The Deformation Bands in Nylon

Rotation of the Crystal Lattice in Kink Bands, Deformation Bands, and Twin Lamellae of Strained Crystals.

search under grant NSF G-10236 administered by The University of Texas; to the Royal Department of Mines, Thailand, for their support of the research in Thailand, to Charles Mann and Gaylord Walker of the United States Operations Mission to Cambodia, and to Edmond Saurin and Adrien Milli6s-Lacroix, University of Saigon, for cooperation in Cambodia and Viet Nam, and to others. too numerous to na...

Kinematics of Experimentally Produced Deformation Bands in Stibnite

McQueen, D.R., Kelly, W.C. and Clark, B.R., 1980. Kinematics of experimentally produced deformation bands in stibnite. In: W.M. Schwerdtner, P.J. Hudleston and J.M. Dixon (Editors), Analytical Studies in Structural Geology. Tectonophysics, 66 : 55-81. Using videotape techniques, we have observed the kinematic development of a variety of microstructures during experimental deformation of single ...

Deformation of flow bands by bubbles and crystals

Bands in volcanic rocks are deformed by inclusions, such as bubbles and crystals. The shape of deformed bands is compared with theoretical models for flow around inclusions. Deformation through either simple or pure shear can be distinguished for phenocrysts, but not bubbles. Studying band deformation at the microscale thus complements other textural measurements and structural approaches for r...

Non-radioisotopic differential display method to directly visualize and amplify differential bands on nylon membrane.

Differential display is a breakthrough in gene isolation methods (1,2). Compared with other gene isolation methods, it is powerful and relatively rapid. The method achieves isolation of differentially expressed genes by using four 3′-end degenerate primers and 20–40 5′-end arbitrary primers to perform RT–PCR. The PCR products are separated on a DNA sequencing gel and the differences between two...

Nylon