Skip to main content

Table 3 Summary of calculated temperature response for each thermal parameter

From: Re-evaluation of temperature at the updip limit of locked portion of Nankai megasplay inferred from IODP Site C0002 temperature observatory

Depth (mbsf)

Temperature (°C)

kg = 2.5 (W/K/m)

kg = 3.0 (W/K/m)

R = 1.9 (μW/m3)

R = 2.4 (μW/m3)

R = 1.9 (μW/m3)

R = 2.4 (μW/m3)

μ′ = 0.05

μ′ = 0.10

μ′ = 0.05

μ′ = 0.10

μ′ = 0.05

μ′ = 0.10

μ′ = 0.05

μ′ = 0.10

900

37.9

37.9

37.9

37.9

37.9

37.9

37.9

37.9

1,000

41.6

41.6

41.6

41.6

41.2

41.2

41.2

41.2

2,000

74.0

74.0

73.8

73.8

69.7

69.7

69.5

69.5

3,000

100.9

100.9

100.3

100.3

92.9

92.9

92.4

92.4

4,000

124.3

124.3

123.1

123.1

112.9

112.9

111.9

111.9

5,000

145.3

145.3

143.4

143.4

130.8

130.8

129.1

129.1

5,200a

149.2

149.2

147.2

147.1

134.1

134.1

132.3

132.3

6,000

161.9

159.3

159.1

156.5

144.9

142.6

142.4

140.2

7,000a

176.6

170.9

172.7

166.9

157.3

152.4

154.0

149.1

  1. kg, grain thermal conductivity; R, radioactive heat production; μ′, apparent friction coefficient. aWe assume friction heat is generated at 5,200 mbsf (megasplay fault) and 7,000 mbsf (plate boundary fault).