1. Electronic transport in a quantum-dot superlattice, consisting of an array of negative potential, has been studied by making use of the recursive Green's function method.

2. The plasmon dispersion and Charge-Density Wave(CDW)instability for electron superlattice are also studied. The criterion of the unstable region of CDW is obtained.

3. Semiconductor superlattice is an active forward position in condensed state physics and a bright pearl in development history of semiconductor science technology.

4. Thecondition of superlattice layer growth depends on the surface free energy and thelattice misfit .

5. Various discharge modes, such as square, hexagon, superlattice, and like-glow discharge, have been observed in ac-driven gas discharge by using the dielectric barrier discharge device.

6. However, the simulation results of the superlattice with 4% lattice mismatch show that the thermal conductivity increases monotonically with the period length.

7. The thoery, structure, characteristics, and process of the superlattice avalanche photodiode are presented.

8. Superlattice and quantum well materials of semiconductor are new-style synthetic materials made in modern film growth techniques.

9. The cerium oxide preferably has a fluorite type superlattice structure.

10. In such a finite superlattice, the evolution of all the interface modes can be clearly tracked.

11. In this paper(http://), the authors have simulated the change rules of dielectric constant of BTO/LAO superlattice with different stack periodicities under different relaxation time.

12. The history of studies on molecule assembly technique and superlattice is summarized. Several methods of preparing superlattices by molecule assembly technique are introduced.

13. Using an excitonic basis , we take the density matrix theory to investigate the intraband dynamics process and optical absorption spectrum of semiconductor superlattice in Terahertz fields.

14. The sine-squared potential is introduced to describe the periodic modulation of the conductive band of the doping superlattice formed by the alternative doping.

15. This paper reports a new waveguide electro - optic ( EO ) modulator with self - assembled superlattice electro - optic films.

16. The simulation results show that the two different materials building up the superlattice have a little affection on the thermal property to each other.

17. In experiments, it has been found that such block copolymers can assemble into mushroom, strip, superlattice structures.

18. The two structures of BMT main phase, that is 1:2 ordered hexagonal superlattice and disordered cubic structure reflections, were marked in XRD patterns by crystallography.

19. Usually, quantum cascade laser designs have only one upper state, except for superlattice active region, Kazuue Fujita, the lead author on the paper, tells PhysOrg.com in an email interview.

20. This paper reviews electron transport effects and study progress on low dimensional semiconductor structures such as superlattice, quantum wire and quantum dot.

21. Semiconductor optoelectronic devices have been forged up into a wholly new stage by the research and development of semiconductor superlattice materials.

22. Tunable THz Bloch oscillations ( BO ) in the superlattice and THz current oscillations in RTS are investigated.

23. With the development of MBE and MOCVD technologies, the no- vel semiconductor superlattice multiquantum well LWIR detectors appear.