List of thermal conductivities Totally Explained

Everything about List Of Thermal Conductivities totally explained

In physics, thermal conductivity, k, is the intensive property of a material that indicates its ability to conduct heat.
First, we define heat conduction by the formula: ť :

H=frac

is the temperature gradient)
This list makes up the data for the smaller list provided in Thermal conductivity.
Please note that mixtures may have variable thermal conductivities due to its composition.

Material	Thermal conductivity (W·m⁻¹·K⁻¹)	Temperature (K)	Electrical conductivity @ 293 K (Ω⁻¹·m⁻¹)	Notes
	0.024^d - 0.025^e - 0.0262^a	273^d - 293^e - 300^a		(N+21%O+0.93%Ar+0.04%CO₂)(1 atm)
	0.1^e - 0.21^e	293^e
	205^d - 220^f - 237^egi	293^egi	37.45^g - 37.74ⁱ × 10⁶
	170^m
	40	293
	218^m
	125^g	296^g	12.82^g - 21.74^g × 10⁶	(Cu63%,Zn37%)
	109 ~ 121^g	296^g	12.82^g - 21.74^g × 10⁶	(Cu70%,Zn30%)
	26^f 42 ~ 50^g	296^g	5.882^g - 7.143^g × 10⁶	Sn25% (Cu89%,Sn11%)^f
	55^f			(Fe+(2-4)%C+(1-3)%Si)
	36^f - 50.2^d - 54^f			(Fe+(1.5-0.5)%C)
	0.8^d - 1.28^e	293^e		~61-67%CaO
	386.0^z 368.7 353.1	279^z 559 859	59.17^g - 59.59ⁱ × 10⁶	IACS pure =1.7×10^-8Ω•m 58.82×10⁶Ω^-1•m^-1
	0.04^d - 0.07^e	293^e
	2000ⁱ-2500ⁱ	293ⁱ	(Lateral)10⁻¹⁶ ⁱ - (Ballistic)10⁸⁺ ⁱ	(>99.9%¹²C)
	1000^ad	273^a ~ 293^d	~10⁻¹⁶ ⁱ	Type I (98.1% of Gem Diamonds)(C+0.1%N)
	0.033^ad - ((PS Only)0.1 - 0.13^g)	98^a-298^a-296^g	<10⁻¹⁴ ^g - 10⁰ ^g	(PS+Air+CO₂+C_nH_2n+x)
	0.03^e - 0.04^d - 0.045^e	293^e
	0.8^d−0.93^e((96%SiO₂)1.2-1.4^g)	293^eg	10⁻¹⁴ - 10⁻¹² ^g - 10⁻¹⁰	<1% Iron oxides
	0.29^e	293^e
	314^d - 318^fgi	300^gi	45.17ⁱ - 45.45^g × 10⁶
	1.73^b - 3.98^b			(72%SiO₂+14%Al₂O₃+4%K₂O etc.)
	1.6^d - 2.1^e - 2.2^a	293^e - 273^a
	71.8^f - 79.5^d - 80.2^a - 80.4^gi	300^agi	9.901^g - 10.41ⁱ × 10⁶
	2.07^b - 2.94^b			Mostly CaCO₃
	1.26^b - 1.33^b			Mostly CaCO₃
	34.7^d 35.0^f 35.3^gi	293^d ^f 300^gi	4.808ⁱ - 4.854^g × 10⁶
	0.0234^d - 0.02583ⁱ - 0.026^a	293^d - 300^ai		(N₂) (1 atm)
	0.0238^d - 0.02658ⁱ	293^d - 300ⁱ		(O₂) (1 atm)
	0.23^g - 0.7^g - 1.06^e	296^g - 293^e	10⁻¹⁵ ^g - 10⁰ ^g	10-40%GF or CF
	0.33^g - 0.52^g	296^g	10⁻¹⁶ ^g - 10² ^g
	0.04^g - 0.16^e - 0.25^e - 0.33^g	296^g - 293^e	10⁻¹⁷ ^g - 10⁰ ^g
	0.16^a	303^a	~10⁻¹³
	1.83^b - 2.90^b			~95-71%SiO₂
	0.11^d
	0.003^a-0.004ⁱ-0.008^k-0.017^k-0.03ⁱ	98^a - 298^a		Foamed Glass
	1^m
	406^d - 418^f - 429^agi	300^agi	61.35^g - 63.01ⁱ × 10⁶	Highest electrical conductivity of any metal
	0.17^c - 1.13^c			composition may vary
	16.3^g	296^g	1.389^g - 1.429^g × 10⁶	AISI 302(Fe,Cr18%,Ni8%)
	50.2^d	293^d
	15.6^f - 21.9^gi	300^gi	1.852^g - 2.381ⁱ × 10⁶
	5.8^g	296^g	0.595^g × 10⁶	(Ti+6%Al+4%V)
	2ⁱ - 3ⁱ
	0.6^de	293^de	5×(Pure)10⁻⁶ ⁱ -(Sweet)10^−3±1 ⁱ -(Sea)1ⁱ	<3%(NaCl+MgCl₂+CaCl₂)
	0.09091^h - 0.16^a - 0.21^h - 0.4^e	298^a - 293^e		Species-Variable^h
	0.04^d - 0.07692^h - 0.12^d - 0.17^h			Cedar^h - Hickory^h
	21^m
Material	Thermal conductivity (W·m⁻¹·K⁻¹)	Temperature (K)	Electrical conductivity @ 293 K (Ω⁻¹·m⁻¹)	Notes

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Everything about List Of Thermal Conductivities totally explained

58.82×106Ω-1•m-1

58.82×10⁶Ω^-1•m^-1