a-axis YBa2Cu3O7−x/PrBa2Cu3O7−x/YBa2Cu3O7−x trilayers with subnanometer rms roughness

RMS slope of exponentially correlated surface roughness for radar applications

In radar signature analysis, the root mean square (RMS) surface slope is utilized to assess the relative contribution of multiple scattering effects. For an exponentially correlated surface, an effective RMS slope can be determined by truncating the high frequency tail of the roughness spectrum. The choice of the cutoff frequency and the effect on surface scattering simulations are discussed.

RMS slope of exponentially correlated surface roughness for radar applications

In radar signature analysis, the root mean square (RMS) surface slope is utilized to assess the relative contribution of multiple scattering effects. For an exponentially correlated surface, an effective RMS slope can be determined by truncating the high frequency tail of the roughness spectrum. The choice of the cutoff frequency and the effect on surface scattering simulations are discussed.

Tailoring interlayer coupling and coercivity in Co/Mn/Co trilayers by controlling the interface roughness

A Context-Based Storytelling with a Responsive Multimedia System (RMS)

In this paper, we present a Context-based Storytelling with Responsive Multimedia System (RMS). Many researches related to virtual storytelling have been presented with the advancement of multimedia technology. However, people have different abilities to understand a story according to their experience, knowledge, age, gender, etc. In the proposed approach, virtual story is unfolded by interact...

Vertical integration among ... rms with heterogeneous objectives ¤

A vertically integrated monopoly is compared to a decentralised market arrangement where production is segmented between a Labour Managed Firm producing an input used by a pro...t maximiser manufacturer of a ...nal good. Surprisingly, in some circumstances the decentralised vertical arrangement is superior to the integrated one. JEL Classi...cation: L12, L13, L 32, P13