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121 to 130 of 9,743 Results
Preliminary Study on Dimocarpus Longan Peel as Inhibitors for the Pitting Corrosion of 5052-O and 6061-O Aluminium Alloys in Artificial Brine Solution.pdf
Preliminary Study on Dimocarpus Longan Peel as Inhibitors for the Pitting Corrosion of 5052-O and 6061-O Aluminium Alloys in Artificial Brine Solution.pdf
Nov 26, 2018 - Preliminary Study on Dimocarpus Longan Peel as Inhibitors for the Pitting Corrosion of 5052-O and 6061-O Aluminium Alloys in Artificial Brine Solution
Adobe PDF - 622.1 KB - MD5: 3cfff90a2cbebdad1905aa665088d940
Table 1 Composition of materials investigated.JPG
Table 1 Composition of materials investigated.JPG
Nov 26, 2018 - Preliminary Study on Dimocarpus Longan Peel as Inhibitors for the Pitting Corrosion of 5052-O and 6061-O Aluminium Alloys in Artificial Brine Solution
JPEG Image - 24.3 KB - MD5: ece351ebf6216c3aeb5d40816c716919
Data
Table 1 Composition of materials investigated
Gambar 1. SEM Mikrostruktur paduan Mg dengan variasi temperatur sinter selama 5 jam
Gambar 1. SEM Mikrostruktur paduan Mg dengan variasi temperatur sinter selama 5 jam
Nov 26, 2018 - Proses Sinter Logam Berpori Paduan Magnesium Dengan Kalsium Hidrida Sebagai Agen Pengembang
JPEG Image - 67.7 KB - MD5: 28d19dbb8067f84326e3cd6ef3c35453
Data
Gambar 1. SEM Mikrostruktur paduan Mg dengan variasi temperatur sinter selama 5 jam; (a) 550°C, (b) 600°C dan (c) ) 650°C
Proses Sinter Logam Berpori Paduan Magnesium Dengan Kalsium Hidrida Sebagai Agen Pengembang.pdf
Proses Sinter Logam Berpori Paduan Magnesium Dengan Kalsium Hidrida Sebagai Agen Pengembang.pdf
Nov 26, 2018 - Proses Sinter Logam Berpori Paduan Magnesium Dengan Kalsium Hidrida Sebagai Agen Pengembang
Adobe PDF - 673.7 KB - MD5: 3ef5f639471df73b6c70c65d9fc6c054
Linear Polarization Resistance and Open Circuit Potential Studies for the Cor rosion Behavior of Ni 3(Si,Ti) + 4Al Intermetallic Compound in NaCl Solutions.pdf
Linear Polarization Resistance and Open Circuit Potential Studies for the Cor rosion Behavior of Ni 3(Si,Ti) + 4Al Intermetallic Compound in NaCl Solutions.pdf
Nov 26, 2018 - Linear Polarization Resistance and Open Circuit Potential Studies for the Cor rosion Behavior of Ni 3(Si,Ti) + 4Al Intermetallic Compound in NaCl Solutions
Adobe PDF - 322.4 KB - MD5: 8929ce9b9f58e30cd549e4f95c007ab1
Table I. Parameters obtained from LPR measurements.JPG
Table I. Parameters obtained from LPR measurements.JPG
Nov 26, 2018 - Linear Polarization Resistance and Open Circuit Potential Studies for the Cor rosion Behavior of Ni 3(Si,Ti) + 4Al Intermetallic Compound in NaCl Solutions
JPEG Image - 19.6 KB - MD5: 4d4792c6ab70385d6b776285a61c7f15
Data
Table I. Parameters obtained from LPR measurements
Fig. 1 potential difference between Zn, Al ,and Mg anode and steel structure vs reference electrode of AgAgCl [2].JPG
Fig. 1 potential difference between Zn, Al ,and Mg anode and steel structure vs reference electrode of AgAgCl [2].JPG
Nov 26, 2018 - The Selection of Magnesium alloys as Sacrificial Anode for the Cathodic Protection of Underground Steel Structure
JPEG Image - 30.6 KB - MD5: afe903306d1eee297fabb64d08a8f45d
Data
Fig. 1 potential difference between Zn, Al ,and Mg anode and steel structure vs reference electrode of Ag/AgCl [2].
Fig. 2 Sacrificial anode of Mg before experiment..JPG
Fig. 2 Sacrificial anode of Mg before experiment..JPG
Nov 26, 2018 - The Selection of Magnesium alloys as Sacrificial Anode for the Cathodic Protection of Underground Steel Structure
JPEG Image - 20.7 KB - MD5: 4d99887712161c47866499a6649ecfa2
Data
Fig. 2 Sacrificial anode of Mg before experiment
Fig. 3 Galvanostatic experiment for anode of Mg.JPG
Fig. 3 Galvanostatic experiment for anode of Mg.JPG
Nov 26, 2018 - The Selection of Magnesium alloys as Sacrificial Anode for the Cathodic Protection of Underground Steel Structure
JPEG Image - 22.7 KB - MD5: 694aea4c2e18d416fea132b30d4a9dd8
Data
Fig. 3 Galvanostatic experiment for anode of Mg
Fig.4 Mg Anode before (a) and after (b) experiment.jpg
Fig.4 Mg Anode before (a) and after (b) experiment.jpg
Nov 26, 2018 - The Selection of Magnesium alloys as Sacrificial Anode for the Cathodic Protection of Underground Steel Structure
JPEG Image - 34.6 KB - MD5: e52b508ad78fc665ee2372f819a480ec
Data
Fig.4 Mg Anode before (a) and after (b) experiment
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