The charge carrier transport in an ion conducting glass has been investigated by means of
the charge attachment induced transport (CAIT) technique. For the first time we describe the …

Ella Gale opened discussion of the introductory lecture by Rainer Waser: At the end of your
talk you introduced complementary resistance switches, which you used for binary pattern …

Doping impurity atoms into semiconductor materials changes the resistance of the material.
Selecting the atomic species of a dopant and the precise control of the number of dopant …

Atomic switches are promising candidates as the basic building blocks for large-scale
neuromorphic networks due to their tunable switching behaviors. Several neuromorphic …

Developing efficient, fast performing and thermally stable Silver iodide‐based fast ion
conducting solids are of great interest for resistive switching applications, but still remain a …

Electronic circuit elements that show analog resistance change are required for the
development of hardware-based machine learning systems. The energy level of a molecular …

The present work reports a modification in the design of the previously known Ag/Ag 2 S
neuron-inspired devices by the addition of a modulating layer of graphene oxide (GO). The …

Conductive properties of pressed nanocrystalline silver sulfide powder with grain size of 67
nm were studied. Presence of additional silver contacts causes increase of conductance …

Электронный научный архив УрФУ: Особенности вольт-амперной характеристики сульфида
серебра Skip navigation Главная Просмотреть Разделы и коллекции Посмотреть: По дате …

The voltage-and the temperature-dependent electrical behavior of a gap-type Ag–Ag 2 S–Pt
atomic switch is theoretically investigated. The electrical tunnel current passing through the …