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彭文海
（温州大學教師）
鎖定
彭文海，男，畢業於大連理工大學，博士。温州大學機電工程學院教師
[1]
[10]
。研究方向為高能束裝備及材料組織性能調控、金屬材料激光增材製造、海工關鍵部件智造與腐蝕防護等。深度參與國自然面上項目2項，主持參與其他各類科研項目3項。在《Journal of alloys & compounds》、《Int. Journal of Refractory Metals & Hard Materials》、《Vacuum》、《Materials letters》、《Composite Science & Technology》等期刊發表論文12篇，其中SCI/EI收錄10篇，授權國家發明專利3項，獲“大連理工大學優秀博士論文特別獎學金”，《Surface & Coatings Technology》期刊審稿人。
[11]
彭文海教育經歷
彭文海社會兼職
彭文海學術論文
1、Wenhai Peng, Shengzhi Hao*, et al. Surface composite microstructure and improved mechanical property of YG10X cemented carbide induced by high current pulsedelectron beam, International Journal of Refractory Metals& Hard Materials, 78(2019)233-239
[2]
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2、Wenhai Peng, Shengzhi Hao*, et al. Formation mechanism of graphite nanospheres inW-C-Co system under high current pulsed electron beam irradiation MaterialsLetters, 244(2019)207-210
[3]
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3、Wenhai Peng, Shengzhi Hao*, Limin Zhao, Ziqi Li, Jun Chen, Jia’ni Lan, Xinglei Wang,Kaiyi Wang. Thermal stability of modified surface micro-structure on WC-Co cemented carbide after high current pulsed electron beam irradiation, Journalof Alloys and Compounds, 829(2020)154545
[4]
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4、Wenhai Peng*, S.Z. Hao*, et al. “Effects of WC grain size on surface hardening of WC-10Cocemented carbides by pulsed electron beam irradiation”, Vacuum, 207 (2023)111613
[5]
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5、D Liu, J Wang*, Wenhai Peng*, et al. “Reduced GrapheneOxide-Based Dielectric Nanocomposites with Small Dielectric Relaxation Timesfor Emerging Dielectric Electronics with High-Frequency Performance Demands”, ACS Applied NanoMaterials, 2022, 5(9): 13425-13433
[6]
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6、D Liu, J Wang*, Wenhai Peng, et al. “An organic dielectricfiller polyethylene glycol-polyaniline block copolymer with low-density used in PVDF-based composites”, Composites Science and Technology, 2022: 109300
[7]
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7、D Liu, J Wang*, Wenhai Peng, et al. “The application oforganic polyethylene glycol-polyaniline multi-alternating block (more than triblock) copolymer in polymer-based dielectric composites”, Reactive &Functional Polymers, 2022, 170: 105139
[8]
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8、Jian Lu, Shengzhi Hao, Limin Zhao, WenhaiPeng, et al. Hybrid disorder carbon fiber cathod for high current pulsed electron beam emission [J]. Applied SurfaceScience, 511(2020)145511
[9]
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- 參考資料
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- 1. 彭文海-博士-機電工程學院 ．温州大學．2021-09-06[引用日期2023-07-16]
- 2. Surface composite microstructure and improved mechanical property of YG10X cemented carbide induced by high current pulsed electron beam irradiation ．Elsevier[引用日期2023-07-18]
- 3. Formation mechanism of graphite nanospheres in W-C-Co system under high current pulsed electron beam irradiation ．Elsevier[引用日期2023-07-18]
- 4. Thermal stability of modified surface microstructure on WC-Co cemented carbide after high current pulsed electron beam irradiation ．Elsevier[引用日期2023-07-18]
- 5. Effects of WC grain size on surface hardening of WC-10Co cemented carbides by pulsed electron beam irradiation ．Elsevier[引用日期2023-07-18]
- 6. Reduced Graphene Oxide-Based Dielectric Nanocomposites with Small Dielectric Relaxation Times for Emerging Dielectric Electronics with High-Frequency Performance Demands ．ACS Publications[引用日期2023-07-18]
- 7. An organic dielectric filler polyethylene glycol-polyaniline block copolymer with low-density used in PVDF-based composites ．Elsevier[引用日期2023-07-18]
- 8. The application of organic polyethylene glycol-polyaniline multi-alternating block (more than triblock) copolymer in polymer-based dielectric composites ．Elsevier[引用日期2023-07-18]
- 9. Hybrid disorder carbon fiber cathode for high current pulsed electron beam emission ．Elsevier[引用日期2023-07-18]
- 10. 關於擬錄用彭文海同志的公示 ．温州大學人事處[引用日期2023-07-19]
- 11. 温州大學主頁平台管理系統 彭文海--中文主頁--首頁 ．温州大學教師個人主頁[引用日期2023-07-21]
- 收起
