以下列表由脚本自动同步自 我的 Google Scholar 主页，专利、软件著作权、标准与科研项目条目为手工维护。点击每条成果的 “Google Scholar” 链接可查看详细引用信息。
The publication list below is auto-synced from my Google Scholar profile; patents, software copyrights, standards and research projects are maintained manually. Click the "Google Scholar" link of each entry for detailed citation information.
本条目由 Google Scholar 自动同步生成，详细信息请访问 Google Scholar 页面。
This entry is auto-synced from Google Scholar. See the Google Scholar page for details.
本条目由 Google Scholar 自动同步生成，详细信息请访问 Google Scholar 页面。
This entry is auto-synced from Google Scholar. See the Google Scholar page for details.
本条目由 Google Scholar 自动同步生成，详细信息请访问 Google Scholar 页面。
This entry is auto-synced from Google Scholar. See the Google Scholar page for details.
本条目由 Google Scholar 自动同步生成，详细信息请访问 Google Scholar 页面。
This entry is auto-synced from Google Scholar. See the Google Scholar page for details.
发表于《西安交通大学学报》2025 年第 59 卷第 12 期。针对化工釜残等非牛顿流体，建立输入凸神经网络（ICNN）流变本构模型，实现流变特性的快速准确预测。DOI: 10.7652/xjtuxb202512007。
Published in the Journal of Xi'an Jiaotong University (Vol. 59, No. 12, 2025). An input-convex neural network (ICNN) rheological constitutive model is established for non-Newtonian fluids such as chemical distillation residues, enabling fast and accurate prediction of rheological properties. DOI: 10.7652/xjtuxb202512007.
本条目由 Google Scholar 自动同步生成，详细信息请访问 Google Scholar 页面。
This entry is auto-synced from Google Scholar. See the Google Scholar page for details.
本条目由 Google Scholar 自动同步生成，详细信息请访问 Google Scholar 页面。
This entry is auto-synced from Google Scholar. See the Google Scholar page for details.
本条目由 Google Scholar 自动同步生成，详细信息请访问 Google Scholar 页面。
This entry is auto-synced from Google Scholar. See the Google Scholar page for details.
发表于《矿冶工程》2023 年第 43 卷第 3 期。通过水槽试验研究深海多金属结核采集过程对海底沉积物的扰动规律，为评估深海采矿的环境影响提供试验依据。DOI: 10.3969/j.issn.0253-6099.2023.03.005。
Published in Mining and Metallurgical Engineering (Vol. 43, No. 3, 2023). Flume experiments were conducted to study the disturbance of seabed sediments during deep-sea polymetallic nodule collection, providing experimental evidence for environmental impact assessment of deep-sea mining. DOI: 10.3969/j.issn.0253-6099.2023.03.005.
发表于《海洋技术学报》2022 年第 41 卷第 4 期。基于标准 k-ε 湍流模型对双排喷嘴射流式采集头内部流场进行数值模拟，匹配射流角度、喷嘴速度与抽吸速度等参数，确定采集头流场最优参数组合。DOI: 10.3969/j.issn.1003-2029.2022.04.006。
Published in the Journal of Ocean Technology (Vol. 41, No. 4, 2022). The internal flow field of a double-row nozzle jet acquisition head is numerically simulated with the standard k-ε turbulence model, matching jet angles, nozzle velocities and suction velocity to determine the optimal parameter combination. DOI: 10.3969/j.issn.1003-2029.2022.04.006.
发表于《海洋技术学报》2021 年第 40 卷第 5 期。系统比较了机械式、水力式及复合式等深海多金属结核采集方式的工作原理与结构参数，分析了各方式的适用条件与优缺点。DOI: 10.3969/j.issn.1003-2029.2021.05.008。
Published in the Journal of Ocean Technology (Vol. 40, No. 5, 2021). Collection methods for deep-sea polymetallic nodules (mechanical, hydraulic and hybrid) are systematically compared in terms of working principles and structural parameters, analyzing the applicable conditions, advantages and disadvantages of each. DOI: 10.3969/j.issn.1003-2029.2021.05.008.
中国发明专利申请（申请号 CN202610181384.4，申请日 2026-02-09），2026 年 5 月 5 日申请公布。双喷枪互为备用的自清洁喷雾系统：一支喷枪工作时，另一支通过反向气液流自动清除堵塞物，实现喷雾连续、堵塞自排、免维护干预（申请阶段）。
Chinese invention patent application (Appl. No. CN202610181384.4, filed Feb 9, 2026), published May 5, 2026. A dual-spray-gun self-cleaning system in which the two guns back each other up: while one gun sprays, the other is automatically cleaned by reverse gas-liquid flow, enabling continuous spraying and clog self-clearing (patent application stage).
