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121 to 130 of 4,316 Results

Table 2. The chemical composition of brine water and residue by.JPG Nov 15, 2018 - The Synthesis of Calcium Salt from Brine Water by Partial Evaporation and Chemical Precipitation JPEG Image - 34.6 KB - MD5: 747976fc134ebee2c0da8e8a5a68b559 Data Table 2. The chemical composition of brine water and residue by partial evaporation until 20% (v/v) sample
Table 3. The solubility product (Ksp) of brine salt product.JPG Nov 15, 2018 - The Synthesis of Calcium Salt from Brine Water by Partial Evaporation and Chemical Precipitation JPEG Image - 50.3 KB - MD5: d47ee498c5d3869344d5614cff8387c7 Data Table 3. The solubility product (Ksp) of brine salt product
Table 4. The formation of salt from the concentrated brine water in variation ratio volume (vv).JPG Nov 15, 2018 - The Synthesis of Calcium Salt from Brine Water by Partial Evaporation and Chemical Precipitation JPEG Image - 66.9 KB - MD5: 2a6d948aa9886ae2af35bd76d7d1d0e9 Data Table 4. The formation of salt from the concentrated brine water in variation ratio volume (v/v) concentrated brine water (filtrate)/reagents and variation reagents
Table 5. The semi quantitative of chemical composition from salt brine by EDS-SEM.JPG Nov 15, 2018 - The Synthesis of Calcium Salt from Brine Water by Partial Evaporation and Chemical Precipitation JPEG Image - 41.7 KB - MD5: f624e6fe8ff1dfaa24a15931554fec1d Data Table 5. The semi quantitative of chemical composition from salt brine by EDS-SEM
Impurities Removal in Seawater to Optimize the Magnesium Extraction Nov 15, 2018 Natasha, N.C.; Firdiyono, F.; Sulistiyono, E., 2018, "Impurities Removal in Seawater to Optimize the Magnesium Extraction", https://hdl.handle.net/20.500.12690/RIN/T2NQ1Y, RIN Dataverse, V2 Magnesium extraction from seawater is promising way because magnesium is the second abundant element in seawater and Indonesia has the second longest coastline in the world. To optimize the magnesium extraction, the impurities in seawater need to be eliminated. Evaporation and di...
Figure 1. SEM image of precipitation in 1000x magnification using oxalic...jpg Nov 15, 2018 - Impurities Removal in Seawater to Optimize the Magnesium Extraction JPEG Image - 173.8 KB - MD5: 3a4285e7030d8c5dc97799344a223a1b Data Figure 1. SEM image of precipitation in 1000x magnification using oxalic acid and ammonium bicarbonate. a) 2 ml oxalic acid in seawater b) 10 ml oxalic acid in seawater c) 30 ml oxalic acid in seawater d) 40 ml oxalic acid in seawater e) 2 ml ammonium bicarbonate in seawater f...
Table 1. Chemical dissolved in seawater [4].JPG Nov 15, 2018 - Impurities Removal in Seawater to Optimize the Magnesium Extraction JPEG Image - 27.5 KB - MD5: adab2405e0655ce31cf4c3c53eed18f3 Data Table 1. Chemical dissolved in seawater [4]
Table 2. ICP analysis of seawater with 100 gl oxalic acid and 100 gl ammonium bicarbonate.JPG Nov 15, 2018 - Impurities Removal in Seawater to Optimize the Magnesium Extraction JPEG Image - 51.7 KB - MD5: c949a291697c38b43995bd564188bfb5 Data Table 2. ICP analysis of seawater with 100 g/l oxalic acid and 100 g/l ammonium bicarbonate
Influence of Austenitizing Heat Treatment on Properties of the Tempered 410-1Mo Type Stainless Steels Nov 15, 2018 Mabruri, Efendi; Syahlan, Zefri Ahmad; Sahlan; Prifiharni, Siska; Anwar, Moch. Syaiful; Chandra, Septian Adi; Romijarso, Toni B.; Adjiantoro, Bintang, 2018, "Influence of Austenitizing Heat Treatment on Properties of the Tempered 410-1Mo Type Stainless Steels", https://hdl.handle.net/20.500.12690/RIN/VVJ7OL, RIN Dataverse, V2 The modified 410-1Mo stainless steels has been developed with higher tensile strength and elongation compared to the standard 410 stainless steels. This paper reports the influence of austenitising temperature on microstructure, hardness, impact resistance and corrosion resistanc...
Figure 1. Optical microscopy images of the microstructure of the 410-...JPG Nov 15, 2018 - Influence of Austenitizing Heat Treatment on Properties of the Tempered 410-1Mo Type Stainless Steels JPEG Image - 68.6 KB - MD5: 67536d6a45819056804fb6a46fa8ff97 Data Figure 1. Optical microscopy images of the microstructure of the 410- 1Mo martensitic stainless steels austenitized at various temperature of (a) 950, (b) 1000, (c) 1050, and (d) 1100 oC and subsequently tempered at 600 oC.

