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181 to 190 of 3,087 Results

Tabel 3. Analisa XRF pada garam.JPG Nov 13, 2018 - Ekstraksi Garam Magnesium Dari Air Laut Melalui Proses Kristalisasi JPEG Image - 28.3 KB - MD5: 1552a378c9f7e1cb9b4f4f9146e0fc2c Data Tabel 3. Analisa XRF pada garam
FIGURE 1. Flow diagram of experimental method.JPG Nov 13, 2018 - Calcium Extraction from Brine Water and Seawater Using Oxalic Acid JPEG Image - 43.3 KB - MD5: 7fa7b9c2cedfb625142dde2e8a216267 Data FIGURE 1. Flow diagram of experimental method
Figure 2. 1-3.JPG Nov 13, 2018 - Calcium Extraction from Brine Water and Seawater Using Oxalic Acid JPEG Image - 84.4 KB - MD5: 1178c7420aca32a2991426936ab88a22 Data FIGURE 2. SEM analysis of the precipitates from seawater and brine water: (a) seawater with 2 ml oxalic acid; (b) seawater with 4 ml oxalic acid; (c) seawater with 6 ml oxalic acid; (d) Seawater with 8 ml oxalic acid; (e) seawater with 10 ml oxalic acid; (f) seawater with 20 ml...
Figure 2. 2-3.JPG Nov 13, 2018 - Calcium Extraction from Brine Water and Seawater Using Oxalic Acid JPEG Image - 99.7 KB - MD5: be108114316057f658bb57e436cd7d70 Data FIGURE 2. SEM analysis of the precipitates from seawater and brine water: (a) seawater with 2 ml oxalic acid; (b) seawater with 4 ml oxalic acid; (c) seawater with 6 ml oxalic acid; (d) Seawater with 8 ml oxalic acid; (e) seawater with 10 ml oxalic acid; (f) seawater with 20 ml...
Figure 2. 3-3.JPG Nov 13, 2018 - Calcium Extraction from Brine Water and Seawater Using Oxalic Acid JPEG Image - 91.3 KB - MD5: cfe5ede468271417c08ef0b466fb704a Data FIGURE 2. SEM analysis of the precipitates from seawater and brine water: (a) seawater with 2 ml oxalic acid; (b) seawater with 4 ml oxalic acid; (c) seawater with 6 ml oxalic acid; (d) Seawater with 8 ml oxalic acid; (e) seawater with 10 ml oxalic acid; (f) seawater with 20 ml...
TABLE 1. Chemical composition of sea water and brine water 1.JPG Nov 13, 2018 - Calcium Extraction from Brine Water and Seawater Using Oxalic Acid JPEG Image - 30.4 KB - MD5: a492979ab1353f004c217a3e0604fe6e Data TABLE 1. Chemical composition of sea water and brine water 1
TABLE 2. ICP-OES Analysis of the filtrate from...JPG Nov 13, 2018 - Calcium Extraction from Brine Water and Seawater Using Oxalic Acid JPEG Image - 31.1 KB - MD5: fd78979a18faa287c57cb26f2a637539 Data TABLE 2. ICP-OES Analysis of the filtrate from seawater precipitation
TABLE 3. ICP-OES Analysis of the filtrate from...JPG Nov 13, 2018 - Calcium Extraction from Brine Water and Seawater Using Oxalic Acid JPEG Image - 31.9 KB - MD5: 42ed29e14e086c4a427a82157cc0f383 Data TABLE 3. ICP-OES Analysis of the filtrate from brine water precipitation
Gambar 1. Foto srutkturmikro Ti-Al-V.JPG Nov 13, 2018 - Perlakuan Termomekanikal Ingot Paduan Ti-Al-Mo JPEG Image - 36.3 KB - MD5: 395098ba06270844571f85a35de0361e Data Gambar 1. Foto srutkturmikro Ti-Al-V
Gambar 2. Struktur mikro padauan Ti.jpg Nov 13, 2018 - Perlakuan Termomekanikal Ingot Paduan Ti-Al-Mo JPEG Image - 210.4 KB - MD5: f9621c61a0d318d6d9ba9c29c9ef6969 Data Gambar 2. Struktur mikro padauan Ti - 6Al - 6Mo as cast (a), hot roll (b), annealing 500 °C (c), annealing 700 °C (d), annealing 900 °C (e) Perbesaran 100x. Etsa HF : HNO 3 : H 2 O = 10 : 5 : 85

Tabel 3. Analisa XRF pada garam.JPG

Nov 13, 2018 - Ekstraksi Garam Magnesium Dari Air Laut Melalui Proses Kristalisasi

JPEG Image - 28.3 KB -

Data

Tabel 3. Analisa XRF pada garam

FIGURE 1. Flow diagram of experimental method.JPG

Nov 13, 2018 - Calcium Extraction from Brine Water and Seawater Using Oxalic Acid

JPEG Image - 43.3 KB -

Data

FIGURE 1. Flow diagram of experimental method

Figure 2. 1-3.JPG

Nov 13, 2018 - Calcium Extraction from Brine Water and Seawater Using Oxalic Acid

JPEG Image - 84.4 KB -

Data

FIGURE 2. SEM analysis of the precipitates from seawater and brine water: (a) seawater with 2 ml oxalic acid; (b) seawater with 4 ml oxalic acid; (c) seawater with 6 ml oxalic acid; (d) Seawater with 8 ml oxalic acid; (e) seawater with 10 ml oxalic acid; (f) seawater with 20 ml...

Figure 2. 2-3.JPG

Nov 13, 2018 - Calcium Extraction from Brine Water and Seawater Using Oxalic Acid

JPEG Image - 99.7 KB -

Data

Figure 2. 3-3.JPG

Nov 13, 2018 - Calcium Extraction from Brine Water and Seawater Using Oxalic Acid

JPEG Image - 91.3 KB -

Data

TABLE 1. Chemical composition of sea water and brine water 1.JPG

Nov 13, 2018 - Calcium Extraction from Brine Water and Seawater Using Oxalic Acid

JPEG Image - 30.4 KB -

Data

TABLE 1. Chemical composition of sea water and brine water 1

TABLE 2. ICP-OES Analysis of the filtrate from...JPG

Nov 13, 2018 - Calcium Extraction from Brine Water and Seawater Using Oxalic Acid

JPEG Image - 31.1 KB -

Data

TABLE 2. ICP-OES Analysis of the filtrate from seawater precipitation

TABLE 3. ICP-OES Analysis of the filtrate from...JPG

Nov 13, 2018 - Calcium Extraction from Brine Water and Seawater Using Oxalic Acid

JPEG Image - 31.9 KB -

Data

TABLE 3. ICP-OES Analysis of the filtrate from brine water precipitation

Gambar 1. Foto srutkturmikro Ti-Al-V.JPG

Nov 13, 2018 - Perlakuan Termomekanikal Ingot Paduan Ti-Al-Mo

JPEG Image - 36.3 KB -

Data

Gambar 1. Foto srutkturmikro Ti-Al-V

Gambar 2. Struktur mikro padauan Ti.jpg

Nov 13, 2018 - Perlakuan Termomekanikal Ingot Paduan Ti-Al-Mo

JPEG Image - 210.4 KB -

Data

Gambar 2. Struktur mikro padauan Ti - 6Al - 6Mo as cast (a), hot roll (b), annealing 500 °C (c), annealing 700 °C (d), annealing 900 °C (e) Perbesaran 100x. Etsa HF : HNO 3 : H 2 O = 10 : 5 : 85

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