**Chapter 7**

*Materials at the Nanoscale*

*journal* 53 1938-1953.

Geology 29 843-846.

*KGaA, Wieinheim.*

Geol. 47 263-291.

35 84-87.

Minerals 7 90*.*

Abdel-Monem T., A.H., El

[16] Penn RL., Zhu C., Xu H.,

Veblen DR., 2001, Iron oxide coatings on sand grains from the Atlantic coastal plain. High resolution Transmission electron microscopy characterization.

[17] Cornell, R.M. and Schwertmann U., 2003, The Iron oxides, structure, properties, reactions, occurrences and uses. *Wiley-VCH verlagGmbH&Co.*

[18] Weissbrod, T., Nachmias J., 1987, Stratigraphic significance of heavy minerals in the Late Precambrian-Mesozoic clastic sequence (Nubian Sandstone) in the near east. Sediment.

[19] Morad S. and Aldahan A., 1982, Authogenesis of titanium minerals in two Proterozoic sedimentary rocks from southern and central Sweden. *Journal of sedimentary petrology* 52. 4, 1295-1305.

[20] Sass E., Nathan Y., Nissenbaum A., 1965, Mineralogy of certain pyrite concretions from Israel and their alteration products*. Mineralog.* Mag*,*

[21] Goldbery R., 1978, Early diagenetic nonhydrothermal Na-alunite in Jurassic flint clays, Makhtesh Ramon. Israel. Geol. Soc.Am. bull. 89 687-698.

[22] Jones F., 2017, Crystallization of Jarosite with variable Al3+ content: the transition to Alunite. MDPI

[23] Potter-McIntyre S.L. and McCollom T.M., 2018, Jarosite and Alunite in ancient terrestrial sedimentary rocks: reinterpreting

Ghandour M.M., 2018, Petrography and geochemistry of the Lower Miocene Moghra sandstones, Qattara Depression, north Western Desert, Egypt, *Geological* 

Martian depositional and diagenetic environmental conditions. MDPI

[24] Bell J. H., Beitler Bowen, Martini, 2010, Imaging spectroscopy of jarosite cement in the Jurassic Navajo Sandstone. Remote Sensing of Environment 114

Life 8 32.

2259-2270.

**124**
