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22篇 您的检索式：作者名="Cerjak"

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	题名	作者	年代	出处	被引量
1	Quantification of the Laves phase in advanced 9–12% Cr steels using a standard SEM显示文摘	G. Dimmler P. Weinert E. Kozeschnik H. Cerjak	2004	Materials Characterization2004，，5：	2
2	Metallography of 9Cr steel power plant weld microstructures显示文摘	Letofsky E Cerjak H	2004	Science and Technology of Welding and Joining2004，9，1：	1
3	Microstructural Aspects on Creep Behaviour of Advanced Power Plant Steels 显示文摘	Cerjak H Hofer P Schaffernak B	2000	Key Eng Mater2000，171，174：	1
4	Atom probe field ion microscopy investigation of boron containing martensitic 9 Pct chromium steel显示文摘	P. Hofer M. K. Miller S. S. Babu S. A. David H. Cerjak	2000	Metallurgical and Materials Transactions A2000，，13：	1
5	Extrapolation of Short- term Creep Rupture Data-the Potential Risk of Over-Estima tion 显示文摘	Dimmler G Weinert P Cerjak H	2008	International Journal of Pressure Vessels and Pip- ing2008，85，：	1
6	The influence of microstructural aspects on the service behaviour of advanced power plant steels显示文摘	Cerjak H Hofer P Schaffernak B		0，，09：	1
7	Design of improved heat resistant materials by use of computational thermodynamics 显示文摘	SCHAFFERNAK B C CERJAK H H	2001	Calphado2001，25，2：	1
8	Design of improved heat resistant materials by use of computational thermodynamics 显示文摘	Bernhard C Schaffemak Horst H Cerjak	2001	Calphad2001，25，2：	1
9	The influence of advanced of microstructural aspects on the service behavior power plant steals显示文摘	HOFER Peter sCHAI 7PER Bernhard	1999	ISIJ International1999，39，9：	1
10	Microstructural and mechanical characterisation of friction stir welded 15-5PH steel显示文摘	Weinberger T Enzinger N Cerjak H	2009	Science and Technology of Welding&Joining2009，14，3：	1
11	Analysis of steady state creep behaviour of 9-12% chromium ferdtic-martensitic steels显示文摘	Dimmler G Weinert P Cerjak H	2004	Mate- rialsScienceandTechnology2004，20，12：	1
12	Design of improved heat resistant materials by use of computational thermodynamics 显示文摘	Bernhard C Schaffernak Horst H Cerjak	2001	Calphad2001，25，2：	1
13	Design of ira- proved heat resistant materials by use of computational ther- modynamics 显示文摘	Bernhard C Schaffernak Horst H Cerjak	2001	Calphad2001，25，2：	1
14	The Influence of Microstructural Aspects on the Service Behaviour of Advanced of Power Plant Steels 显示文摘	Cerjak H Hofer P Schaffem B	1999	ISIJ International1999，39，9：	1
15	Analysis of steady state creep behavior of 9-12%Chromium ferritie-martensitie steel显示文摘	DIMMLER G WEINERE P CERJAK H	2004	Matefials Science and Technology2004，20，：	1
16	Microstruc- tural analysis on a creep resistant martensitic 9-12%Cr steel using the EBSD method 显示文摘	SONDEREGGER B MITSCHE S CERJAK H	2008	Materials Science and Engineering A2008，，：	1
17	The Influ- ence of Microstructural Aspects on the Service Behaviour of Advanced Power Plant Steels显示文摘	CERJAK H HOFER P SCHAFFERNAK B	1999	ISIJ International1999，39，9：	1
18	Martensite laths in creep resistant martensitic 9-12% Cr steels-calculation and measurement of misorientations 显示文摘	Sonderegger B Mitsche S Cerjak H	2007	Mat Charact2007，58，：	1
19	Microstructural and mechanical characterisation of friction stir welded 15-5PH steel显示文摘	Weinberger T Enzinger N Cerjak H	2009	Science and Technology of Welding&Joining2009，14，3：	1
20	Calphad显示文摘	Schaffernak B C Cerjak H H	2001	25(2): 2412001，25，2：	1

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