crystallography

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Related to Crystallographic planes: Miller indices

crystallography

 [kris″tah-log´rah-fe]
the science dealing with the study of crystals.
x-ray crystallography the determination of the three-dimensional structure of molecules by means of diffraction patterns produced by x-rays of crystals of the molecules.

crys·tal·log·ra·phy

(kris'tăl-log'ră-fē),
The study of the shape and atomic structure of crystals.

crystallography

(kris″tă-log′ră-fē) [ crystal + -graphy]
The study of crystals. It is useful, for example, in examining complex molecules (e.g., DNA) or the components of kidney stones.

crystallography

the science dealing with the study of crystals.

x-ray crystallography
the determination of the three-dimensional structure of molecules by means of diffraction patterns produced by x-rays.
References in periodicals archive ?
2] surface are also fine-tuned by the crystallographic plane, accessibility to Ti ions, type of organic ligands, and pH.
These authors also theorized that there may, in fact, be no definable crystallographic plane of initial foliation of each layer in that the foliar crystals are not planar on top when viewed in both surface and cross-sectional electron micrographs.
To describe the damage process in a crystallographic plane, a schematic representation of the concepts involved is given in Fig.
presents another structure parameter which may be detected from the WAXS diffractograms, where [DELTA][theta] is the width at the half height, and [theta] is the Bragg's angle for the corresponding crystallographic plane (hkl).
For our hexagonal s-PS we may use the (110) crystallographic planes together with
Reflection poles from [alpha](hk0)/[beta](h0l) crystallographic planes are mostly equatorial about the MD when the film is stretched with [[lambda].
2] rocking 689 690 Amide V ([alpha]) (C=O out-of-plane bending) -- 626 Amide VI ([gamma]) (N-H out-of-plane bending) 582 586 Amide VI ([alpha]) (N-H out-of-plane bending) 571 (Shoulder) 545 538 or 540 Skeletal bending vibration Table 3 Angles Between the Axes of a Pseudo-Orthorhombic Unit Cell and the Poles to Selected Crystallographic Planes of Polyamide 11 and Polyamide 12.
The majority of the normals to the (100) and (010) crystallographic planes are included in the plane perpendicular to the DD direction, there is a fiber texture with the c axis (chain direction) parallel to the draw direction.
In the case of tension [ILLUSTRATION FOR FIGURE 3-A OMITTED], the normals to the (040) crystallographic planes rotate progressively toward the plane perpendicular to the tensile axis.
The crystallographic planes used in these pole figure experiments were the (001) and (020) reflection of talc particles.