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31 to 40 of 3,087 Results

Tabel 1. Komposisi Material Awal.JPG Nov 26, 2018 - Pengaruh Variasi Suhu Austenisasi Pada Pembuatan Material Fasa Ganda Baja Laterit JPEG Image - 37.0 KB - MD5: 322e15660063f06e50fa7ed55c97a20c Data Tabel 1. Komposisi Material Awal
Correlation between microstructure and electrical transport of La0,7(Ba-Ca) MnO3 synthesized by sol gel.pdf Nov 22, 2018 - Correlation between microstructure and electrical transport of La0,7(Ba-Ca) MnO3 synthesized by sol gel Adobe PDF - 671.7 KB - MD5: 20579a97b0a368aa1a637e82b57489d4
Fig. 1. Core-shell model of perovskite manganites [10]..JPG Nov 22, 2018 - Correlation between microstructure and electrical transport of La0,7(Ba-Ca) MnO3 synthesized by sol gel JPEG Image - 22.2 KB - MD5: 568025b694cdaeadeb3f7ab580725ffd Data Fig. 1. Core-shell model of perovskite manganites [10].
Table 1. Fitting parameters of polycrystalline La0.7(Ba1-xCax)0.3MnO3..JPG Nov 22, 2018 - Correlation between microstructure and electrical transport of La0,7(Ba-Ca) MnO3 synthesized by sol gel JPEG Image - 52.0 KB - MD5: 97f065558225840dd094dfd9a0785220 Data Table 1. Fitting parameters of polycrystalline La0.7(Ba1-xCax)0.3MnO3.
FIGURE 2. Analysis of sample surface of 10 wt.% (a) and 20 wt.% (b) CNT-doped MgB2 using SEM.JPG Nov 22, 2018 - Properties of carbon nanotubes-doped Fe-sheath MgB2 for superconducting wires JPEG Image - 31.2 KB - MD5: ff26d50bbd1d037b3c1033ec5527e5d1 Data FIGURE 2. Analysis of sample surface of 10 wt.% (a) and 20 wt.% (b) CNT-doped MgB2 using SEM
FIGURE 3. Analysis of EDX mapping surface of 10 wt.% CNT-doped MgB2.JPG Nov 22, 2018 - Properties of carbon nanotubes-doped Fe-sheath MgB2 for superconducting wires JPEG Image - 45.2 KB - MD5: 0f693f2300fc3ada985f0e68121a874d Data FIGURE 3. Analysis of EDX mapping surface of 10 wt.% CNT-doped MgB2
FIGURE 4. Analysis of EDX mapping surface of 20 wt.% CNT-doped MgB2.JPG Nov 22, 2018 - Properties of carbon nanotubes-doped Fe-sheath MgB2 for superconducting wires JPEG Image - 60.0 KB - MD5: 6ecccd5182ccf8e14ab151156266b414 Data FIGURE 4. Analysis of EDX mapping surface of 20 wt.% CNT-doped MgB2
Properties of carbon nanotubes-doped Fe-sheath MgB2 for superconducting wires.pdf Nov 22, 2018 - Properties of carbon nanotubes-doped Fe-sheath MgB2 for superconducting wires Adobe PDF - 1.4 MB - MD5: 0ea6e25d7f0b0b6df434901ce9bfc143
Ex-Situ Manufacturing of SiC doped MgB2 used for superconducting wire in medical device aplication.pdf Nov 22, 2018 - Ex-Situ Manufacturing of SiC doped MgB2 used for superconducting wire in medical device aplication Adobe PDF - 536.1 KB - MD5: 15ff857a9f3337f0d4e2252bd3285f3f
FIGURE. 4. Surface morphology of pure MgB2 (top), MgB2 with 10 wt.% SiC (right) and MgB2 with 15 wt.% SiC (bottom)..JPG Nov 22, 2018 - Ex-Situ Manufacturing of SiC doped MgB2 used for superconducting wire in medical device aplication JPEG Image - 62.1 KB - MD5: 797bfde2f25dc0bc4b0cd0f0dd267d25 Data

Tabel 1. Komposisi Material Awal.JPG

Nov 26, 2018 - Pengaruh Variasi Suhu Austenisasi Pada Pembuatan Material Fasa Ganda Baja Laterit

JPEG Image - 37.0 KB -

Data

Tabel 1. Komposisi Material Awal

Correlation between microstructure and electrical transport of La0,7(Ba-Ca) MnO3 synthesized by sol gel.pdf

Nov 22, 2018 - Correlation between microstructure and electrical transport of La0,7(Ba-Ca) MnO3 synthesized by sol gel

Adobe PDF - 671.7 KB -

Fig. 1. Core-shell model of perovskite manganites [10]..JPG

Nov 22, 2018 - Correlation between microstructure and electrical transport of La0,7(Ba-Ca) MnO3 synthesized by sol gel

JPEG Image - 22.2 KB -

Data

Fig. 1. Core-shell model of perovskite manganites [10].

Table 1. Fitting parameters of polycrystalline La0.7(Ba1-xCax)0.3MnO3..JPG

Nov 22, 2018 - Correlation between microstructure and electrical transport of La0,7(Ba-Ca) MnO3 synthesized by sol gel

JPEG Image - 52.0 KB -

Data

Table 1. Fitting parameters of polycrystalline La0.7(Ba1-xCax)0.3MnO3.

FIGURE 2. Analysis of sample surface of 10 wt.% (a) and 20 wt.% (b) CNT-doped MgB2 using SEM.JPG

Nov 22, 2018 - Properties of carbon nanotubes-doped Fe-sheath MgB2 for superconducting wires

JPEG Image - 31.2 KB -

Data

FIGURE 2. Analysis of sample surface of 10 wt.% (a) and 20 wt.% (b) CNT-doped MgB2 using SEM

FIGURE 3. Analysis of EDX mapping surface of 10 wt.% CNT-doped MgB2.JPG

Nov 22, 2018 - Properties of carbon nanotubes-doped Fe-sheath MgB2 for superconducting wires

JPEG Image - 45.2 KB -

Data

FIGURE 3. Analysis of EDX mapping surface of 10 wt.% CNT-doped MgB2

FIGURE 4. Analysis of EDX mapping surface of 20 wt.% CNT-doped MgB2.JPG

Nov 22, 2018 - Properties of carbon nanotubes-doped Fe-sheath MgB2 for superconducting wires

JPEG Image - 60.0 KB -

Data

FIGURE 4. Analysis of EDX mapping surface of 20 wt.% CNT-doped MgB2

Properties of carbon nanotubes-doped Fe-sheath MgB2 for superconducting wires.pdf

Nov 22, 2018 - Properties of carbon nanotubes-doped Fe-sheath MgB2 for superconducting wires

Adobe PDF - 1.4 MB -

Ex-Situ Manufacturing of SiC doped MgB2 used for superconducting wire in medical device aplication.pdf

Nov 22, 2018 - Ex-Situ Manufacturing of SiC doped MgB2 used for superconducting wire in medical device aplication

Adobe PDF - 536.1 KB -

FIGURE. 4. Surface morphology of pure MgB2 (top), MgB2 with 10 wt.% SiC (right) and MgB2 with 15 wt.% SiC (bottom)..JPG

Nov 22, 2018 - Ex-Situ Manufacturing of SiC doped MgB2 used for superconducting wire in medical device aplication

JPEG Image - 62.1 KB -

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