Variation of Bulk Modulus, Its First Pressure Derivative, and Thermal Expansion Coefficient with Applied High Hydrostatic Pressure

Table 1

Bulk modulus and its first pressure derivative from experimental data fitted to Birch–Murnaghan EOS.

Element	Experimental work	B0 (Gpa)	B0^′	This work
Potassium	[34]	4.307 ± 0.153	3.207 ± 0.059	Data fitted to B–M EOS in this work
	[44]	3.44	3.85
	[45]	3.09	3.98
	[46]	3.395	2.971
Aluminum	[35]	73.37 ± 0.966	4.123 ± 0.248	Data fitted to B–M EOS in this work
	[47]	73	4.45
	[48]	71.7 ± 3.6	4.42
	[49]	72.9 ± 0.3	4.42
Beryllium	[8]	101.428 ± 2.157	3.515 ± 0.055	Data fitted to B–M EOS in this work
	[50]	111	4.6
	[51]	91	3.4
	[52]	121	3.4
Gold	[36]	171.74 ± 5.09	5.526 ± 0.047	Data fitted to B–M EOS in this work
	[53]	167.2	5.21
	[48]	163.5 ± 8.3	5.21
	[54]	166.4	7.3
Copper	[37]	183.31 ± 6.802	3.807 ± 0.261	Data fitted to B–M EOS in this work
	[54]	137.4	5.52
	[53]	131.4	5.44
	[17]	120.7 ± 2.1	5.3 ± 0.2
Cobalt	[12]	209.345 ± 5.145	3.244 ± 0.185	Data fitted to B–M EOS in this work
	[55]	196.5	4.007
	[56]	203 ± 2	3.6 ± 0.1
	[57]	199	3.6
Tantalum	[18]	194.215 ± 5.05	3.453 ± 0.108	Data fitted to B–M EOS in this work
	[58]	194	3.74
	[59]	194	3.83
	[60]	206	2.76
Molybdenum	[38]	249.55 ± 2.786	3.86 ± 0.086	Data fitted to B–M EOS in this work
	[61]	267	4.46
	[62]	260	4.21
	[14]	255	4.25
	[63]	260	4.32
	[64]	260.79	4.35
Tungsten	[36]	279.626 ± 3.132	6.265 ± 0.351	Data fitted to B–M EOS in this work
	[16]	308	4.20
	[65]	304	4.1
	[66]	312	3.68