Rumah
×

Air raksa
Air raksa
☒

Zirkonium
Zirkonium
☒

☒

☒

☒
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Air raksa
X
Zirkonium

Thermal Sifat Air raksa dan Zirkonium
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1 termal
1.1 Panas spesifik
lithium Thermal..
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0,14 J / (kg K)
Rank: 38 (Overall)▶
0,27 J / (kg K)
Rank: 19 (Overall)▶
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amerisium Thermal Sifat
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1.2 Molar Kapasitas Panas
amerisium Therm..
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27,98 J / mol · K
Rank: 13 (Overall)▶
25,36 J / mol · K
Rank: 41 (Overall)▶
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berili Thermal Sifat
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1.3 Konduktivitas termal
Perak Thermal S..
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8,30 W / m · K
Rank: 66 (Overall)▶
22,60 W / m · K
Rank: 42 (Overall)▶
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neptunium Thermal Sifat
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1.4 Suhu kritis
lithium Thermal..
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1.750,00 K
Rank: 6 (Overall)▶
Tidak tersedia
Rank: N/A (Overall)▶
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ytterbium Thermal Sifat
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1.5 Ekspansi termal
cesium Thermal ..
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60,40 um / (m · K)
Rank: 5 (Overall)▶
5,70 um / (m · K)
Rank: 55 (Overall)▶
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tungsten Thermal Sifat
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1.6 entalpi
1.6.1 Entalpi penguapan
tungsten Therma..
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56,90 kJ / mol
Rank: 59 (Overall)▶
581,60 kJ / mol
Rank: 9 (Overall)▶
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Seng Thermal Sifat
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1.6.2 Entalpi Fusion
tungsten Therma..
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2,29 kJ / mol
Rank: 61 (Overall)▶
20,90 kJ / mol
Rank: 11 (Overall)▶
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cesium Thermal Sifat
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1.6.3 Entalpi atomisasi
tungsten Therma..
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61,50 kJ / mol
Rank: 62 (Overall)▶
598,00 kJ / mol
Rank: 10 (Overall)▶
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Air raksa Thermal Sifat
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1.7 Standard molar Entropi
protactinium Th..
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75,80 J / mol.K
Rank: 6 (Overall)▶
39,00 J / mol.K
Rank: 39 (Overall)▶
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berili Thermal Sifat
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Bandingkan Logam transisi » Lebih

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Air raksa vs khrom
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