosion inhibition mechanism of a chitosan ionic liquid schiff base for the protection of n80 in hcl solution[j]. new journal of chemistry, 2024, 48, 3064-3079. li wang, zhikun wang*, fengting li, yueqi liu, miantuo li, nannan cui, songqing hu, shuangqing sun*. ph-responsive chitosan microspheres loaded with gemini imidazolium-based ionic liquids as smart corrosion inhibitors for n80 steel in hydrochloric acid solution[j]. advanced engineering materials, 2024, 26, 2301846. fengting li#, zhikun wang#(共一), yi zhou, lizhi li, yueqi liu, li wang, chunling li*, huafeng zhu, shuangqing sun, songqing hu*. improvement of carbon dots corrosion inhibition by ionic liquid modification: experimental and computational investigations[j]. corrosion science, 2023, 224, 111541. tengfang zhang, ziqi wu, huafeng zhu, zhikun wang*, shuangqing sun*, songqing hu. ph/temperature-responsive salt-tolerant pickering emulsion formed by pnipam-modified chitosan particles[j]. colloids and surfaces a: physicochemical and engineering aspects, 2023, 657, 130548. jianpeng cui, shuangqing sun, zhenkun chen, junjie fan, jianwen hu, songqing hu*, zhikun wang*. ph and redox dual-responsive pickering emulsion based on silica nanoparticles and novel ferrocene surfactant[j]. colloids and surface a: physicochemical and engineering aspects, 2023, 679, 132550. zhikun wang, liangliang fu, huafeng zhu, fengting li, chunling li*, shuangqing sun, songqing hu*. designing polymersomes with inhomogeneous membranes by co-assembly of block copolymers for controlled morphological reversibility[j]. physical chemistry chemical physics, 2022,24, 28886-28894. zhikun wang, jianan zhou, jing wang, mengjia wang, qiang lyu, chunling li, shuangqing sun*, roland faller, songqing hu*. interplay of distributions of multiple guest molecules in block copolymer micelles: a dissipative particle dynamics study[j]. journal of colloid and interface science, 2022, 607, 1142-1152. chunling li, zhikun wang*, wendong wang, huafeng zhu, shuangqing sun*, songqing hu. temperature and salt resistant co2 responsive gas well foam: experimental and molecular simulation study[j]. applied surface science, 2022, 594, 153431. ningkai shu, zhikun wang*, songqing hu, yinghua mou, zhiping li, qiang lyu*. effect of linker configuration and functionalization on the seawater desalination performance of zr-mof membrane[j]. chemical physics letters, 2021, 780, 138949. yang feng#, zhikun wang#(共一), weidong fan, zixi kang*, shou feng, lili fan, songqing hu, daofeng sun*. engineering the pore environment of metal-organic framework membranes via modification of the secondary building unit for improved gas separation[j]. journal of materials chemistry a, 2020, 8, 13132-13141. zhikun wang, hongbing wang, meng cheng, chunling li, roland faller, shuangqing sun*, songqing hu*. controllable multigeometry nanoparticles via cooperative assembly of amphiphilic diblock copolymer blends with asymmetric architectures[j]. acs nano, 2018, 12: 1413-1419. zhikun wang, qiang lv, shenghui chen, chunling li, shuangqing sun, and songqing hu*. effect of interfacial bonding on interphase properties in sio2/epoxy nanocomposite: a molecular dynamics simulation study[j]. acs applied materials & interfaces, 2016, 8(11), 7499–7508. zhikun wang, jianbang gao, vincent ustach, chunling li, shuangqing sun, songqing hu*, roland faller*. tunable permeability of cross-linked microcapsules from ph responsive amphiphilic diblock copolymers: a dissipative particle dynamics stud[j]. langmuir, 2017, 33, 7288-7297. zhikun wang, shuangqing sun*, qiang lyu, meng cheng, hongbing wang, chunling li, haoyan sha, roland faller, and songqing hu*. harnessed dopant block copolymers assist decorating membrane pores: a dissipative particle dynamics study[j]. macromolecular rapid communications, 2020, 41(3): 1900561. jianchang xu#, zhikun wang#(共一), fusheng zhang, shiyuan peng, jing zhang, lijuan zhang*. directed self-assembly of patchy microgels into anisotropic nanostructures[j]. macromolecular rapid communications, 2020, 41(2): 1900505. zhikun wang, qiang lv, shenghui chen, roland faller, chunling li, shaungqing sun*, songqing hu*. molecular dynamics simulations on heterogeneity and percolation of epoxy nanofilm during glass transition process[j]. materials chemistry and physics, 2018, 213, 239-248. zhikun wang, shuangqing sun, chunling li, songqing hu*, roland faller*. controllable multicompartment morphologies from cooperative self-assembly of copolymer–copolymer blends[j]. softmatter, 2017, 13, 5877--5887. zhikun wang, qiang lv, shenghui chen, chunling li, shuangqing sun, songqing hu*. glass transition investigations on highly crosslinked epoxy resins by molecular dynamics simulations, molecular simulation, 2015, 41(18): 1515-1527.
◎patents wang zhikun, lv qiang, li chunling, li junhao, leng zhen, wang xiumin, sun shuangqing, hu songqing, a type of naphthalene modified crosslinking β- cyclodextrin gel, preparation method and application, invention patent, patent number: zl202111211041.1, authorized announcement date: 2022-09-30. wang zhikun, li chunling, leng zhen, li junhao, lv qiang, wang xiumin, sun shuangqing, hu songqing, a benzene ring modified compound β- cyclodextrin gel adsorbent, preparation method and its application, invention patent, patent number: zl202110592040. x, authorized announcement date: 2022-08-02.
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