新能源,储能

（1）多相流动理论及应用
（2）工程传热传质
（3）新能源与储能技术
（4）节能技术

[1] Xiaoyan Liu, Chonghao Liang, Hui Jiang ,et al. Adsorption mechanism of asphaltenes and surfactants at oil-water interface: based on dissipative particle dynamics method[J], Journal of Dispersion Science and Technology, Published online: 13 Mar 2024. (中科院4区)
[2] Jiang Hui, Liu Xiaoyan, Liang Chonghao, et al. Dissipative particle dynamics to study asphaltenes and surfactants interactions at the oil-water interface[J], Journal of Molecular Liquids, 2023, 121802.(中科院2区 TOP)
[3] Jiang Hui, Liu Xiaoyan, Liang Chonghao, et al. Effect of asphaltenes structure on interfacial properties: A dissipative particle dynamics study[J]. Colloids and Surfaces A: Physicochemical and Engineering Aspects, 2023, 673: 131849. (中科院2区)
[4] Liang Chonghao, Liu Xiaoyan, Jiang Hui, et al. Dissipative particle dynamics-based simulation of the effect of asphaltene structure on oil-water interface properties[J]. ACS omega, 2023, 8(36): 33083-33097. (中科院3区)
[5] Liu Xiaoyan, Wang Zhizhuang, Jiang Hui, et al. Experimental study on the effect of asphaltenes on wax removal rate[J]. Energy Sources, Part A: Recovery, Utilization, and Environmental Effects, 2023, 45(2): 4386-4397. (中科院4区)
[6] Xiao-Yan LIU, Yang YANG, Hai-Qian ZHAO *, et al. Temperature simulation of ammonia refrigeration based on dissipative molecular dynamics[J]，Thermal science，2023,Vol. 27, No. 2B, pp. 1713-1725(中科院4区)
[7] Xiaoyan LIU, Zheng ZHOU, Cong LI et al. NUMERICAL STUDY ON THE EFFECT OF THERMAL DIFFUSIVITY RATIO IN PHASE CHANGE HEAT TRANSFER OF CRUDE OIL USING LATTICE BOLTZMANN METHOD[J]，Thermal Scienc，Year 2023, Vol. 27, No. 2B, pp. 1627-1639(中科院4区)
[8] 刘晓燕, 王志壮*, 姜卉等. 沥青质溶出对清蜡速率的影响实验研究[J]. 工程热物理学报, 2023, 44(12):3326-3331.(EI)
[9] Zheng Zhou, Xiaoyan Liu, Xiaoqing Li*, et al.;NUMERICAL STUDY ON NUSSELT NUMBER OF MOVING PHASE INTERFACE DURING WAX MELTING IN TUBE USING LATTICE BOLTZMAN METHOD[J]. Thermal Science. 2022, 26(6): 4957-4967. (中科院4区)
[10] Xiaoyan Liu1, Huanyu Zhang1, Hui Jiang1, et al. A study on the mechanism of water vapour condensation inhibitition by nanostructures on the copper surface[J]，Journal of Materials Science，2022,1-16. (中科院3区)
[11] Yongying Jia ;Zhiwen Fang;Yaxian Zhao ;Xiaoyan Liu*.Optimal insulation backfill depth analysis of coaxial deep borehole heat exchanger based on multi-factor orthogonal experiments[J], Energy & Buildings；2022 (中科院2区 TOP)
[12] Chuan Ma , Xiaoyan Liu, Haiqian Zhao, et al. Influence of Vertical Downward Annulus Eccentricity on Steam-Water Two-Phase Flow Pressure Drop[J].Hindawi Mathematical Problems in Engineering Volume 2022, (中科院4区)
[13] Xiao-Yan LIU, Nan-Di ZHANG, Li Xiao-Qing, et al. Numerical simulation of paraffin melting in circular tube using LBM[J].Thermal Science.2022, Vol. 26, No. 3A, pp. 2113-2123. (中科院4区)
[14] Xiaoyan Liu, Shaotong Feng, Caihua Wang, et al. Wettability Improvement in Water–Oil Separation by Nano-Pillar ZnO Texturing[J].Nanomaterials.2022, 12(5), 740. (中科院3区)
[15] 马 川, 刘晓燕, 崔光甫等。同心蒸汽驱环空管汽水两相流压降分析计算[J]，工程热物理学报，2022，43（5），1254-1259(EI)
[16] Xu Ying, Sun Bin Bo, Liu Xiaoyan, et al. The numerical simulation of radiant floor cooling and heating system with double phase change energy storage and the thermal performance[J]. Journal of Energy Storage, 2021, 40: 102635(中科院2区 TOP)
