Material

k₁ and k₂ (mNµm^3/2)

F_Nmax

(mN)

F_Nkink

(mN)

h_kink

(µm)

W_transition/mN

(mNµm/mN)

Literature for Data Origin

Aragonite CaCO₃ (-110)

39.396

48.962

1.0

0.4086

0.04644

0.002758

Kearney, Phys Rev Lett 2006, 96, 255505

Calcite CaCO₃ (100)^a)

17.911

23.176

10.0

0.3655

0.08266

0.01599

Guillonneau, J Mater Res 2012, 22, 2551

Calcite CaCO₃ (100)^b)

33.156

48.943

40.0^b)

11.869

0.4940

0.10692

Presser, J Mater Sci 2010, 45, 2408

Sapphire Al₂O₃

236.05

267.08

90.0

34.326

0.2763

0.13453

Page, J Mater Res 1992 7 450

Zirconium dioxide ZrO₂

134.74

210.88

33.0

8.7514

0.1665

0.02828

Zeng, Acta Mater 2001, 49, 3539

Tungsten W

95.57

114.50

85.0

35.607

0.5525

0.070059

Oliver-Pharr, J Mater Res 1992, 7, 1584

InGaAs₂ (001)

36.272

32.477

2.7

1.2703

0.1070

−0.005380

Kaupp, Scanning 2013, 35, 392

Mica, Muscovite KAl₂[(OH,F)₂/AlSi₃O₁₀)]

34.522

3.566

50.0

11.556

0.4434

0.01016

Hutchinson, Acta Metall Mater 40 295, 1992

Ce(C₂O₄)₂(CO₂H) (001) “MOF”

52.848

64.907

20.0

8.0745

0.3102

0.06554

Tan, J Am Chem Soc 2009, 131, 14252

Pine latewood radial

0.1342

0.1705

1.8

0.5469

2.5625

0.23926

Brandt, Acta Biomater 2000, 6, 4345

Pine latewood axial

0.2098

0.3043

3.0

0.9631

2.7638

0.36510

ditto

Saccharin (011)^c)

1.9543

2.3179

6.0

1.7108

0.9426

0.08293

Kira, Cryst Growth Design 2010, 10, 4650

Benzylidene-butyrolactone (010)^c)

0.4807

0.5724

2.1

1.0634

1.6671

0.07893

Kaupp, Angew Chem 1996, 35, 2774