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51 to 60 of 3,087 Results

Gambar 3. Gambar ptototipe TKR. Tanpa lapis TiN (a), Lapis TiN (b).JPG Nov 21, 2018 - Analisis Lapisan TiN Pada Prototype Total Knee Replacement (Tkr) Dengan Metoda Plasma Sputtering JPEG Image - 35.0 KB - MD5: 6aa97a23827e64811433b7f5481d0c97 Data Gambar 3. Gambar ptototipe TKR. Tanpa lapis TiN (a), Lapis TiN (b)
Gambar 4. Ketebalan lapisan TiN.JPG Nov 21, 2018 - Analisis Lapisan TiN Pada Prototype Total Knee Replacement (Tkr) Dengan Metoda Plasma Sputtering JPEG Image - 21.1 KB - MD5: e0e850d74bbd4df05e5bbb152bdae11e Data Gambar 4. Ketebalan lapisan TiN
Tabel 1. Sifat mekanik material implant (Ferdiansyah dkk 2016).JPG Nov 21, 2018 - Analisis Lapisan TiN Pada Prototype Total Knee Replacement (Tkr) Dengan Metoda Plasma Sputtering JPEG Image - 41.5 KB - MD5: 5da73002f22ccddf12a666d538a77729 Data Tabel 1. Sifat mekanik material implant (Ferdiansyah dkk 2016)
Figure 1. Microstructure of Fe-13Cr-3Mo-3Ni.JPG Nov 21, 2018 - Optimizing Heat Treatment Process of Fe-13Cr-3Mo-3Ni Martensitic Stainless of Steel JPEG Image - 79.6 KB - MD5: 024acb733a5eed5a2a7f00339fc09e82 Data Figure 1. Microstructure of Fe-13Cr-3Mo-3Ni austenitizing at (a) 1000 °C, (b) 1050 °C, (c) 1100 °C followed by tempering at 600 °C, in magnification of 200X
Figure 2. The microstructure of Fe-13Cr-3Mo-.JPG Nov 21, 2018 - Optimizing Heat Treatment Process of Fe-13Cr-3Mo-3Ni Martensitic Stainless of Steel JPEG Image - 87.0 KB - MD5: 2a93c5b2b516703dba42d57f1d3dd489 Data Figure 2. The microstructure of Fe-13Cr-3Mo- 3Ni austenitizing at (a) 1000 °C, (b) 1050 °C, (c) 1100 °C followed by tempering at 650 °C, in magnification of 200X
Figure 3. Microstructure of Fe-13Cr-3Mo-3Ni.JPG Nov 21, 2018 - Optimizing Heat Treatment Process of Fe-13Cr-3Mo-3Ni Martensitic Stainless of Steel JPEG Image - 81.6 KB - MD5: 9d5b57ab52eb4a82c7de10f42f5336a8 Data Figure 3. Microstructure of Fe-13Cr-3Mo-3Ni austenitizing at (a) 1000 °C, (b) 1050 °C, (c) 1100 °C followed by tempering at 700 °C, in magnification of 200X
Optimizing Heat Treatment Process of Fe-13Cr-3Mo-3Ni Martensitic Stainless of Steel.pdf Nov 21, 2018 - Optimizing Heat Treatment Process of Fe-13Cr-3Mo-3Ni Martensitic Stainless of Steel Adobe PDF - 837.4 KB - MD5: 9fd47b921fc906bbf7b274630b403835
Table 1. HRC hardness loss percentage (%).JPG Nov 21, 2018 - Optimizing Heat Treatment Process of Fe-13Cr-3Mo-3Ni Martensitic Stainless of Steel JPEG Image - 26.2 KB - MD5: 4e4f5abd60f509440fd8fd9c665265c3 Data Table 1. HRC hardness loss percentage (%)
Effect Of SiC And Sintering Temperature Variations On The Characteristic Of Fe-Sheathed Mgb2 Superconductor Wires.pdf Nov 20, 2018 - Effect Of SiC And Sintering Temperature Variations On The Characteristic Of Fe-Sheathed Mgb2 Superconductor Wires Adobe PDF - 969.3 KB - MD5: 153d956fc6424270b5fdec1696dab26c
Fig 2. Microstructure of MgB2.JPG Nov 20, 2018 - Effect Of SiC And Sintering Temperature Variations On The Characteristic Of Fe-Sheathed Mgb2 Superconductor Wires JPEG Image - 24.1 KB - MD5: dc9d2517973a4d9272a4afa556f775de Data Fig 2. Microstructure of MgB2

