Neural Regeneration Research （NRR, ISSN 1675-5374, CN11-5422/R）, an English language journal published in China every ten days, is dedicated to presenting peer-reviewed, evidenced based scholarly research in neurore...Neural Regeneration Research （NRR, ISSN 1675-5374, CN11-5422/R）, an English language journal published in China every ten days, is dedicated to presenting peer-reviewed, evidenced based scholarly research in neuroregeneration, including neural stem cells, nerve tissue engineering, gene therapy, and traditional Chinese medicine.展开更多
92A0025 Saturation of Preferential Sites forNucleation and Growth of Ferrite Phase at EarlyStages of Austenite Decomposition in Low-carbonBoron Steels The microstructural evolutionpath at early stages of austenite dec...92A0025 Saturation of Preferential Sites forNucleation and Growth of Ferrite Phase at EarlyStages of Austenite Decomposition in Low-carbonBoron Steels The microstructural evolutionpath at early stages of austenite decomposition at620℃ in low-carbon boron steels has been investi-展开更多
90A0047 Transformation Characteristic of TwoWay Shape Memory Material Constrained byStress The snap-acting transition and two wayshape memory(TWSM)effect have been obtainedin a TWSM spring made of Ni51Ti49 alloy using...90A0047 Transformation Characteristic of TwoWay Shape Memory Material Constrained byStress The snap-acting transition and two wayshape memory(TWSM)effect have been obtainedin a TWSM spring made of Ni51Ti49 alloy usingthe constrained effect of stress on driving force ofTWSM material.When the snap-acting transition展开更多
92A0040 Influence of V;（C,N）;in Fe-C-V Alloyon Distribution of Dislocation Area and FatigueStrength This paper describes the influence ofV;（C,N）;in Fe-C-V alloy on the area ofdeslocation movement and fatigue stren...92A0040 Influence of V;（C,N）;in Fe-C-V Alloyon Distribution of Dislocation Area and FatigueStrength This paper describes the influence ofV;（C,N）;in Fe-C-V alloy on the area ofdeslocation movement and fatigue strength.The re-sults show that fine,uniform,dispersed and stableV;（C,N）;may enlarge the area of dislocation展开更多
CONTENTSA:Physics of metal andmetallography(20-24)B:Testing and analysis(3)C:Mechanical,physical and chemicalproperties(23-27)D:Metallurgy(21-28)E:Metal working(18-22)
90A0026 Influence of Deformation at MartensiticState on Shape Recovery in Co-Zn-Al Memory Al-loys An investigation of the influence ofdeformation on shape recovery has been put for-ward in Cu-Zn-Al shape memory alloys...90A0026 Influence of Deformation at MartensiticState on Shape Recovery in Co-Zn-Al Memory Al-loys An investigation of the influence ofdeformation on shape recovery has been put for-ward in Cu-Zn-Al shape memory alloys.Startingat the model of the re-orientation of martensiticvariants,the principle and essentiality of the influ-ence of the amount of pre-deformations on shaperecovery rate η is elucidated.LI Bing,JIANGBohong and XU Zuyao: Acta Metall.Sin.,1989,25(4),A235-A243.展开更多
CONTENTSA:Physics of metal andmetallography(36-46)B:Testing and analysis(7)C:Mechanical,physical and chemicalproperties(58-74)D:Metallurgy(46-61)E:Metal working(31-50)90A0036 Plastic Deformation and DislocationStructu...CONTENTSA:Physics of metal andmetallography(36-46)B:Testing and analysis(7)C:Mechanical,physical and chemicalproperties(58-74)D:Metallurgy(46-61)E:Metal working(31-50)90A0036 Plastic Deformation and DislocationStructure In γ′-phase of a Directionally SolidifiedNi-base Superalloy The dislocationsubstructure of directionally solidified Rene 80展开更多
