Titlebook: Neural Mechanisms of Conditioning; Daniel L. Alkon,Charles D. Woody Book 1986 Plenum Press, New York 1986 Deprivation.Nervous System.bioch

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Feature

John W. Moorethe opportunity to optimize each necessary property independently to produce useful materials for photonics. This review discusses the merits of novel glass phase composites for photonics, specifically a new class of inorganic oxide glass: organic polymer composites prepared by sol-gel processing. S

BRAND

搖晃

Robert W. Doty,Jeffrey D. Lewine,James L. Ringoic acid at 333 K. The rate of peptisation depended on a range of parameters, including the acid-to-titania mole ratio, concentration of solids, reaction temperature and the age of the hydrolysate. The z-averaged aggregate size of sols produced from fresh hydrolysates decreased from an initial value

anagen

Steven P. R. Rosehol/water solution with dissolved acids or bases to form a ceramic or glass material with exquisite chemical and microstructural control. Since the chemistry and microstructure of the solid determine its properties, this technology can be used to design materials with specified mechanical, optical,

Conscientious

非秘密

K. Krnjevi?cooling by exploiting the electrocaloric effect and in energy harvesting. First, the basics of the sol-gel processing of ferroelectric thin films with the Pb(Zr,Ti)O. solid solution as the representative material are described. The electrocaloric effect is described as a reversible temperature chang

rods366

Changes of Membrane Currents and Calcium-Dependent Phosphorylation during Associative Learningip between distinct sensory stimuli, as occurs, for instance, with Pavlovian conditioning? What are the biophysical and biochemical transformations that actually store the learned temporal relationship?

召集

Cellular Mechanisms of Causal Detection in a Molluskriately to . within its environment. The cellular mechanisms by which this is accomplished reflect the integrated effects of the synaptic organization of the visual and vestibular systems, in conjunction with the intrinsic electrophysiological characteristics of the component neurons.

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