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Pengaruh Pendinginan Media Air dan Udara Terhadap Kuat Tekan Pellet Komposit Dan Spon Hasil Proses Reduksi Langsung dengan Menggunakan Simulator Rotary Kiln Nov 14, 2018 Antoro, Iwan Dwi; Henpristian, Yopi; Oediyani, Soesaptri; Adjiantoro, Bintang, 2018, "Pengaruh Pendinginan Media Air dan Udara Terhadap Kuat Tekan Pellet Komposit Dan Spon Hasil Proses Reduksi Langsung dengan Menggunakan Simulator Rotary Kiln", https://hdl.handle.net/20.500.12690/RIN/ZDG9UT, RIN Dataverse, V2, UNF:6:XB9rjCQRImyOzR0UJEC01Q== [fileUNF] Indonesia memiliki cadangan bijih nikel yang cukup banyak yaitu 15,70% dari cadangan nikel dunia atau sebesar 1576 juta ton, akan tetapi sebagian besar bijih nikel laterit kadar rendah (limonit) belum dimanfaatkan dengan baik. Bijih nikel limonit dapat dimanfaatkan dalam proses p...
Gambar 1. Diagram alir.PNG Nov 14, 2018 - Pengaruh Pendinginan Media Air dan Udara Terhadap Kuat Tekan Pellet Komposit Dan Spon Hasil Proses Reduksi Langsung dengan Menggunakan Simulator Rotary Kiln PNG Image - 42.2 KB - MD5: 1976337cd5e12740e1e78afe4094d3f1 Data Gambar 1. Diagram alir.
Gambar 4. Data analisa pengujian SEM FeNi spon pendinginan media air.PNG Nov 14, 2018 - Pengaruh Pendinginan Media Air dan Udara Terhadap Kuat Tekan Pellet Komposit Dan Spon Hasil Proses Reduksi Langsung dengan Menggunakan Simulator Rotary Kiln PNG Image - 237.2 KB - MD5: 051e398c2604ec32375659922b95e582 Data Gambar 4. Data analisa pengujian SEM FeNi spon pendinginan media air
Tabel 1. Data porositas FeNi Spon pendinginan media air.xlsx Nov 14, 2018 - Pengaruh Pendinginan Media Air dan Udara Terhadap Kuat Tekan Pellet Komposit Dan Spon Hasil Proses Reduksi Langsung dengan Menggunakan Simulator Rotary Kiln MS Excel Spreadsheet - 8.9 KB - MD5: 6034e8ff35c73392e52a68636cb5b95a Data Tabel 1. Data porositas FeNi Spon pendinginan media air
Tabel 2. Data Analisa Karbon Sisa FeNi Spon Pendinginan Media Air.tab Nov 14, 2018 - Pengaruh Pendinginan Media Air dan Udara Terhadap Kuat Tekan Pellet Komposit Dan Spon Hasil Proses Reduksi Langsung dengan Menggunakan Simulator Rotary Kiln Tabular Data - 421 B - 4 Variables, 19 Observations - UNF:6:XB9rjCQRImyOzR0UJEC01Q== Data Tabel 2. Data Analisa Karbon Sisa FeNi Spon Pendinginan Media Air
Powder Metallurgy Preparation of Mg-Ca Alloy for Biodegradable Implant Application Nov 13, 2018 Annur, Dhyah; Suhardi, Achmad; Amal, M. Ikhlasul; Anwar, Moch. Syaiful; Kartika, Ika, 2018, "Powder Metallurgy Preparation of Mg-Ca Alloy for Biodegradable Implant Application", https://hdl.handle.net/20.500.12690/RIN/SZ8IRY, RIN Dataverse, V2 Magnesium and its alloys is a promising candidate for implant application especially due to its biodegradability. In this study, Mg-7Ca alloys (in weight persen) were processed by powder metallurgy from pure magnesium powder and calcium granule. Milling process was done in a shak...
Figure 1. SEM images of Mg-7Ca alloy..JPG Nov 13, 2018 - Powder Metallurgy Preparation of Mg-Ca Alloy for Biodegradable Implant Application JPEG Image - 50.9 KB - MD5: 2604b6043bcbd49b391609ad7310ff8f Data Figure 1. SEM images of Mg-7Ca alloy. (a) Before milling and after milling for (b) 3 hrs, (c) 5 hrs and (d) 8 hrs
Figure 3. SEM images of as-sintered Mg-Ca alloy in different heat treatment profile..JPG Nov 13, 2018 - Powder Metallurgy Preparation of Mg-Ca Alloy for Biodegradable Implant Application JPEG Image - 103.8 KB - MD5: 844e86ec12d4225e72ed048208ebfc96 Data Figure 3. SEM images of as-sintered Mg-Ca alloy in different heat treatment profile. (a). 3M-450°C, (b) 5M-450°C, (c) 8M-450°C, (d) 3M-550°C, (e) 5M-550°C, (f) 8M-550°C.
Powder Metallurgy Preparation of Mg-Ca Alloy for Biodegradable Implant Application.pdf Nov 13, 2018 - Powder Metallurgy Preparation of Mg-Ca Alloy for Biodegradable Implant Application Adobe PDF - 1.4 MB - MD5: 88217ac5f75cde9ed5abe73d808eef51
Table 1. List of specimens.JPG Nov 13, 2018 - Powder Metallurgy Preparation of Mg-Ca Alloy for Biodegradable Implant Application JPEG Image - 25.9 KB - MD5: 40c266c6c07965bff13453f3bf3c9cc9 Data Table 1. List of specimens

