1. The relation between the plasma density in unmagnetized plasma and the stealth of target is investigated in this paper.

2. The transmission coefficients through unmagnetized plasma photonic crystals are calculated, and the effects of plasma temperature and density on characteristic of band gap structur...

3. Methods: The electrical conductivity of both magnetized and unmagnetized liquids was measured with an electrical conductivity instrument.

4. The wear of the unmagnetized and magnetized high speed steel material are compared in the wear between pin and disk text.

5. Methods:The viscosity of both magnetized and unmagnetized liquids was measured by using the Ubbohde's viscosimeter.

6. Longitudinal electric resistivities of magnetized and unmagnetized plasmas are discussed based on appropriate kinetic equations.

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7. The propagation problem of T. E. wave in unmagnetized inhomogeneous plasma-filled cylindrical wave guide is investigated.

8. The wear behaviour of pulse magnetized high speed steel was compared with that of the unmagnetized same material by the pin-on-disk test.

9. A highly magnetized piece of steel will attract and lift a piece of unmagnetized steel ten times its own weight.

10. The dispersion relations of superluminal waves for the longitudinal collective modes in unmagnetized, collisionless and homogeneous relativistic electron-positron plasmas are derived.

11. This paper investigates the stealth of target by nonuniform unmagnetized plasmas.

12. The attenuation of electromagnetic waves at an arbitrary angle of incidence by a nonuniform unmagnetized plasma is given by using WKB method.

13. If the current was interrupted, the magnet immediately became unmagnetized.

14. Temporal evolution of the low frequency electrostatic perturbations in an unmagnetized plasma with strong shear flow is investigated.