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61 to 70 of 4,316 Results

Tabel 1. Komposisi Kimia Paduan Ti-6Al-6Nb.JPG Nov 21, 2018 - Pengaruh Variasi Temperatur Solution Treatment Terhadap Struktur Mikro Dan Kekuatan Paduan Ti-6Al-6NB Untuk Aplikasi Biomedis JPEG Image - 29.9 KB - MD5: 07c9a9f6ff7d831c783929a075d8bf61 Data Tabel 1. Komposisi Kimia Paduan Ti-6Al-6Nb
Analisis Lapisan TiN Pada Prototype Total Knee Replacement (Tkr) Dengan Metoda Plasma Sputtering Nov 21, 2018 Putrayasa, I NyAstawa, I Nyoman Gede Putrayasaoman Gede; Senopati, Galih; Sutowo, Cahya; Rokhmanto, Fendy; S., Sulistioso Giat; Sumirat, Iwan; Sujatno, Agus; Sugeng, Bambang, 2018, "Analisis Lapisan TiN Pada Prototype Total Knee Replacement (Tkr) Dengan Metoda Plasma Sputtering", https://hdl.handle.net/20.500.12690/RIN/FOBKIN, RIN Dataverse, V2 Telah dilakukan pelapisan TiN dengan metoda plasma sputtering pada prototipe Total Knee Replacement (TKR). Pada penelitian ini TiN dilapiskan pada seluruh permukaan prototipe knee cap (tempurung lutut) dan komponen tibial yang berbahan CoCrMo. Hasil yang didapat pada pengujian ke...
Analisis Lapisan TiN Pada Prototype Total Knee Replacement (Tkr) Dengan Metoda Plasma Sputtering.pdf Nov 21, 2018 - Analisis Lapisan TiN Pada Prototype Total Knee Replacement (Tkr) Dengan Metoda Plasma Sputtering Adobe PDF - 484.3 KB - MD5: 19a0b48aa8165ef5c2d258887d7734b3
Gambar 2. Susunan perangkat pelapisan TiN.JPG Nov 21, 2018 - Analisis Lapisan TiN Pada Prototype Total Knee Replacement (Tkr) Dengan Metoda Plasma Sputtering JPEG Image - 39.8 KB - MD5: 6674f73b1001d373b4c1abb8540786b7 Data Gambar 2. Susunan perangkat pelapisan TiN
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)
Optimizing Heat Treatment Process of Fe-13Cr-3Mo-3Ni Martensitic Stainless of Steel Nov 21, 2018 Anwar, M. S.; Prifiharni, S.; Mabruri, Efendi, 2018, "Optimizing Heat Treatment Process of Fe-13Cr-3Mo-3Ni Martensitic Stainless of Steel", https://hdl.handle.net/20.500.12690/RIN/BBYMSX, RIN Dataverse, V2 The Fe-13Cr-3Mo-3Ni stainless steels are modified into martensitic stainless steelsfor steam turbine blades application. The working temperature of steam turbine was around600 – 700 °C. The improvement properties of turbine blade material is necessary to maintainsteam turbine wor...
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

Tabel 1. Komposisi Kimia Paduan Ti-6Al-6Nb.JPG

Nov 21, 2018 - Pengaruh Variasi Temperatur Solution Treatment Terhadap Struktur Mikro Dan Kekuatan Paduan Ti-6Al-6NB Untuk Aplikasi Biomedis

JPEG Image - 29.9 KB -

Data

Tabel 1. Komposisi Kimia Paduan Ti-6Al-6Nb

Analisis Lapisan TiN Pada Prototype Total Knee Replacement (Tkr) Dengan Metoda Plasma Sputtering

Nov 21, 2018

Putrayasa, I NyAstawa, I Nyoman Gede Putrayasaoman Gede; Senopati, Galih; Sutowo, Cahya; Rokhmanto, Fendy; S., Sulistioso Giat; Sumirat, Iwan; Sujatno, Agus; Sugeng, Bambang, 2018, "Analisis Lapisan TiN Pada Prototype Total Knee Replacement (Tkr) Dengan Metoda Plasma Sputtering", https://hdl.handle.net/20.500.12690/RIN/FOBKIN, RIN Dataverse, V2

Telah dilakukan pelapisan TiN dengan metoda plasma sputtering pada prototipe Total Knee Replacement (TKR). Pada penelitian ini TiN dilapiskan pada seluruh permukaan prototipe knee cap (tempurung lutut) dan komponen tibial yang berbahan CoCrMo. Hasil yang didapat pada pengujian ke...

Analisis Lapisan TiN Pada Prototype Total Knee Replacement (Tkr) Dengan Metoda Plasma Sputtering.pdf

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

Adobe PDF - 484.3 KB -

Gambar 2. Susunan perangkat pelapisan TiN.JPG

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

JPEG Image - 39.8 KB -

Data

Gambar 2. Susunan perangkat pelapisan TiN

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)

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

Nov 21, 2018

Anwar, M. S.; Prifiharni, S.; Mabruri, Efendi, 2018, "Optimizing Heat Treatment Process of Fe-13Cr-3Mo-3Ni Martensitic Stainless of Steel", https://hdl.handle.net/20.500.12690/RIN/BBYMSX, RIN Dataverse, V2

The Fe-13Cr-3Mo-3Ni stainless steels are modified into martensitic stainless steelsfor steam turbine blades application. The working temperature of steam turbine was around600 – 700 °C. The improvement properties of turbine blade material is necessary to maintainsteam turbine wor...

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

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