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Figure 2. SEM images of the microstructure of the tempered 410-1Mo.JPG
Figure 2. SEM images of the microstructure of the tempered 410-1Mo.JPG
Nov 15, 2018 - Influence of Austenitizing Heat Treatment on Properties of the Tempered 410-1Mo Type Stainless Steels
JPEG Image - 93.7 KB - MD5: 2e88623acf41a36168aa68992cf2a5ec
Data
Figure 2. SEM images of the microstructure of the tempered 410-1Mo martensitic stainless steel austenitized at various temperatures of (a) 950, (b) 1000, (c) 1050, and (d) 1100 oC and subsequently tempered at 600 oC.
Influence of Austenitizing Heat Treatment on Properties of the Tempered 410-1Mo Type Stainless Steels.pdf
Influence of Austenitizing Heat Treatment on Properties of the Tempered 410-1Mo Type Stainless Steels.pdf
Nov 15, 2018 - Influence of Austenitizing Heat Treatment on Properties of the Tempered 410-1Mo Type Stainless Steels
Adobe PDF - 573.2 KB - MD5: 84374dbcc01c29b78278aa094173f213
Table 1. Chemical composition (wt. %) of the 410-1Mo martensitic stainless steels prepared.JPG
Table 1. Chemical composition (wt. %) of the 410-1Mo martensitic stainless steels prepared.JPG
Nov 15, 2018 - Influence of Austenitizing Heat Treatment on Properties of the Tempered 410-1Mo Type Stainless Steels
JPEG Image - 27.6 KB - MD5: 747a98b433064d072baf3e61dbb1e7f5
Data
Table 1. Chemical composition (wt. %) of the 410-1Mo martensitic stainless steels prepared in this work
Table 2. Corrosion parameters of 410-1Mo martensitic stainless steel austenitized at different...JPG
Table 2. Corrosion parameters of 410-1Mo martensitic stainless steel austenitized at different...JPG
Nov 15, 2018 - Influence of Austenitizing Heat Treatment on Properties of the Tempered 410-1Mo Type Stainless Steels
JPEG Image - 32.7 KB - MD5: 60c7d1530383229ae6d193cbc5de93ac
Data
Table 2. Corrosion parameters of 410-1Mo martensitic stainless steel austenitized at different temperatures and tempered at 600 oC
The effect of sintering temperature on the rolled silver-sheathed monofilament Bi,Pb-Sr-Ca-Cu-O superconducting wire
The effect of sintering temperature on the rolled silver-sheathed monofilament Bi,Pb-Sr-Ca-Cu-O superconducting wire
Nov 15, 2018
Hendrik; Sebleku, P.; Imaduddin, A.; Pramono, A. W., 2018, "The effect of sintering temperature on the rolled silver-sheathed monofilament Bi,Pb-Sr-Ca-Cu-O superconducting wire", https://hdl.handle.net/20.500.12690/RIN/96QOE8, RIN Dataverse, V2
The manufacture of high critical temperature (Tc) Bi,Pb-Sr-Ca-Cu-O (HTS BPSCCO) superconductor wire fabricated by power-in-tube (PIT) is a multi-step process. The main difficulty is that the value of Tc superconductor wire is determined by various factors different for each step....
Figure 1. Image of sample Ag-BPSCCO exposed to four point probe.JPG
Figure 1. Image of sample Ag-BPSCCO exposed to four point probe.JPG
Nov 15, 2018 - The effect of sintering temperature on the rolled silver-sheathed monofilament Bi,Pb-Sr-Ca-Cu-O superconducting wire
JPEG Image - 22.8 KB - MD5: 4fef200c9a81a01d1c09478d5376e344
Data
Figure 1. Image of sample Ag-BPSCCO exposed to four point probe
Figure 4. The surface morphology of cut sample of Ag-BPSCCO wire with 8 hours sintering time.JPG
Figure 4. The surface morphology of cut sample of Ag-BPSCCO wire with 8 hours sintering time.JPG
Nov 15, 2018 - The effect of sintering temperature on the rolled silver-sheathed monofilament Bi,Pb-Sr-Ca-Cu-O superconducting wire
JPEG Image - 31.4 KB - MD5: 3c36b479d1afb7bc9c08ec03c5d5b7c5
Data
Figure 4. The surface morphology of cut sample of Ag-BPSCCO wire with 8 hours sintering time
Figure 5. The surface morphology of cut sample of Ag-BPSCCO wire with 24 hours sintering time.JPG
Figure 5. The surface morphology of cut sample of Ag-BPSCCO wire with 24 hours sintering time.JPG
Nov 15, 2018 - The effect of sintering temperature on the rolled silver-sheathed monofilament Bi,Pb-Sr-Ca-Cu-O superconducting wire
JPEG Image - 36.8 KB - MD5: ab6f93c1da096ee9e0aad69fef2112e4
Data
Figure 5. The surface morphology of cut sample of Ag-BPSCCO wire with 24 hours sintering time
The Crystalllinity Behaviour of Composite Polylactid Acid Based Reinforced by Bamboo Fiber Which is Treated Using Different Chemical Treatment
The Crystalllinity Behaviour of Composite Polylactid Acid Based Reinforced by Bamboo Fiber Which is Treated Using Different Chemical Treatment
Nov 15, 2018
Suryanegara, Lisman; Chalid, Mochamad; Sari, Laili Novita, 2018, "The Crystalllinity Behaviour of Composite Polylactid Acid Based Reinforced by Bamboo Fiber Which is Treated Using Different Chemical Treatment", https://hdl.handle.net/20.500.12690/RIN/M7QSHZ, RIN Dataverse, V2
Polylactid acid (PLA) is a bio-based palstic that has a great potential to replace petroleum-based plastic due to its high Youngs modulus and tensile strength. However, the drawbacks of PLA are low toughness and slow crystallization speed limited its application. In this study, P...
Figure 2. (a) Trascrystalline of PLA-bleached bamboo fibre.PNG
Figure 2. (a) Trascrystalline of PLA-bleached bamboo fibre.PNG
Nov 15, 2018 - The Crystalllinity Behaviour of Composite Polylactid Acid Based Reinforced by Bamboo Fiber Which is Treated Using Different Chemical Treatment
PNG Image - 472.7 KB - MD5: 4ad25a97c3b0d8476d715498307dd30f
Data
Figure 2. (a) Trascrystalline of PLA-bleached bamboo fibre (b) Transcrystalline of PLA-bleached bamboo fibre with interference method. Magnification 200 x
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