Study on doping effect of interface binding state in the system of PCD and PDC at superhigh pressure

Study on doping effect of interface binding state in the system of PCD and PDC at superhigh pressure

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摘要 Experimental and theoretical researches on the doping effect of interface binding state with homologous and heterogeneous dopants(d) in the system of PCD etc,as well as the action of intermediate layers between D /d at superhigh pressure and high temperature(HP-HT) are reported in this paper. Experimental and theoretical researches on the doping effect of interface binding state with homologous and heterogeneous dopants(d) in the system of PCD etc,as well as the action of intermediate layers between D /d at superhigh pressure and high temperature(HP-HT) are reported in this paper.

作者 Shen Zhutong (China Science & Technology Group Company for Iron & Steel Research,Beijing 10081,China)

出处《金刚石与磨料磨具工程》 CAS 北大核心 2008年第S1期68-69,共2页 Diamond & Abrasives Engineering

关键词 doping effect INTERFACE BINDING state PCD & PDC intermediate layer superhigh pressure- high temperature(HP-HT) INTERFACE BINDING characteristics equation(E_Dd) doping effect interface binding state PCD & PDC intermediate layer superhigh pressure- high temperature(HP-HT) interface binding characteristics equation(E_Dd)

分类号 TQ164 [化学工程—高温制品工业]

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1Shen Z T.Theory on Interface Binding in System of Synthetic Diamond[].Crystal Growth Science and Technology.1997
2Shen M Y,Koyama S,Goto T,et al.The photoluminescence from ZnS/(ZnSe)/ZnS heterostructures[].Material Science and Engineering A.1996

1Deng Fuming~(1,2) Lu Xuejun~(1,3) Liu Ruiping~1 Xu Guojun~3 Chen Quwu~1 Li Wenzhu~2 (1.Department of Materials Science and Engineering,China University of Mining and Technology,Beijing Campus,Beijing 100083,China) (2.Department of Physics,Zhejiang University,Hangzhou 310027,China) (3.Beijing Institute of Electro-machining,Beijing 100083,China).Characterization of diamond MWCNTs composite fiber synthesized under high pressure and high temperature[J].金刚石与磨料磨具工程,2008,28(S1):62-67. 被引量：1
2郭惠玲,谢峻林,TAN Chang,YU Youjia,RAO Chengcheng.Co_2O_3-doping Effect on the Formation of 3CaO 3Al_2O_3 CaSO_4[J].Journal of Wuhan University of Technology(Materials Science),2013,28(2):347-351.
3Deng Fuming~(1,2) Lu Xuejun~(1,3) Liu Ruiping~1 Xu Guojun~3 Chen Quwu~1 Li Wenzhu~2 (1.Department of Materials Science and Engineering,China University of Mining and Technology,Beijing Campus,Beijing,100083,China) (2.Department of Physics,Zhejiang University,Hangzhou,310027,China) (3.Beijing Institute of Electro-machining,Beijing,100083,China).Microstructure and properties of the sintered diamond reinforced by diamond-MWCNTs composite fibers[J].金刚石与磨料磨具工程,2008,28(S1):56-61.
4安佩,寇自力.Stability of Titanium-aluminium Nitride (Ti_2AlN) at High Pressure and High Temperatures[J].Journal of Wuhan University of Technology(Materials Science),2011,26(5):914-919. 被引量：1
5Fei Gao,Jian-Bin Zhang,Chun-Ping Li,Tian-Rui Huo,Xiong-Hui Wei.Supramolecular binding of amines with functional magnesium tetraphenylporphyrin for CO_2 capture[J].Chinese Chemical Letters,2013,24(3):249-252. 被引量：2
6Binding and Dissociation Kinetics for Different Biosensor Applications Using Fractals[J].Chinese Journal of Chemical Engineering,2008,16(5):725-725.
7李培森.Stabilization of Lanthanum Sulfides with Different Dopants[J].Journal of Wuhan University of Technology(Materials Science),2012,27(3):529-533.
8WU Ji-zhou,SUN Hong-wen,WANG Cui-ping,LI Yong-hong.Binding of Pyrene to Different Molecular Weight Fractions of Dissolved Organic Matter:Effects of Chemical Composition and Steric Conformation[J].Chemical Research in Chinese Universities,2012,28(4):624-630. 被引量：3
9金慧,李勇,宋谋胜,陈琳,贾晓鹏,马红安.Ceramic synthesis of 0.08BiGaO_3–0.90BaTiO_3–0.02LiNbO_3 under high pressure and high temperature[J].Chinese Physics B,2016,25(7):534-537.
10田成璐,李晓伟,常明.Adjustment of residual stress and intermediate layer to BDD/porous Ti composite membrane[J].Optoelectronics Letters,2013,9(3):189-193.

金刚石与磨料磨具工程

2008年第S1期

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Study on doping effect of interface binding state in the system of PCD and PDC at superhigh pressure

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