martensite

Unlike that of tempered martensite structure, there is little effect of oxygen content on the fatigue properties of ferrite-pearlite steel.

The final structure obtained from tempering a fully hardened steel is called tempered martensite.

Tempering is possible because of the instability of the martensite, the principal constituent of hardened steel.

Bainite also occurs during thermal treatments at cooling rates too fast for pearlite to form, yet not rapid enough to produce martensite.

Weld metal is composed mainly of acicular ferrite , granular bainite and a small amount of martensite.

But this kind of stainless steel internal organization for tempering martensite, with guide magnetic, can be magnet attracted.

The invention discloses a martensite stainless steel with antibacterial property and an application thereof in the industry of hardware.

The tempered lath martensite grows up with the tempering temperature increasing, however the tendency of growing is not obvious.

The martensite stainless steel with antibacterial property is mainly applied to hardware products.

Retained austenite reduction and carbide precipitations in the martensite are anticipated by the tempering process.

To sum up, the upper bainite characterize pearlite decomposition, while the lower bainite has the impression of martensite transformation.

The ferrite grain size of samples influenced the strength and elongation of dual-phase steels with different martensite contents.

the HAZ was martensite and a small amount of residual austenite.

Under high strain rate, stress-induced martensite phase transformation happened to the sample in the solution treated condition.

The retained austenite is unstable, and will transform into martensite under certain plastic deformation conditions.

The microstructure of the weld bonds is a combination of martensite, lower bainite and retained austenite.

Therefore, the occurrence immediately provides many nucleation sites for martensite.

The banded structure in SWRH77B high carbon steel rod might be martensite.

And martensite would appear both region of high dislocation density and region of low dislocation density after deformation.

Martensite structure is found in weld center and little martensite with more ferrite structure is observed in fine grained region .

And the retained austenite transforms into martensite fast at the preliminary state with the increase of strain rate.

The results show that the nitric martensite after cryogenic treatment has better wear resistance.

With the help of X-ray diffraction technique, thermal-induced martensite transformation in 304 austenitic stainless steel was investigated.

Microstructure in fine grain zone was mainly composed of martensite, and its grain size was very small and uniform.

The deformation dislocation density and martensite microstructure were also analysed by TEM.

The width of the martensite -like layer kept invariable during heat treatment period.

Of higher carbon content of martensite plates will be generated, more obvious hardening of the weld.

The results show that the structure of the surfacing layer was martensite, carbides and residual austenite.

As cast martensite high chromium white cast iron has good wear resistance and high impact toughness.

Ferrite(F) zone, pearlite(P) zone, bainite (B) zone and martensite(M) zone were found on both CCT diagrams.

The reason of deduces deformation martensite in the drawing process is analysed also.

There ate a small amount of martensite in HAZ, and distributed in gradient.

X-Ray analysis finds that steel after tempering main matrix of tempered martensite.

The impact abrasion performance of martensite steel was studied.

New Martensite- Bainite nodular cast iron will be continued development.

Thick sheet relatively has a high amount of martensite transformation.

Temperature on the grain size and the proliferation carbon in martensite is much larger than the holding time.

The microstructure of martensitic Ni50Mn25 XIn25-X alloys is full of spearhead-shaped martensite which have good co-cooperation effect.

The micro structure of deposited metal is composed of martensite , residual austenite and carbide hard phase.

Martensite heat-resistant steel type of heat treatment.

The effect of external stress on stress-induced martensite was investigated.

martensite, carbide and micro-crack.

Bending tests show that SUS301L-DLT brings strain-induced martensite transformation is easier than 301L-DLT.

martensite in surface layer.

The hard second phase, for example martensite , contributed to the superior fatigue strength and higher threshold value.

Different quenching temperatures lead to not only different amounts of martensite, but also different volume fractions of new ferrite.

in the other hand, the lower bainite transformation is inseparable to martensite transformation.

Microstructure Analysis on the Surface Modified Layer of Martensite Heat Resistant Steel by Multi-arc Ion Plating

Macroscopic Lattice Deformation Characteristic and its Crystallographic Analysis of Lath Martensite Transformation

The Application of a Low Carbon Martensite Steel without Quenching-tempering Treatment in Automobile Industry

The Interrelation between Athermal Martensite Transformation and Wear Induced Martensite Transformation of the High Chromium Cast Iron

Strain-induced Martensite Transformation and Power- Magnetism Coupling Character of the Foil Metastable Material

Deformation-Induced Martensite of Cold-Worked Stainless Steel and Its Corrosion Behaviors

Macroscopic Lattice Deformation Characteristics of Martensite Transformation in Iron-Based Alloy

Effect of Chemical Composition and Cooling Process on Microstructure and Mechanical Properties of Multiphase Steel and Martensite Steel

Structural analysis of decomposition production of high carbon martensite after cryogenic treatment