Pengaruh Pendinginan Media Air dan Udara Terhadap Kuat Tekan Pellet Komposit Dan Spon Hasil Proses Reduksi Langsung dengan Menggunakan Simulator Rotary Kiln

Nov 14, 2018

Antoro, Iwan Dwi; Henpristian, Yopi; Oediyani, Soesaptri; Adjiantoro, Bintang, 2018, "Pengaruh Pendinginan Media Air dan Udara Terhadap Kuat Tekan Pellet Komposit Dan Spon Hasil Proses Reduksi Langsung dengan Menggunakan Simulator Rotary Kiln", https://hdl.handle.net/20.500.12690/RIN/ZDG9UT, RIN Dataverse, V2, UNF:6:XB9rjCQRImyOzR0UJEC01Q== [fileUNF]

Indonesia memiliki cadangan bijih nikel yang cukup banyak yaitu 15,70% dari cadangan nikel dunia atau sebesar 1576 juta ton, akan tetapi sebagian besar bijih nikel laterit kadar rendah (limonit) belum dimanfaatkan dengan baik. Bijih nikel limonit dapat dimanfaatkan dalam proses p...

Gambar 1. Diagram alir.PNG

Nov 14, 2018 - Pengaruh Pendinginan Media Air dan Udara Terhadap Kuat Tekan Pellet Komposit Dan Spon Hasil Proses Reduksi Langsung dengan Menggunakan Simulator Rotary Kiln

PNG Image - 42.2 KB -

Data

Gambar 1. Diagram alir.

Gambar 4. Data analisa pengujian SEM FeNi spon pendinginan media air.PNG

Nov 14, 2018 - Pengaruh Pendinginan Media Air dan Udara Terhadap Kuat Tekan Pellet Komposit Dan Spon Hasil Proses Reduksi Langsung dengan Menggunakan Simulator Rotary Kiln

PNG Image - 237.2 KB -

Data

Gambar 4. Data analisa pengujian SEM FeNi spon pendinginan media air

Tabel 1. Data porositas FeNi Spon pendinginan media air.xlsx

Nov 14, 2018 - Pengaruh Pendinginan Media Air dan Udara Terhadap Kuat Tekan Pellet Komposit Dan Spon Hasil Proses Reduksi Langsung dengan Menggunakan Simulator Rotary Kiln

MS Excel Spreadsheet - 8.9 KB -

Data

Tabel 1. Data porositas FeNi Spon pendinginan media air

Tabel 2. Data Analisa Karbon Sisa FeNi Spon Pendinginan Media Air.tab

Nov 14, 2018 - Pengaruh Pendinginan Media Air dan Udara Terhadap Kuat Tekan Pellet Komposit Dan Spon Hasil Proses Reduksi Langsung dengan Menggunakan Simulator Rotary Kiln

Tabular Data - 421 B - 4 Variables, 19 Observations -

Data

Tabel 2. Data Analisa Karbon Sisa FeNi Spon Pendinginan Media Air

Powder Metallurgy Preparation of Mg-Ca Alloy for Biodegradable Implant Application

Nov 13, 2018

Annur, Dhyah; Suhardi, Achmad; Amal, M. Ikhlasul; Anwar, Moch. Syaiful; Kartika, Ika, 2018, "Powder Metallurgy Preparation of Mg-Ca Alloy for Biodegradable Implant Application", https://hdl.handle.net/20.500.12690/RIN/SZ8IRY, RIN Dataverse, V2

Magnesium and its alloys is a promising candidate for implant application especially due to its biodegradability. In this study, Mg-7Ca alloys (in weight persen) were processed by powder metallurgy from pure magnesium powder and calcium granule. Milling process was done in a shak...

Figure 1. SEM images of Mg-7Ca alloy..JPG

Nov 13, 2018 - Powder Metallurgy Preparation of Mg-Ca Alloy for Biodegradable Implant Application

JPEG Image - 50.9 KB -

Data

Figure 1. SEM images of Mg-7Ca alloy. (a) Before milling and after milling for (b) 3 hrs, (c) 5 hrs and (d) 8 hrs

Figure 3. SEM images of as-sintered Mg-Ca alloy in different heat treatment profile..JPG

Nov 13, 2018 - Powder Metallurgy Preparation of Mg-Ca Alloy for Biodegradable Implant Application

JPEG Image - 103.8 KB -

Data

Figure 3. SEM images of as-sintered Mg-Ca alloy in different heat treatment profile. (a). 3M-450°C, (b) 5M-450°C, (c) 8M-450°C, (d) 3M-550°C, (e) 5M-550°C, (f) 8M-550°C.

Powder Metallurgy Preparation of Mg-Ca Alloy for Biodegradable Implant Application.pdf

Nov 13, 2018 - Powder Metallurgy Preparation of Mg-Ca Alloy for Biodegradable Implant Application

Adobe PDF - 1.4 MB -

Table 1. List of specimens.JPG

Nov 13, 2018 - Powder Metallurgy Preparation of Mg-Ca Alloy for Biodegradable Implant Application

JPEG Image - 25.9 KB -

Data

Table 1. List of specimens

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