Table 4.

Measured thermal conductivity (λRT), calculated thermal conductivity (λCal) and deviations of the calculated thermal conductivity from the measured thermal conductivity.

Sample No.λRTλCalDeviation (in per cent)
Using Modal aUsing NORM aUsing Jennings et al. (2019) bFrom Modal derived aFrom NORM derived aFrom Jennings et al. (2019) derived b
Alkali granite
AZ-1(1)3.072.902.972.88-5.5-3.3-6.2
BS-12.822.922.782.773.5-1.4-1.8
JK-5(1)2.672.862.752.647.13.0-1.1
JR-12.942.952.712.580.3-7.8-12.2
JR-23.042.752.712.62-9.5-10.9-13.8
JR-33.353.113.032.99-7.2-9.6-10.8
JR-42.583.053.083.0018.219.415.9
PB-33.103.072.652.58-1.0-14.5-16.8
RC-3(1)3.213.092.912.88-3.7-9.4-10.3
SG-2(1)3.112.913.032.94-6.4-2.6-5.5
BC-102.442.592.822.756.115.612.7
BC-112.902.822.852.77-2.8-1.7-4.5
BC-12(2)2.672.76--3.4--
BC-172.792.95--5.7--
BC-183.213.28--2.2--
Biotite granite
KG-22.842.91--2.5--
KR-3(1)2.802.842.792.741.4-0.4-2.1
MC-32.602.982.822.8514.68.59.6
Granodiorite
DN-62.322.992.782.7828.919.819.8
JB-52.352.662.832.6813.220.414.0
JL-1(1)2.412.862.762.7118.714.512.5
KO-32.072.642.792.5927.534.825.1
BC-1(B)2.812.742.902.66-2.53.2-5.3
BC-42.082.622.772.6826.033.228.9
BC-19(B)2.522.742.822.668.711.95.6
BC-20(A)2.292.972.792.5829.721.812.7
BC-20(B)2.592.862.762.5610.46.6-1.2
Metasomatised granodiorite
BC-32.852.832.992.87-0.74.90.7
BC-6(A)3.172.702.942.88-14.8-7.3-9.2
BC-92.672.922.952.859.410.56.7
BC-133.082.823.122.91-8.41.3-5.5
BC-143.623.073.213.09-15.2-11.3-14.6
Sample No.λRTλCalDeviation (in per cent)
Using Modal aUsing NORM aUsing Jennings et al. (2019) bFrom Modal derived aFrom NORM derived aFrom Jennings et al. (2019) derived b
Alkali granite
AZ-1(1)3.072.902.972.88-5.5-3.3-6.2
BS-12.822.922.782.773.5-1.4-1.8
JK-5(1)2.672.862.752.647.13.0-1.1
JR-12.942.952.712.580.3-7.8-12.2
JR-23.042.752.712.62-9.5-10.9-13.8
JR-33.353.113.032.99-7.2-9.6-10.8
JR-42.583.053.083.0018.219.415.9
PB-33.103.072.652.58-1.0-14.5-16.8
RC-3(1)3.213.092.912.88-3.7-9.4-10.3
SG-2(1)3.112.913.032.94-6.4-2.6-5.5
BC-102.442.592.822.756.115.612.7
BC-112.902.822.852.77-2.8-1.7-4.5
BC-12(2)2.672.76--3.4--
BC-172.792.95--5.7--
BC-183.213.28--2.2--
Biotite granite
KG-22.842.91--2.5--
KR-3(1)2.802.842.792.741.4-0.4-2.1
MC-32.602.982.822.8514.68.59.6
Granodiorite
DN-62.322.992.782.7828.919.819.8
JB-52.352.662.832.6813.220.414.0
JL-1(1)2.412.862.762.7118.714.512.5
KO-32.072.642.792.5927.534.825.1
BC-1(B)2.812.742.902.66-2.53.2-5.3
BC-42.082.622.772.6826.033.228.9
BC-19(B)2.522.742.822.668.711.95.6
BC-20(A)2.292.972.792.5829.721.812.7
BC-20(B)2.592.862.762.5610.46.6-1.2
Metasomatised granodiorite
BC-32.852.832.992.87-0.74.90.7
BC-6(A)3.172.702.942.88-14.8-7.3-9.2
BC-92.672.922.952.859.410.56.7
BC-133.082.823.122.91-8.41.3-5.5
BC-143.623.073.213.09-15.2-11.3-14.6

aCalculated Harmonic mean thermal conductivity; b keff = exp (1.72 × CSiO2 + 1.018 × CMgO–3.652 × CNa2O–1.791 × CK2O), where Coxide represent volume fraction of the respective oxide (Jennings et al. 2019).