A: Physics of metal and metallography(68-78)B: Testing and analysis(27-28)C: Mechanical, physical and chemical properties (64-78)D: Metallurgy(111-141)E: Metal working(50-59)89A0068 Observation of Epitaxial Overlayer ...A: Physics of metal and metallography(68-78)B: Testing and analysis(27-28)C: Mechanical, physical and chemical properties (64-78)D: Metallurgy(111-141)E: Metal working(50-59)89A0068 Observation of Epitaxial Overlayer ofMetals at Atomic Level Epitaxial overlayerof metals at atomic level has been successfully展开更多
A: Physics of metal and metallography(11-26)B: Testing and analysis(8-17)C: Mechanical, physical and chemical properties(10-21)D: Metallurgy(27-37)E: Metal working(10-23)89A0011 Effect of Mo on Tempered MartensiteEmbr...A: Physics of metal and metallography(11-26)B: Testing and analysis(8-17)C: Mechanical, physical and chemical properties(10-21)D: Metallurgy(27-37)E: Metal working(10-23)89A0011 Effect of Mo on Tempered MartensiteEmbrittlement of Medium Carbon Si-Mn SteelsAn investigation on the effect of alloying elementMo on tempered martensite embrittlement (TME)in 40Si2Mn2 steel has been made. Experimentalresults show that TME in 40Si2Mn2 steel cannot be eliminated by Mo, but Mo addition candecrease the ductile-brittle transitiontemperature (DBTT) of the steel and make theimpact test temperature for revealing TMEdecreased. On the other hand, it is found thatMo can retard TME through to a higher temperingtemperature and Mo has a deferring role on TMEin 40Si2Mn2 steel. The results obtained by meansof transmission electron microscopy indicatethat the phenomenon is associated with theretardation of Mo on the precipitation ofcementite during tempering. FU Ming and QIUYaojian: Iron Steel, 1988, 23((7), 36-41.展开更多
90A0064 Electron Radiation Induced Void Swell-ing and Grain Boudary Segregation in anFe—Cr—Mu Austenitic Alloy The behaviour ofvoid swelling and segregation in Fe—15Cr—xMnand Fe—15Cr—15Mn—2W—2V alloys was inve...90A0064 Electron Radiation Induced Void Swell-ing and Grain Boudary Segregation in anFe—Cr—Mu Austenitic Alloy The behaviour ofvoid swelling and segregation in Fe—15Cr—xMnand Fe—15Cr—15Mn—2W—2V alloys was investi-gated by electron irradiation.The compositionalanalysis in the irradiated regions including grainboundaries was performed.In the Fe—Cr—Mn alloysystems void swelling was remarkably suppressedand at the same time the radiation—induced segre-gation Was also retarded,furthermore,the segrega-tion was strongly retarded in Fe—15Cr—展开更多
Are you a student at a higher institution or an early-career researcher who is striving to understand and master the peer review process so to increase the odds of getting a paper published in the Journal of Forestry ...Are you a student at a higher institution or an early-career researcher who is striving to understand and master the peer review process so to increase the odds of getting a paper published in the Journal of Forestry Research or another reputable,peer-reviewed,scientific journal?In this paper,a young,senior editor provides a handbook of the peer review process based on his decadal experience in scientific publishing.He covers major information you need to know during the entire process,from selecting journals to completing the proofing of your accepted paper.He introduces key points for consideration,such as avoidance of predatory journals,dubious research practices and ethics,interaction with peers,reviewers,and editors,and the pursuit of aretê.Finally,he points out some common statistical errors and misconceptions,such as P hacking and incorrect effect size inference.He hopes that this paper will enhance your understanding and knowledge of the peer-review process.展开更多
文摘Neural Regeneration Research （NRR, ISSN 1675-5374, CN11-5422/R）, an English language journal published in China every ten days, is dedicated to presenting peer-reviewed, evidenced based scholarly research in neuroregeneration, including neural stem cells, nerve tissue engineering, gene therapy, and traditional Chinese medicine.
