Bull. Mater. Sci.

1982

DOI: 10.1007/bf02744464

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A simple technique for interference microtopography

I. V. K. Bhagavan Raju

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Abstract: A simple and inexpensive technique for obtaining the interference microtopographs of crystal surfaces is reported. The method consists of forming a low angle air wedge by placing a thin glass sheet (cover slide) on the surface of the sample, lnterferograms are taken under reflected sodium light.

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Cited by 6 publications

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Iso‐epitaxial growth of n‐octacosane crystals

¹

1983

Cryst. Res. Technol.

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Is0 -epit axial Growth of n -Oct acosane Cry st als Iso-epitaxial(epi1ayer)growth of n-octarosanc crysi als is reported. The niorphology of the epilaycrs is i n the form of triangular growth islands with or without truncature. Epilayer growth precedes spiral growth mechanism which occurs at medium and low supersaturations, respectively. The occurrence of triangular and truncated rhombic platelets is found to be a inanifestation of growth a t medium supersaturations.

Iso‐epitaxial growth of n‐octacosane crystals

¹

1983

Cryst. Res. Technol.

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Is0 -epit axial Growth of n -Oct acosane Cry st als Iso-epitaxial(epi1ayer)growth of n-octarosanc crysi als is reported. The niorphology of the epilaycrs is i n the form of triangular growth islands with or without truncature. Epilayer growth precedes spiral growth mechanism which occurs at medium and low supersaturations, respectively. The occurrence of triangular and truncated rhombic platelets is found to be a inanifestation of growth a t medium supersaturations.

Growth of n‐octacosane crystals from completely and partially stereo irregular solvents

¹

1983

Cryst. Res. Technol.

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The growth of n-alkane crystals from completely and partially stereo irregular solvents is reported. A sharp rise in the frequency of occurrence of simple and complex (interlaced) spirals is observed as the solvent characteristic changes from complete to partial stereo irregularity of the molecular chain. These observations are interpreted taking into oonsideration the acceptability of the solvent molecules as impurity in the growing crystal.

Effect of stress field on spiral step patterns on n‐octacosane crystals

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1984

Cryst. Res. Technol.

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Modifications in spiral step patterns on n-octosane crystals resnlting from stress fields is considered. Stress field seems t o impede the propagation of growth fronts across i t and leads t o the formation of bunched step patterns. Effect of cylindrical stress fields with axes parallel and perpendicular t o the direction of step motion is considered in altering the shapes of the bunched steps. Shear modulus of n-octacosane crystals is estimated from the microtopographical features.

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