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131 to 140 of 3,087 Results

Figure 5. 1H-NMR spectra of Unmodified Epoxy.PNG Nov 14, 2018 - Mechanical and Thermal Properties of Hybrid Coating Products from Polyurethane and/or Polysiloxane Modified Epoxy Based on Acrylic Polyol and Tolonate PNG Image - 39.7 KB - MD5: 12349160c022939fe7a981ce2db4e7a9 Data Figure 5. 1H-NMR spectra of Unmodified Epoxy (A), Epoxy-Polyurethane-Polysiloxane Hybrid Coating (B), Epoxy- Polyurethane Hybrid Coating (C).
Table 1. Mechanical Properties of Unmodified and Modified Epoxy.tab Nov 14, 2018 - Mechanical and Thermal Properties of Hybrid Coating Products from Polyurethane and/or Polysiloxane Modified Epoxy Based on Acrylic Polyol and Tolonate Tabular Data - 363 B - 4 Variables, 11 Observations - UNF:6:sX9OprkbzY2kJyY7h2Bwlg== Data Table 1. Mechanical Properties of Unmodified and Modified Epoxy
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
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

Figure 5. 1H-NMR spectra of Unmodified Epoxy.PNG

Nov 14, 2018 - Mechanical and Thermal Properties of Hybrid Coating Products from Polyurethane and/or Polysiloxane Modified Epoxy Based on Acrylic Polyol and Tolonate

PNG Image - 39.7 KB -

Data

Figure 5. 1H-NMR spectra of Unmodified Epoxy (A), Epoxy-Polyurethane-Polysiloxane Hybrid Coating (B), Epoxy- Polyurethane Hybrid Coating (C).

Table 1. Mechanical Properties of Unmodified and Modified Epoxy.tab

Nov 14, 2018 - Mechanical and Thermal Properties of Hybrid Coating Products from Polyurethane and/or Polysiloxane Modified Epoxy Based on Acrylic Polyol and Tolonate

Tabular Data - 363 B - 4 Variables, 11 Observations -

Data

Table 1. Mechanical Properties of Unmodified and Modified Epoxy

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

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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