中国发明专利申请（申请号 CN202610181380.6，申请日 2026-02-09），2026 年 4 月 14 日申请公布。外混式双流体雾化喷枪通过气体导流盘形成旋转气流，气液两相在喷嘴外部剪切混合实现高效雾化，不易堵塞、维护便捷（申请阶段）。
Chinese invention patent application (Appl. No. CN202610181380.6, filed Feb 9, 2026), published Apr 14, 2026. An external-mixing dual-fluid atomizing spray gun with a gas guide disc forming swirling flow; gas and liquid mix and shear outside the nozzle for high-efficiency atomization with low clogging risk (patent application stage).
一种用于炉内飞灰自沉降的实用新型装置，授权于 2025 年 7 月。
A utility model device enabling in-furnace self-settling of fly ash, granted in July 2025.
中国发明专利申请（申请号 CN202411163901.2），2024 年 11 月 8 日申请公布。垃圾焚烧炉内自降飞灰的装置、方法及应用的改进申请，相关成果已实现向企业的技术转让。
Chinese invention patent application (Appl. No. CN202411163901.2), published Nov 8, 2024. An improved application covering the device, method and application for in-furnace self-settling of fly ash; related achievements have been transferred to industry.
中国发明专利，2024 年 10 月 1 日授权公告（授权公告号 CN117504737B）。将特斯拉阀（无动件单向阀）引入流化床反应器结构设计，利用其正反向流阻差异强化气固接触与颗粒循环。专利权人：天韵低碳新能源科技(辽宁)有限责任公司。
Chinese invention patent granted on October 1, 2024 (publication No. CN117504737B). A Tesla valve (moving-part-free check valve) is introduced into the fluidized-bed reactor design, exploiting its direction-dependent flow resistance to enhance gas-solid contact and particle circulation. Assignee: Tianyun Low Carbon New Energy Technology (Liaoning) Co., Ltd.
中国发明专利申请（申请号 CN202111566075.2，公布号 CN114329824A，2022-04-12 公布）。基于水力采集头内部流场特性，采用拉格朗日方法计算结核运动轨迹，得到采集头内部参数与采集车运行速度等参数的匹配关系，为采集车设计提供依据。专利权人：中国地质大学(北京)。
Chinese invention patent application (Appl. No. CN202111566075.2; publication No. CN114329824A, published Apr 12, 2022). Based on the internal flow field of the hydraulic collection head, the Lagrange method is adopted to compute nodule trajectories, deriving the matching relationship between head parameters and collector-vehicle operating speed. Assignee: China University of Geosciences (Beijing).
中国发明专利（申请号 CN202111562069.X，申请日 2021-12-20，公布号 CN113946927A）。建立采集头二维仿真模型，依据射流角度下的垂向速度云图确定采集头流场设计参数，替代传统经验或试验确定方法，参数设计更准确。专利权人：中国地质大学(北京)。
Chinese invention patent (Appl. No. CN202111562069.X, filed Dec 20, 2021; publication No. CN113946927A). A two-dimensional simulation model of the collection head is established, and the flow-field design parameters are determined from vertical velocity contours at different jet angles, replacing traditional experience- or experiment-based methods. Assignee: China University of Geosciences (Beijing).
中国实用新型专利，2016 年 8 月 3 日授权公告。面向石油勘探场景的探头结构设计。
Chinese utility model patent granted on August 3, 2016. Structural design of a probe for petroleum exploration.
登记号：软件著作权登记（2025 年）。该软件用于废弃物焚烧系统双喷枪的自清洁控制，降低喷嘴堵塞导致的非计划停机风险。
Registered Chinese software copyright (2025). The software implements self-cleaning control of dual spray guns in waste incineration systems, reducing the risk of unplanned shutdowns caused by nozzle clogging.
登记号：软件著作权登记（2025 年）。该软件面向化工过程喷嘴与管道的堵塞风险在线监测，基于多相流机理与数据驱动方法给出早期预警。
Registered Chinese software copyright (2025). The software provides online monitoring and early warning of blockage risks in nozzles and pipes of chemical processes, combining multiphase-flow mechanisms with data-driven methods.
参编标准（2025 年发布）。规定了以高温热解气化路线处理废弃物并制取氢气的系统技术要求。
Participating author of a technical standard (published 2025) specifying system requirements for hydrogen production from waste via high-temperature pyrolysis and gasification.
承担角色：参与
Role: Participant
承担角色：参与
Role: Participant
承担角色：参与
Role: Participant
承担角色：参与
Role: Participant
承担角色：数值模拟技术服务
Role: Numerical simulation technical service