Rides include the Avatar Airbender – where you get to spin and fly on a disk modelled on the style of the "ancient airbenders", as well as the Spongebob Splashbash, in which you get to shoot jellyfish with onboard water cannons while you splash through the water run.
It is well represented by a two component model consisting of a multicolor disk model or a general relativistic accretion disk model, both describing emission from an optically-thick accretion disk, and a power-law component with a photon index of ∼ 2.5.
The scattering intensity from 9NC75 can be fit with a thin disk model with a radius of 9.5 ± 2.7 nm, in agreement with the reported size of the silicate nanoplatelets.
The researchers, using a uniform disk model, determined that Betelgeuse had a diameter of 0.047 arcseconds, although the stellar disk was likely 17% larger due to the limb darkening, resulting in an estimate for its angular diameter of about 0.055".
We devise a simplified disk model for measuring busy time sensed by a station in dense wireless mesh network.
We devised a simplified disk model for calculating busy time sensed by a station in dense multi-hop WMN, and this model inherently embed geometrical location of all interfering transmitters and receivers around that particular station.
The following are the main contributions of our work: (i) We devised a simplified disk model for calculating busy time sensed by a station in dense multi-hop WMN, and this model inherently embed geometrical location of all interfering transmitters and receivers around that particular station.
Instead, conventional access methods have been developed based on a traditional disk model that comes with many simplifying assumptions such as an average seek time and a single data transfer rate.
We also devised a simplified disk model for computation of busy time durations and rate of their arrival sensed by a station in dense wireless network.
We describe the properties of a specific disk model and discuss various effects on the emergent UV/optical spectrum.
