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14 Feb 2020: Current page: 200. Lucy in Tokyo, Japan.

14 Feb 2020: Isothermally transfromed at 380C, mixture of martensite and bainite.

14 Feb 2020: Cast iron. For details see https://www.phase-trans.msm.cam.ac.uk/2001/adi/photo.html.

14 Feb 2020:

14 Feb 2020: Quenched, fully martensite.

14 Feb 2020: Cast iron. For details see https://www.phase-trans.msm.cam.ac.uk/2001/adi/photo.html.

14 Feb 2020: Quenched, fully martensite.

14 Feb 2020: Quenched, fully martensitic.

14 Feb 2020: Isothermally transfromed at 490C, fully martensite.

14 Feb 2020: Isothermally transfromed at 490C, fully martensite.

14 Feb 2020: Isothermally transfromed at 400C, mixture of martensite and bainite.

14 Feb 2020: Isothermally transformed at 280C for 9 weeks, mixture of martensite and bainite.

14 Feb 2020: Cast iron. For details see https://www.phase-trans.msm.cam.ac.uk/2001/adi/photo.html.

14 Feb 2020: Quenched, fully martensite.

14 Feb 2020: Isothermally transfromed at 470C, fully martensite.

14 Feb 2020: Isothermally transfromed at 460C, mixture of martensite and bainite.

14 Feb 2020: Isothermally transfromed at 460C, mixture of martensite and bainite.

14 Feb 2020: Isothermally transfromed at 440C, mixture of martensite and bainite.

14 Feb 2020: Isothermally transformed at 280C for 7days, mixture of martensite and bainite.

14 Feb 2020: Isothermally transformed at 280C for 3 weeks, mixture of martensite and bainite.

14 Feb 2020: Isothermally transformed at 280C for 3 weeks, mixture of martensite and bainite.

14 Feb 2020: Isothermally transformed at 280C for 3 weeks, mixture of martensite and bainite.

14 Feb 2020: C), gently transferring into an oven at the low temperature (at say 200. ... There is no rapid cooling - residual stresses are avoided. The size of the sample can be large because the time taken to reach 200.

14 Feb 2020: The alloy can be made in large sizes (greater than 200 mm) in all directions.

14 Feb 2020: Figure 9: Fe-0.98C-1.46Si-1.89Mn-0.26Mo-1.26Cr-0.09V wt%, transformed at 200. C for 5 days. ... Figure 11: Fe-0.98C-1.46Si-1.89Mn-0.26Mo-1.26Cr-0.09V wt%, transformed at 200. C for 5 days.

4 Jul 2024: Materials Science and Engineering A, Vol. 223, 1997, pp. 186-200. T.

14 Feb 2020: The alloy can be made in large sizes (greater than 200 mm) in all directions.

14 Feb 2020: It is demonstrated that low and medium strength weld metals benefit from oxides up to a concentration of about 200 ppmw as consistent with previous research, because acicular ferrite is stimulated

14 Feb 2020: The alloy can be made in large sizes (greater than 200 mm) in all directions.

14 Feb 2020: Further evidence of tetragonality in bainitic ferrite. C. N. Hulme-Smith, M. J. Peet, I. Lonardelli, A. C. Dippel and H. K. D. H. Bhadeshia. Abstract. There is growing evidence that bainitic ferrite which retains a substantial amount of carbon in

14 Feb 2020: Surprisingly, the alloys are found to have greater ultimate tensile strengths and ductility when tested at 200 C, compared with corresponding tests at ambient temperature. ... This is demonstrated to be a consequence of the more gradual

14 Feb 2020: The alloy can be made in large sizes (greater than 200 mm) in all directions.

14 Feb 2020: We got there at about 0710 and there were already 200 people queuing in front of us. ... Dawn breaking. These are the people queuing behind the 200 in front.

10 Apr 2021:

14 Feb 2020: C), followed by a gentle transfer into an oven at the low temperature (say 200. ... The size of the sample can be large because the time taken to reach 200.

14 Feb 2020: Alumina-stainless steel bonds withstood more that 60 thermal cycles between 200 to 800C in air.

14 Feb 2020: the hardness of 200 HV in the stir zone without particle additions.

14 Feb 2020: Mössbauer Spectroscopy of Low Temperature Bainite. P. Bruna, T. Pradell, D. Crespo, C. Garcia-Mateo and H. K. D. H. Bhadeshia. Abstract. Low-temperature bainite, obtained by the transformation of austenite at temperatures as low as 200C for times

14 Feb 2020: Axial section showing freckles in IN 718, 200 mm diameter billet. ... Radial section showing freckles in IN 718, 200 mm diameter billet.

14 Feb 2020: D. H. Bhadeshia. Abstract. The tensile properties of a nanostructured carbide-free bainitic steel formed at 200-250C are compared against those after tempering sufficiently to remove the retained austenite.

14 Feb 2020: Transmission electron micrographs taken at 200 kV, from a thin foil sample of "302AA" austenitic stainless steel.

14 Feb 2020: Predictions were compared to experimental values and were in agreement. The model was extrapolated to predict the elongation at high irradiation doses (200 dpa) and high temperatures (750C).

14 Feb 2020: Journal of Magnetism and Magnetic Materials 378 (2015) 200-205. W. Solano-Alvarez, H.

14 Feb 2020: Size distribution of oxides and toughness of steel weld metals. Shinichi Terashima and H. K. D. H. Bhadeshia. Abstract. Experiments have been conducted to modify the size distribution of oxide particles in steel weld metals which have predominantly

14 Feb 2020: The alloy can be made in large sizes (greater than 200 mm) in all directions.

14 Feb 2020: The foils were examined using JEM 100CX and 2000EX transmission electron microscopes operating at 100 and 200 kV respectively. ... Å) operating at 30 kV and 20 mA. The phase fractions were determined taking into account the integrated intensities of

14 Feb 2020: Large Chunks of Very Strong Steel. H. K. D. H. Bhadeshia. Abstract. Steel with an ultimate tensile strength of 2500 MPa, a hardness at 600-670 HV and toughness in excess of 30-40 MPa m. 1/2. is the result of exciting new developments with bainite.

14 Feb 2020: characterized. The microstructure is generated by isothermal transformation at temperatures in the range 200-300C.

14 Feb 2020: Modelling Creep Rupture Strength of Ferritic Steel Welds. D. Cole, C. Martin-Moran, A.G. Sheard, H. K. D. H. Bhadeshia and D. J. C. MacKay. Abstract. Recent changes in the design of steam turbine power plant have necessitated the replacement of

14 Feb 2020: Dry rolling/sliding wear of nanostructured bainite. Subhankar Das Bakshi, A. Leiro, B. Prakash and H.K.D.H. Bhadeshia. Abstract. The abrasive wear of carbide-free bainitic steel under dry rolling/sliding conditions has been studied. It is