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OALib Journal期刊
ISSN: 2333-9721
费用：99美元
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高强度钢无氰镀镉-钛的研究
Abstract:
随着航空工业的发展,高强度钢的使用日趋广泛.但是,高强度钢的防护,一个众所周知的难题就是氢脆,即材料受氢的影响,在低于其屈服强度的应力条件下,容易发生早期脆性断裂.而且,材料强度越高,受氢程度越严重,所受应力越大,氢脆危险性也越大.
| [1] | BNAM i1To.593-5s,3oxrC,3A钢零件的防锈.
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| [2] | 航空工业中的氢脆,国外航空材料,1976,No.11.
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| [3] | 国外航空,1974,No.6,p.44.
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| [4] | 国外航空,1972,No.8,p.44-46.
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| [5] | A.Brenner,Electrodeposition of A1loys:principles and Practice,1963.
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| [6] | Wire and Wire Products,1968,March,p.168-170.
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| [7] | Plating,1972,Vol.53,No.10,p.943-947.
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| [8] | 4805厂,5703厂,112厂,北航,621所,低氢脆渡Cd-Ti合金技术总结,1975.
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| [9] | 5703厂,621所等,30CrMnSiNiSA材料ИЛ-14起落架低氢脆镀福钦工艺小结》,1975.
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| [10] | 5703厂、621所,起洛架落震试验评定低氢脆镀Cd-Ti工艺技术小结,1975,
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| [11] | 621所,4oCrMnSiMoVA(GC-4)超高强度钢电镀Cd-Ti技术总结,1977.
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| [12] | Hydrogen Embrittlement Testing,ASTM STP 543,1974.
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| [13] | 三机部标准HB5067-77氢脆试验方法.
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| [14] | 李牧铮等,周期浸润腐蚀试验方法的研究,621所.1978.
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| [15] | 日本专利 昭38-20703 (1963),美国专利3083150 (1963);英国专利918904 (1963).
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| [16] | Materials Protection,1964,Vol.18 No.8,P.37.
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| [17] | AD431622,Evaluation of the Delta Titanium-Cadmium Plating Process.
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| [18] | Menasco Eng.Rep.No.A6oo,Evaluation of the Low Embrittlement TiCd(Delta)Plating Process as Performed by the Menasco,Burbank facility.
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| [19] | Metal Progress,Job.187,1965,No.2,P.93-96.
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