感应加热原理Word格式.docx

感应加热原理Word格式.docx

《感应加热原理Word格式.docx》由会员分享，可在线阅读，更多相关《感应加热原理Word格式.docx（8页珍藏版）》请在冰点文库上搜索。

107.880

10.49

960.80

2210

0.056（0'

1.0（0'

C）

47

Al

aluminum

26.97

2.699

660.2

2060

0.223

0.53

13

As

arsenic

74.91

5.73

814

610

0.082

-

33

Au

gold

197.21

9.32

1063.0

2970

0.031

0.71

79

B

boron

10.82

2.3

2300+-300

2550

0.309

5

Be

beryllium

9.02

1.848

1277

2770

0.52

0.038

4

Ba

barium

137.36

33.74

704+-20

1640

0.068

56

Bi

bismuth

209.0

9.80

271.30

1420

0.034

0.020

83

C

carbon

12.010

2.22

3700+-100

4830

0.165

0.057

6

Ca

calcium

40.8

1.55

850+-20

1440

0.149

0.30

20

Cd

cadmium

112.41

8.65

320.9

765

0.055

0.22

48

Ce

cerium

140.13

6.9

600+-50

0.042

58

Co

cobalt

58.94

8.85

1499+-1

2900

0.099

27

Cr

chromium

52.01

77.19

1875

2500

0.11

0.16

24

Cs

cesium

132.91

1.9

28+2

690

0.052

55

Cu

copper

63.54

8.96

1083.0

2600

0.092

0.94

29

Fe

iron

55.85

7.896

1536.0

2740

0.18

26

Ga

gallium

69.73

5.91

29.87

2070

0.079

31

Ge

germanium

72.60

5.36

958+-10

2700

0.073

32

Hg

mercury

200.61

13.546

38.36

357

0.033

0.0201

80

In

indium

114.76

7.31

156.4

1450

49

Ir

iridium

193.1

22.5

2454+-3

5300

0.147

7

K

potassium

39.096

0.86

63.7

770

0.177

0.24

19

La

lanthaduim

138.92

6.15

826+-5

1800

0.045

57

Li

lithium

6.940

0.535

186+-5

1370

0.79

0.17

3

Mg

hydrogen

24.32

1.74

650+-2

1110

0.25

0.38

12

Mn

manganess

54.93

7.43

1245

2150

0.115

25

Mo

molybdenum

95.95

10.22

2610

3700

0.061

0.35

42

Na

sodium

22.997

0.971

92.82

892

0.295

0.32

11

Nb

niobium

92.91

8.57

2468+-10

>

3300

0.065（0'

41

Ni

nickel

58.69

8.902

1453

2730

0.112

0.198

28

Os

osmium

190.2

2700+-200

5500

76

P

phosphorus

30.98

1.82

441

280

0.017

15

Pb

lead

207.21

11.36

327.4258

1740

0.08

82

Pd

palladium

106.7

12.03

1544

4000

0.058（0'

46

Pt

platinium

195.23

21.45

1769

4410

0.032

78

Rb

rubidium

85.48

1.53

39+-1

680

0.080

37

Rn

radon

102.91

12.44

1966+-3

4500

0.059

0.21

45

Ru

ruthenium

101.7

12.2

2500+-100

4900

0.057（0'

44

S

sulfer

32.066

2.07

119.0

444.6

0.175

16

Sb

antimony

121.76

6.62

630.5

0.049

51

Se

selenium

78.96

4.81

220+-5

0.084

34

Si

selicon

28.06

2.33

1430+-20

2300

0.162（0'

0.20

14

Sn

tin

118.70

7.298

231.9

2270

0.054

50

Sr

strontium

87.63

2.6

770+-10

1380

0.176

38

Ta

tantalum

180.88

16.654

2996+-50

4100

0.036（0'

0.13

73

Tc

technetium

127.61

6.235

450+-10

1390

0.047

0.014

52

Th

thorium

232.12

11.66

1750

3000

0.126

22

Ti

titanium

47.90

4.507

1688+-10

Tl

thallium

204.39

11.85

300+-3

1460

0.093

81

U

uranium

238.07

19.07

1132+-5

0.028

0.064

92

V

vanadium

50.95

6.1

1900+25

3460

0.120

23

W

tungsten

183.92

19.03

3410

5930

0.48

74

Zn

zinc

65.38

7.133

419.505

906

0.0915

0.27

30

Zr

zirconium

91.22

6.489

0.066

40

金属分类：

原理示例图：