Gambar 3. Gambar ptototipe TKR. Tanpa lapis TiN (a), Lapis TiN (b).JPG

Nov 21, 2018 - Analisis Lapisan TiN Pada Prototype Total Knee Replacement (Tkr) Dengan Metoda Plasma Sputtering

JPEG Image - 35.0 KB -

Data

Gambar 3. Gambar ptototipe TKR. Tanpa lapis TiN (a), Lapis TiN (b)

Gambar 4. Ketebalan lapisan TiN.JPG

Nov 21, 2018 - Analisis Lapisan TiN Pada Prototype Total Knee Replacement (Tkr) Dengan Metoda Plasma Sputtering

JPEG Image - 21.1 KB -

Data

Gambar 4. Ketebalan lapisan TiN

Tabel 1. Sifat mekanik material implant (Ferdiansyah dkk 2016).JPG

Nov 21, 2018 - Analisis Lapisan TiN Pada Prototype Total Knee Replacement (Tkr) Dengan Metoda Plasma Sputtering

JPEG Image - 41.5 KB -

Data

Tabel 1. Sifat mekanik material implant (Ferdiansyah dkk 2016)

Figure 1. Microstructure of Fe-13Cr-3Mo-3Ni.JPG

Nov 21, 2018 - Optimizing Heat Treatment Process of Fe-13Cr-3Mo-3Ni Martensitic Stainless of Steel

JPEG Image - 79.6 KB -

Data

Figure 1. Microstructure of Fe-13Cr-3Mo-3Ni austenitizing at (a) 1000 °C, (b) 1050 °C, (c) 1100 °C followed by tempering at 600 °C, in magnification of 200X

Figure 2. The microstructure of Fe-13Cr-3Mo-.JPG

Nov 21, 2018 - Optimizing Heat Treatment Process of Fe-13Cr-3Mo-3Ni Martensitic Stainless of Steel

JPEG Image - 87.0 KB -

Data

Figure 2. The microstructure of Fe-13Cr-3Mo- 3Ni austenitizing at (a) 1000 °C, (b) 1050 °C, (c) 1100 °C followed by tempering at 650 °C, in magnification of 200X

Figure 3. Microstructure of Fe-13Cr-3Mo-3Ni.JPG

Nov 21, 2018 - Optimizing Heat Treatment Process of Fe-13Cr-3Mo-3Ni Martensitic Stainless of Steel

JPEG Image - 81.6 KB -

Data

Figure 3. Microstructure of Fe-13Cr-3Mo-3Ni austenitizing at (a) 1000 °C, (b) 1050 °C, (c) 1100 °C followed by tempering at 700 °C, in magnification of 200X

Optimizing Heat Treatment Process of Fe-13Cr-3Mo-3Ni Martensitic Stainless of Steel.pdf

Nov 21, 2018 - Optimizing Heat Treatment Process of Fe-13Cr-3Mo-3Ni Martensitic Stainless of Steel

Adobe PDF - 837.4 KB -

Table 1. HRC hardness loss percentage (%).JPG

Nov 21, 2018 - Optimizing Heat Treatment Process of Fe-13Cr-3Mo-3Ni Martensitic Stainless of Steel

JPEG Image - 26.2 KB -

Data

Table 1. HRC hardness loss percentage (%)

Effect Of SiC And Sintering Temperature Variations On The Characteristic Of Fe-Sheathed Mgb2 Superconductor Wires.pdf

Nov 20, 2018 - Effect Of SiC And Sintering Temperature Variations On The Characteristic Of Fe-Sheathed Mgb2 Superconductor Wires

Adobe PDF - 969.3 KB -

Fig 2. Microstructure of MgB2.JPG

Nov 20, 2018 - Effect Of SiC And Sintering Temperature Variations On The Characteristic Of Fe-Sheathed Mgb2 Superconductor Wires

JPEG Image - 24.1 KB -

Data

Fig 2. Microstructure of MgB2

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