An abrasion resistant valve seat made of sintered alloy for internal combustion engines

• 1. 具有抗腐蚀耐磨功能的内燃机高合金气门座制造技术 [P] . 中国专利： CN104962782B . 2017.03.01
• 2. 具有抗腐蚀耐磨功能的内燃机高合金气门座制造技术 [P] . 中国专利： CN104962782A . 2015-10-07
• 3. An abrasion resistant valve seat made of sintered alloy for internal combustion engines [P] . 欧洲知识产权局专利： EP0848072B1 . 2001-06-20

  机译： 内燃机用烧结合金制成的耐磨气门座

• 4. Abrasion resistant valve seat made of sintered alloy for internal combustion engines [P] . 美国专利： US5870989A . 1999-02-16

  机译： 内燃机用烧结合金制成的耐磨气门座

• 5. An abrasion resistant valve seat made of sintered alloy for internal combustion engines [P] . 英国专利： GB9725843D0 . 1998-02-04

  机译： 内燃机用烧结合金制成的耐磨气门座

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• 4. Abrasion Resistant Improvement of the Valve Seat for Automobile Engines by the Oxidation and the Turn [C] . Kenji Matsumoto, Akira Sasaki Society of Tribologists Lubrication Engineers annual meeting exhibition . 2016
• 5. A Novel Engine Head Design Using a Rotary Valve System in Traditional Four-Stroke Internal Combustion Engines [D] . Myers, Erik Paul. 2019
• 6. Fault Diagnosis of Internal Combustion Engine Valve Clearance Using the Impact Commencement Detection Method [O] . Zhinong Jiang, Zhiwei Mao, Zijia Wang, 2017
• 7. Impact Wear Characteristics of Valve and Valve Seat Insert Materials for Engines at High Temperature. Plane Impact of Martensitic Heat Resistant Steel SUH3 against Fe-Base Sintered Alloy. [O] . Takeo Ootani, Noboru Yahata, Akira Fujiki, 1994
• 8. Investigation of a rotary valving system with variable valve timing for internal combustion engines: Final technical report [R] . Cross, P. C., Hansen, C. N. 1994

• 1. Application of ceramic short fiber reinforced Al alloy matrix composite on piston for internal combustion engines [J] . Wu Shenqing ,Li Jun . 中国铸造 . 2010,第004期
• 2. On the Design and Optimization of a Clean and Efficient Combustion Mode for Internal Combustion Engines through a Computer NSGA-Ⅱ Algorithm [J] . Xiaobin Shu ,Miaomiao Ren . 流体力学与材料加工(英文) . 2020,第5期
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• 4. 气门座孔材料表面耐磨抗氧化镀层组织与性能研究 [A] . 吉超超 . 2021