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Accumulation of [35S]taurine in peripheral layers of the olfactory bulb

Brain Research, 1981
Accumulation of [35S]taurine in the laminae of the olfactory bulb of the adult cat, rat, mouse and rabbit was examined autoradiographically. [35S]Taurine was administered either i.p. or i.v. and olfactory bulbs were excised 24 h post-injection. High concentrations of [35S]taurine were restricted to the olfactory nerve and glomerular layers of the ...
M.R. Quinn   +3 more
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The varying composition of the nucleus and peripheral layers of urinary calculi

Urological Research, 1974
The chemical composition of the different mineral phases in the nuclei and peripheral coatings of 200 urinary calculi was investigated by X-ray diffraction. The nuclei were found to contain 7 different substances. There was no relationship between the mineral composition of the nucleus and periphery.
M. Gebhardt, H. P. Bastian
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Biomechanical Properties of Peripheral Layer in Articular Cartilage

AIP Conference Proceedings, 2010
Articular cartilage as a complex viscohyperelastic biomaterial possessing supporting and protective functions. It transfers dynamic effects into subchondral and spongious bone and protects chondrocytes (and the matrix material) from their destruction.
M. Petrtyl   +7 more
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Dispersion in a Bingham plastic fluid: Effects of peripheral layer

Rheologica Acta, 1982
The dispersion of a soluble matter in a plastic fluid flowing through a tube and a channel has been analysed by taking into account the variations of viscosity, diffusivity and yield stress. It has been shown that in the special case of a Bingham fluid, surrounded by a peripheral layer of a Newtonian fluid, the effective dispersion coefficient with ...
S. P. Gupta, J. B. Shukla
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Comments on "Peripheral and diffused layer effects on doping profiles"

IEEE Transactions on Electron Devices, 1974
A simple method is described for the characterization of uniformly doped epitaxial layers from the capacitance-voltage measurements of a diffused p-n junction, considering the peripheral effect due to the sidewall junction and the diffused layer effect due to the depletion region in the heavily doped side of the junction.
T.N. Basavaraj, A.B. Bhattacharyya
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