The results show that the microstructure of the welding joint consists of martensite, granularbainite and acicular ferrite;

Structural Parameter for Martensite Transformation of Cryogenic Austenitic Steel

Influence of Martensite Transformation on Chemical and Electrochemical Behavior of Pitting Occluded Cell

Microstructure and properties of martensite stainless steel coating by different spraying methods

Study on Relationship between the Torsion Moment and Martensite Content of Dual-Phase Steel

Microstructures And Properties of Nitric Martensite After Cryogenic Treatment

Investigation into Warm Forging Behavior of Plain Medium-carbon Steel with Martensite Microstructure

Self-tension process of martensite in a TiNi shape memory alloy during constrained transformation

Preliminary Analysis on Crystallography of Martensite Phase Transition

Application of the Lath Martensite Quenching in Hardening and Toughening Treatment of Die and Mold

Martensite formation during mechanical alloying of Fe-Ni and martensitic transformation

Hydrogen Induced Martensite Transformation in Weld of Austenitic Stainless Steels

Application of the theory of low char martensite in the product of coal mine machinery parts

Occurrence and Prevention of Deformation Martensite in Production and Application of Wire Rod Products

Martensite Transformation of an Ultra-High Carbon Steel and Grain Size Effect on Sub-Structure

Pre-heat Treatment Process on Martensite Stainless Steel for Surgical Instruments in Advanced Country

Application of Low-Carbon Martensite Strengthening Technology

Research on heat treatment processes of low carbon austenite-martensite double phase stainless steel

Study on dynamic fracture toughness about martensite stainless lower matching welded joint

Mechanical Behavior of Medium Carbon Martensite During Warm Plastic Deformation

The Research on the Martensite Ductile Iron Grinding Balls and Their Industrial Application

Study on Mechanism of Martensite Transformation Soft Mode Nucleation under Prestrain in Steel

The Comparison between Martensite and Bituminous Mixture's Shaping by Gyratory Compactor

Lath Martensite Nanostructuring and its Effects on Mechanical Properties of Steel

Study on relationship between properties and martensite content and size of dual-phase steel

Effect of martensite layer thickness of rebar surface on its mechanical properties

Influence of Carbon on Microstructure and Mechanical Property of Low-carbon Martensite Steel

Influence of Surface Integrity on Fatigue Property for Martensite Stainless Steel

Study on Microstructure of Martensite Stainless Steel for Idler Wheel of Controller Driver

Hard Chromium Plating Technology for Martensite Stainless Steel

Influence of Stable Magnetic Field on Martensite Transformation

Microstructure and Properties of Bainite-Martensite Steel Plate

Deformation Substructure of Tempered Martensite in Steels

Influence of Boron on Structure and Properties of Anti-Wear Bainite-Martensite Nodular Iron

Study on Non Hardened and Tempered Steel with Low Carbon Martensite Microstructure

TEM Study on Relative Orientation Between Adjacent Martensite Laths

The results show that martensite nodular cast iron has best wear resistance with static load;

Anti-Bacteria Properties of High Copper Martensite Stainless Steel

Microstructure and Wear Resistance of Low Carbon Martensite Fine Grain Steel

Failure Analysis on Quenching Cracking of High Carbon Martensite Steel Ball

Application of Martensite in Medium-Mn Austenite Wear Resistance Steel

Nucleation Process of Martensite Studied by Molecular Dynamics

Formation Mechanism of Packet Martensite in Medium and High Carbon Steels

Martensite variant pair and variant pair coalescence in iron-based alloys

Research on Failed Surfacing Welding Rod of High-Rigidity Martensite

Effect of cold deformation and tempering on ductility of low carbon martensite steel

study on heat capacity during martensite transformation in cuznaimnni shape memory alloy

development of super - low carbon martensite stainless steel electrode

Types and Characteristics of Packet Hate Martensite

Grain-Refining Mechanism of Severe Rolling to Lath Martensite

Study and Application of Low Alloy Martensite-Bainite Cast Steel Liner

Effect of M-EMS on quality of continuously cast billet of martensite stainless steel

Study on the In-situ Composite Effect Induced by Plastic Deformation of Lath Martensite in CrMoV Steel

The Effect of Principal Processing Parameter on the Quality of Martensite Stainless Steel in Concasting Square Billet

Effect of hydrogen-induced martensite on nanoindentation creep of 316 type stainless steel

Low Carbon Martensite Stainless Steel

Recognition Modeling of Martensite Steel Based on Computer Image Recognition

Study on Abrasive Wear Behaviour of Martensite

Effect of Niobium on Recrystallization of Deformed Lath Martensite Structure of Low Carbon Steel

Application of Low Carbon Martensite in Dies

Effect of deformation on the temper process of lath martensite

TC4 titanium alloy; martensite;