[17] Ying XUa, Xin NIEa*, Zhonghua DAIb, Xiao-Yan LIUa*. Qinglin CHENG1.a;NUMERICAL SIMULATION AND ANALYSIS OF PHASE CHANGE HEAT TRANSFER IN CRUDE-OIL[J],THERMAL SCIENCE: 2021, 25( No. 2A): 1123-1134. (中科院4区)
[18] Xiaoqing Li a,b, Yuze Fanb , Renqiang Liuc,∗,Xiaoyan Liu b,∗;Numerical Investigation of Oil Droplets Motion in Water Using LBM[J]，Process Safety and Environmental Protection, 147 (2021) 965–971. (中科院2区 TOP)
[19] Teng, ZC (Teng, Zhen-Chao) [ 1 ] ; Liu, XY (Liu, Xiao-Yan) [ 1 ] ; Liu, Y (Liu, Yu) [ 2 ] ,et al. Stress-Strain Assessments for BuriedOil Pipelines Under Freeze-Thaw Cyclic Conditions[J]，Journal of Pressure Vessel Technology- Transactions of The ASME,2021,143(4),(中科院4区)
[20] Zhen-Chao Teng, Xiao-Yan Liu, Yu Liu, Yu-Xiang Zhao, Kai-Qi Liu, Yun-ChaoTeng，Stress-Strain Assessments for Buried Oil Pipelines under Freeze-Thaw Cyclic Conditions[J].Journal of Pressure Vessel Technology ASME. Aug 2021 143(4):041803 (中科院4区)
[21] Xiaoqing Li; Peng Yu; Renqiang Liu; Xiaoyan Liu*;A novel model for calculating the melting process of composite phase change materials[J], Journal of Energy Storage 2020,30:1-7(中科院2区 TOP)
[22] Hui Jiang, Xiaoyan Liu*;Haiqian Zhao, et al. Numerical Study for Removing Wax Deposition By Thermal Washing For the Waxy Crude Oil Gathering Pipeline[J], Science Progress,2020,103(3):1-17. (中科院4区)
[23] 徐颖;聂鑫;成庆林*;刘晓燕;;基于原油最高温度点变化规律分析停输相变传热[J]. 工程热物理学报，2020，24（3）:685-691.(EI)
[24] Xiaoqing Li: Xiaoyan Liu*;Lu Wang, et al.Numerical Investigation of Gelled Crude Oil Particle Melting in Water for Hydrogen Production[J].Journal of Hydrogen Energy, 2019, 2019(44): 5125~5136.（中科院2区）.
[25] Ying Xu; Xin Nie; Zhonghua Dai; Xiaoyan Liu*; Heat transfer analysis of waxy crude oil under a new wide phase change partition model[J], Numeral Heat Transfer,Part A:Applications,2019,10.18,1-19（中科院3区）.
[26] Xu Ying; Nie Xin; Liu Xiaoyan*, et al. Sensitivity analysis of heat dissipation factors in a hot oil pipeline based on orthogonal experiments[J]. Science Progress. 2019,10：1-19（中科院4区）.
[27] Xu Ying; Nie xin; Dai Zhonghua; Liu Xiaoyan*, et al. Numerical Simulation and analysis of phase change heat transfer in crude oil[J], thermal science, 2019,12. （中科院4区）.
[28] Wang Zhonghua; Zhao Haiqian; Dong Ming; Liu Xiaoyan*, et al. Main interference factors analysis of spectrophotometric method for OH quantitative detection in Fenton system based on the Russell mechanism and the modified method[J]. Optik, 2019(180): 582-589.（中科院3区）
[29] Xiaoyan Liu#;Lu Wang1;Yang Liu1*, et al. Numerical Investigation of Waxy Crude Oil Paste Melting on an Inner Overhead Pipe Wall[J]. Applied Thermal Engineering,2018,vol31(2):779-785.（中科院2区 TOP)
[30] Xiaoyan LIU#; Ruiyi SUN; Keqin GONG*, et al. INVESTIGATION OF INDOOR THERMAL ENVIRONMENT IN A RURAL HOUSE IN DAQING[J], Thermal Science, 2018, 22(2): S759-S767.(中科院4区)
[31] Haiqian ZHAO; Zhenyu LU; Xiaoyan LIU*, et al. HEAT TRANSFER PERFORMANCE OF THERMAL-WASHING PROCESS FOR CRUDE OIL PIPELINE[J]. Thermal Science, 2018, 22(2): 749-S758. (中科院4区)
[32] LIU Xiaoyan#; Cui Xiaolin; Wang Zhihua*, et al. Effect of heating rate on melting latent heat of waxy crystals in crude oil[J], Petroleum science and technology. 2018,54(4),438-445. (中科院4区)
[33] Lijun LIU#;Hong Shi;Xiaoyan LIU*;Adaptability analysis of radiative transport diffusion approximation in planar-graded-index media[J]，Advances in mechanical engieering,2018, Vol. 10(11) 1–6(中科院4区)
[34] 刘晓燕#;姜卉;孟凡斌等;集输管道热水清蜡相变传热特性及影响因素研究[J],科学通报,2018,63(11):1062-1070.(EI)

