Physics of Low-Dimensional Structures

No 1 (2006)

1. A.M.Abo El Ata, F.M.Reicha and M.M.Ali
Dispersion of dielectric properties of titanium substituted W – type hexaferrites
 
2. S.Al-Awfi
Schrödinger Modes Structure of a Trapped Neutral Atom in a Square Atom Guide
 
3. A.A.M.Farag, F.S.Terra and A.Ashery
Electrical Transport Mechanisms in n-AlSb/p-Si Heterojunction
 
4. A.Bogojević, A.Balaž, and A.Belić
Gaussian Halving of Path Integrals in d=1
 
5. A.Bogojević, A.Balaž, and A.Belić
Linearized Gaussian Halving in d=1
 
6. S. A. Komolov, E. F. Lazneva, A. S. Komolov
Electronic properties of thin oligo(phenylene-vinylene) films on CdS substrate
 
7. S.E. Kulkova, S.V. Eremeev, S.S. Kulkov
Electronic structure of low-index surfaces of zirconium dioxide
 
8. T.Deck, V.D.Kalganov, N.V.Mileshkina and A. Moscardini
Efficient Surface Sensitive Field Emission Structures for Gas Sensors
 
9 .A.A.Svitnev, E.A.Verovoy, V.G.Lifshits
Indium-mediated growth of iron film on silicon (111)
 
10. Li Cao, Bingsuo Zou, Anlian Pan, Zhenyu Wu, Zebo Zhang, Sishen Xie, Dan Liu, Weihua Zhang, Xing Zhu
Room temperature green light waveguide behavior of micron-sized singlecrystalline ZnO rods
 
11. L.I.Soliman, H.A.Zayed, and T.A.Hendia
Switching Properties of Some Quaternary Semiconductor Thin Films
 
12. P.Mohan Babu, A.Sivasankar Reddy, P.Sreedhara Reddy and S.Uthanna
Transparent conducting cadmium indate films formed by bias magnetron sputtering
 
13. D.V.Pozdnyakov, V.O.Galenchik
Electron-phonon scattering in semiconductor structures with one-dimensional electron gas
 
14. D.V. Pozdnyakov, V.O. Galenchik, V.M. Borzdov, F.F. Komarov, O.G. Zhevnyak
Ionized impurity and surface roughness scattering rates of electrons in semiconductor structures with one-dimensional electron gas and broadened energy levels
 
15. Raúl Pérez-Enríquez, G.Campoy, J.L.Marín, and R.Riera
The Bond Length of a Hydrogen Molecule under Confinement in a Single Wall Carbon Nanotube
 
16. E.F.Sheka, E.A.Nikitina, V. A.Zayets, I. Ya.Ginzburg, and J.Schoonman
Quantum-Chemical Study of the Interface Formed by Carboxylic Species on TiO2 Nanoparticles. 1. Nanoparticle Surface
 
17. E.F.Sheka, E.A.Nikitina, V. A.Zayets, I.Ya.Ginzburg, and J.Schoonman

Quantum-Chemical Study of the Interface Formed by Carboxylic Species and TiO2 Nanoparticles. 2. Carboxylic Species Adsorption

 
18. E.F.Sheka, V.A.Zayets
Towards Ultrafast Electron Transfer on Titania/Organic Dye Interface