Table 2. The chemical composition of brine water and residue by.JPG

Nov 15, 2018 - The Synthesis of Calcium Salt from Brine Water by Partial Evaporation and Chemical Precipitation

JPEG Image - 34.6 KB -

Data

Table 2. The chemical composition of brine water and residue by partial evaporation until 20% (v/v) sample

Table 3. The solubility product (Ksp) of brine salt product.JPG

Nov 15, 2018 - The Synthesis of Calcium Salt from Brine Water by Partial Evaporation and Chemical Precipitation

JPEG Image - 50.3 KB -

Data

Table 3. The solubility product (Ksp) of brine salt product

Table 4. The formation of salt from the concentrated brine water in variation ratio volume (vv).JPG

Nov 15, 2018 - The Synthesis of Calcium Salt from Brine Water by Partial Evaporation and Chemical Precipitation

JPEG Image - 66.9 KB -

Data

Table 4. The formation of salt from the concentrated brine water in variation ratio volume (v/v) concentrated brine water (filtrate)/reagents and variation reagents

Table 5. The semi quantitative of chemical composition from salt brine by EDS-SEM.JPG

Nov 15, 2018 - The Synthesis of Calcium Salt from Brine Water by Partial Evaporation and Chemical Precipitation

JPEG Image - 41.7 KB -

Data

Table 5. The semi quantitative of chemical composition from salt brine by EDS-SEM

Impurities Removal in Seawater to Optimize the Magnesium Extraction

Nov 15, 2018

Natasha, N.C.; Firdiyono, F.; Sulistiyono, E., 2018, "Impurities Removal in Seawater to Optimize the Magnesium Extraction", https://hdl.handle.net/20.500.12690/RIN/T2NQ1Y, RIN Dataverse, V2

Magnesium extraction from seawater is promising way because magnesium is the second abundant element in seawater and Indonesia has the second longest coastline in the world. To optimize the magnesium extraction, the impurities in seawater need to be eliminated. Evaporation and di...

Figure 1. SEM image of precipitation in 1000x magnification using oxalic...jpg

Nov 15, 2018 - Impurities Removal in Seawater to Optimize the Magnesium Extraction

JPEG Image - 173.8 KB -

Data

Figure 1. SEM image of precipitation in 1000x magnification using oxalic acid and ammonium bicarbonate. a) 2 ml oxalic acid in seawater b) 10 ml oxalic acid in seawater c) 30 ml oxalic acid in seawater d) 40 ml oxalic acid in seawater e) 2 ml ammonium bicarbonate in seawater f...

Table 1. Chemical dissolved in seawater [4].JPG

Nov 15, 2018 - Impurities Removal in Seawater to Optimize the Magnesium Extraction

JPEG Image - 27.5 KB -

Data

Table 1. Chemical dissolved in seawater [4]

Table 2. ICP analysis of seawater with 100 gl oxalic acid and 100 gl ammonium bicarbonate.JPG

Nov 15, 2018 - Impurities Removal in Seawater to Optimize the Magnesium Extraction

JPEG Image - 51.7 KB -

Data

Table 2. ICP analysis of seawater with 100 g/l oxalic acid and 100 g/l ammonium bicarbonate

Influence of Austenitizing Heat Treatment on Properties of the Tempered 410-1Mo Type Stainless Steels

Nov 15, 2018

Mabruri, Efendi; Syahlan, Zefri Ahmad; Sahlan; Prifiharni, Siska; Anwar, Moch. Syaiful; Chandra, Septian Adi; Romijarso, Toni B.; Adjiantoro, Bintang, 2018, "Influence of Austenitizing Heat Treatment on Properties of the Tempered 410-1Mo Type Stainless Steels", https://hdl.handle.net/20.500.12690/RIN/VVJ7OL, RIN Dataverse, V2

The modified 410-1Mo stainless steels has been developed with higher tensile strength and elongation compared to the standard 410 stainless steels. This paper reports the influence of austenitising temperature on microstructure, hardness, impact resistance and corrosion resistanc...

Figure 1. Optical microscopy images of the microstructure of the 410-...JPG

Nov 15, 2018 - Influence of Austenitizing Heat Treatment on Properties of the Tempered 410-1Mo Type Stainless Steels

JPEG Image - 68.6 KB -

Data

Figure 1. Optical microscopy images of the microstructure of the 410- 1Mo martensitic stainless steels austenitized at various temperature of (a) 950, (b) 1000, (c) 1050, and (d) 1100 oC and subsequently tempered at 600 oC.

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