（1）一种基于沥青质原位利用的清蜡实验方法，专利申请号202111631292.5；
（2）一种含蜡原油内使用的旋转清蜡装置及其清蜡方法，专利号ZL201811354999.8.4；
（3）环保型自动排出原油管道内部积水装置，专利号ZL201910883019.8；
（4） 一种带中庭的农村住宅太阳房，专利号ZL201711096996.0；
（5）一种带压加药装置及带压加药方法，国家发明专利，专利号ZL201711375463.6；
（6）一种冬季时控聚光光伏发电热耦合通风系统换气窗，CN201710009577；
（7）一种适合严寒地区带有太阳能低温热水相变墙体的农宅，专利号ZL201711096996.0；
（8）一种改进型Fenton体系降解油田含聚污水的方法，专利号ZL201910437424.7;
（9）一种定量检测Fenton分解体系中烃基自由基浓度的方法，专利号ZL201510771280.0;
（10）集输管道停输试验模拟及径向温度场测试装置，专利号ZL201510573481.X;
（11）分体式水上漂浮节能建筑结构体系与施工方法，专利号VRLIHKZL201510637356.0
（12）水上漂浮式分体提升式节能建筑结构体系与施工方法,专利号201510637358.X;
（13）聚驱原油冷输流态化装置，专利号201410147484.2;
（14） 原油整形装置，专利号ZL201110189280.1;
（15）“胶凝原油水力悬浮输送实验装置及其实验方法”，专利号：ZL201010515821.0;
（16）修井井口保温加热装置,专利号：ZL200810064266.7.

1. 基于沥青质原位利用的热—化学耦合清蜡机制研究，国家自然科学基金，面上项目（52076036）2021.1-2024.12，负责人；
2. 水-胶凝原油两相流体系非线性动力学特性研究，国家自然基金,面上项目(51176024)，2012.1-2015.12，负责人；
3. 定向分解及·OH气液界面富集的Fe2+/H2O2体系氧化NO促进机制研究，国家自然科学基金，青年项目（51606036），2017.01-2019.12，骨干；
4. 含蜡原油管道安全经济输送的基础问题研究,国家自然科学基金，重点项目，2016.1-2020.12，骨干；
5. 蒸汽在油藏多孔介质中流动与传热机理研究，国家自然科学基金，面上项目（50776014），2007.11-2010.03，骨干；
6. 胶凝原油水力悬浮管输特性及油田矿场适应性研究，黑龙江省自然基金，重点项目（ZD2015011），2015.07-2018.07，负责人；
7.水-胶凝原油两相流动特性研究，黑龙江省自然基金，面上项目（E201253），2013.1-2015.12，负责人；
8. 油田集输系统节能优化运行研究与应用，黑龙江省科技攻关，重点项目（GB08A304），2008.10-2010-12，负责人；
9.东部在役热油管道开挖修复过程热力水力安全性研究，黑龙江省科技攻关项目（GZ07A302），2007.01-2010.12，负责人；
10.油田污水实际条件下添加剂对Fenton体系氧化能力促进机制研究，黑龙江省科技厅优秀青年基金（YQ2019E008），2019.07-2022.07，骨干；
11.隔热油管传热及影响因素研究，黑龙江自然基金，青年项目，2009-2010，骨干；
12. 油田集输系统节能关键技术研究，黑龙江省教育厅面上项目（11541001），2009.01-2011.12，负责人；
13.井控设备冬季保温装置的研发，大庆高新区创新基金项目（DQGX08YF015），2008.8-2010.06，负责人；
14.油田特高含水期油气水三相埋地混输管道温降研究，黑龙江省普通高等学校骨干教师创新能力资助项目（1005G001），2005-2007，负责人
15. 胶凝原油水力悬浮输送特性研究，黑龙江省教育厅重点科技项目（12541z002），2014.01-2016.12，负责人；
16. 基于沥青质原位利用的热—化学耦合清蜡机制研究，东北石油大学国家自然基金，重点培育项目（2018GPZD-01），2018.10-2020.10，负责人。

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