Table 4.

Measured thermal conductivity (λRT), calculated thermal conductivity (λCal) and deviations of the calculated thermal conductivity from the measured thermal conductivity.

Sample No.λRTλCalDeviation (in per cent)
Using Modal aUsing NORM aUsing Jennings et al. (2019) bFrom Modal derived aFrom NORM derived aFrom Jennings et al. (2019) derived b
Alkali granite
AZ-1(1)3.072.902.972.88-5.5-3.3-6.2
BS-12.822.922.782.773.5-1.4-1.8
JK-5(1)2.672.862.752.647.13.0-1.1
JR-12.942.952.712.580.3-7.8-12.2
JR-23.042.752.712.62-9.5-10.9-13.8
JR-33.353.113.032.99-7.2-9.6-10.8
JR-42.583.053.083.0018.219.415.9
PB-33.103.072.652.58-1.0-14.5-16.8
RC-3(1)3.213.092.912.88-3.7-9.4-10.3
SG-2(1)3.112.913.032.94-6.4-2.6-5.5
BC-102.442.592.822.756.115.612.7
BC-112.902.822.852.77-2.8-1.7-4.5
BC-12(2)2.672.76--3.4--
BC-172.792.95--5.7--
BC-183.213.28--2.2--
Biotite granite
KG-22.842.91--2.5--
KR-3(1)2.802.842.792.741.4-0.4-2.1
MC-32.602.982.822.8514.68.59.6
Granodiorite
DN-62.322.992.782.7828.919.819.8
JB-52.352.662.832.6813.220.414.0
JL-1(1)2.412.862.762.7118.714.512.5
KO-32.072.642.792.5927.534.825.1
BC-1(B)2.812.742.902.66-2.53.2-5.3
BC-42.082.622.772.6826.033.228.9
BC-19(B)2.522.742.822.668.711.95.6
BC-20(A)2.292.972.792.5829.721.812.7
BC-20(B)2.592.862.762.5610.46.6-1.2
Metasomatised granodiorite
BC-32.852.832.992.87-0.74.90.7
BC-6(A)3.172.702.942.88-14.8-7.3-9.2
BC-92.672.922.952.859.410.56.7
BC-133.082.823.122.91-8.41.3-5.5
BC-143.623.073.213.09-15.2-11.3-14.6
Sample No.λRTλCalDeviation (in per cent)
Using Modal aUsing NORM aUsing Jennings et al. (2019) bFrom Modal derived aFrom NORM derived aFrom Jennings et al. (2019) derived b
Alkali granite
AZ-1(1)3.072.902.972.88-5.5-3.3-6.2
BS-12.822.922.782.773.5-1.4-1.8
JK-5(1)2.672.862.752.647.13.0-1.1
JR-12.942.952.712.580.3-7.8-12.2
JR-23.042.752.712.62-9.5-10.9-13.8
JR-33.353.113.032.99-7.2-9.6-10.8
JR-42.583.053.083.0018.219.415.9
PB-33.103.072.652.58-1.0-14.5-16.8
RC-3(1)3.213.092.912.88-3.7-9.4-10.3
SG-2(1)3.112.913.032.94-6.4-2.6-5.5
BC-102.442.592.822.756.115.612.7
BC-112.902.822.852.77-2.8-1.7-4.5
BC-12(2)2.672.76--3.4--
BC-172.792.95--5.7--
BC-183.213.28--2.2--
Biotite granite
KG-22.842.91--2.5--
KR-3(1)2.802.842.792.741.4-0.4-2.1
MC-32.602.982.822.8514.68.59.6
Granodiorite
DN-62.322.992.782.7828.919.819.8
JB-52.352.662.832.6813.220.414.0
JL-1(1)2.412.862.762.7118.714.512.5
KO-32.072.642.792.5927.534.825.1
BC-1(B)2.812.742.902.66-2.53.2-5.3
BC-42.082.622.772.6826.033.228.9
BC-19(B)2.522.742.822.668.711.95.6
BC-20(A)2.292.972.792.5829.721.812.7
BC-20(B)2.592.862.762.5610.46.6-1.2
Metasomatised granodiorite
BC-32.852.832.992.87-0.74.90.7
BC-6(A)3.172.702.942.88-14.8-7.3-9.2
BC-92.672.922.952.859.410.56.7
BC-133.082.823.122.91-8.41.3-5.5
BC-143.623.073.213.09-15.2-11.3-14.6

aCalculated Harmonic mean thermal conductivity; b keff = exp (1.72 × CSiO2 + 1.018 × CMgO–3.652 × CNa2O–1.791 × CK2O), where Coxide represent volume fraction of the respective oxide (Jennings et al. 2019).

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