文摘92A0025 Saturation of Preferential Sites forNucleation and Growth of Ferrite Phase at EarlyStages of Austenite Decomposition in Low-carbonBoron Steels The microstructural evolutionpath at early stages of austenite decomposition at620℃ in low-carbon boron steels has been investi-
文摘90A0047 Transformation Characteristic of TwoWay Shape Memory Material Constrained byStress The snap-acting transition and two wayshape memory(TWSM)effect have been obtainedin a TWSM spring made of Ni51Ti49 alloy usingthe constrained effect of stress on driving force ofTWSM material.When the snap-acting transition
文摘92A0040 Influence of V;（C,N）;in Fe-C-V Alloyon Distribution of Dislocation Area and FatigueStrength This paper describes the influence ofV;（C,N）;in Fe-C-V alloy on the area ofdeslocation movement and fatigue strength.The re-sults show that fine,uniform,dispersed and stableV;（C,N）;may enlarge the area of dislocation
文摘CONTENTSA:Physics of metal andmetallography(20-24)B:Testing and analysis(3)C:Mechanical,physical and chemicalproperties(23-27)D:Metallurgy(21-28)E:Metal working(18-22)
文摘90A0026 Influence of Deformation at MartensiticState on Shape Recovery in Co-Zn-Al Memory Al-loys An investigation of the influence ofdeformation on shape recovery has been put for-ward in Cu-Zn-Al shape memory alloys.Startingat the model of the re-orientation of martensiticvariants,the principle and essentiality of the influ-ence of the amount of pre-deformations on shaperecovery rate η is elucidated.LI Bing,JIANGBohong and XU Zuyao: Acta Metall.Sin.,1989,25(4),A235-A243.
文摘CONTENTSA:Physics of metal andmetallography(36-46)B:Testing and analysis(7)C:Mechanical,physical and chemicalproperties(58-74)D:Metallurgy(46-61)E:Metal working(31-50)90A0036 Plastic Deformation and DislocationStructure In γ′-phase of a Directionally SolidifiedNi-base Superalloy The dislocationsubstructure of directionally solidified Rene 80
文摘A: Physics of metal and metallography(68-78)B: Testing and analysis(27-28)C: Mechanical, physical and chemical properties (64-78)D: Metallurgy(111-141)E: Metal working(50-59)89A0068 Observation of Epitaxial Overlayer ofMetals at Atomic Level Epitaxial overlayerof metals at atomic level has been successfully
文摘A: Physics of metal and metallography(11-26)B: Testing and analysis(8-17)C: Mechanical, physical and chemical properties(10-21)D: Metallurgy(27-37)E: Metal working(10-23)89A0011 Effect of Mo on Tempered MartensiteEmbrittlement of Medium Carbon Si-Mn SteelsAn investigation on the effect of alloying elementMo on tempered martensite embrittlement (TME)in 40Si2Mn2 steel has been made. Experimentalresults show that TME in 40Si2Mn2 steel cannot be eliminated by Mo, but Mo addition candecrease the ductile-brittle transitiontemperature (DBTT) of the steel and make theimpact test temperature for revealing TMEdecreased. On the other hand, it is found thatMo can retard TME through to a higher temperingtemperature and Mo has a deferring role on TMEin 40Si2Mn2 steel. The results obtained by meansof transmission electron microscopy indicatethat the phenomenon is associated with theretardation of Mo on the precipitation ofcementite during tempering. FU Ming and QIUYaojian: Iron Steel, 1988, 23((7), 36-41.
文摘90A0064 Electron Radiation Induced Void Swell-ing and Grain Boudary Segregation in anFe—Cr—Mu Austenitic Alloy The behaviour ofvoid swelling and segregation in Fe—15Cr—xMnand Fe—15Cr—15Mn—2W—2V alloys was investi-gated by electron irradiation.The compositionalanalysis in the irradiated regions including grainboundaries was performed.In the Fe—Cr—Mn alloysystems void swelling was remarkably suppressedand at the same time the radiation—induced segre-gation Was also retarded,furthermore,the segrega-tion was strongly retarded in Fe—15Cr—
基金support by the Startup Foundation for Introducing Talent of Nanjing University of Information Science&Technology(NUIST),Nanjing,China(Grant No.003080)。
文摘Are you a student at a higher institution or an early-career researcher who is striving to understand and master the peer review process so to increase the odds of getting a paper published in the Journal of Forestry Research or another reputable,peer-reviewed,scientific journal?In this paper,a young,senior editor provides a handbook of the peer review process based on his decadal experience in scientific publishing.He covers major information you need to know during the entire process,from selecting journals to completing the proofing of your accepted paper.He introduces key points for consideration,such as avoidance of predatory journals,dubious research practices and ethics,interaction with peers,reviewers,and editors,and the pursuit of aretê.Finally,he points out some common statistical errors and misconceptions,such as P hacking and incorrect effect size inference.He hopes that this paper will enhance your understanding and knowledge of the peer-review process.
