Sensor Properties of Stabilized Zirconia Ceramics, Manufactured from Nanopowders

Articles in the same Issue

1. Evolution of Dirac Cone in Disclinated Graphene
2. Modeling C₅₄₀-C₂₀ Fullerene Collisions
3. Synthesis, Structure and Mechanical Properties of Bulk “Copper-Graphene” Composites
4. Laser-Assisted Deposition of Transition Metal Coatings on Graphite
5. Preparation of Transparent N-Zno:Al / P-Cualcro₂ Heterojunction Diodeby Sol-Gel Technology
6. Structural Organization of Themagnetic Part of Smart Material Based on Nanoparticles of Iron or Magnetite in Pores of Mcm-41 Mesoporous Silica for Target Drug Delivery
7. Effect of Carbon Sources and Synthesis Conditions on the LiFePo₄/C Cathode Properties
8. Auger Recombination in Quantum Well Laser with Participation of Electrons in Waveguide Region
9. Comparative Analysis of Dynamic Plasticity Models
10. The Electron Spin Resonance (Esr) Spectra of Potassium-Alumina-Borate Glass Doped with Copper Ions
11. Monolayers of Surfactants Containing Nanoparticles of Hexacyanoferrates of Various Metals
12. Hardening by Annealing and Implementation of High Ductility of Ultra-Fine Grained Aluminum: Experiment and Theory
13. Ultrasonic Study of Thermal hysteresis in Helical antiferromagnetic Dy
14. On the Elastic Description of a Spherical Janus Particle
15. Sensor Properties of Stabilized Zirconia Ceramics, Manufactured from Nanopowders