This makes a two-dimensional picture essentially three-dimensional, because of the depth and perspectives you can get when looking at the picture — optimised for immersive viewing experiences.
Although velocity structures at these sites are different from each other, the characteristics of the wave field either for earthquake or microtremors are considered to be basically one-dimensional because of the isotropic nature of their HVRs.
But 'Skull Island: Reign of Kong' is really going to be more multi-experiential than it is multi-dimensional because of the many different ways we're going to immerse our guests into the world of Kong," West stated.
Although quantitative, accurate landscape models can in principle be constructed if one knows the structure of the relevant GRN and the numerical parameters that specify the interactions in the GRN 3, these would be very high-dimensional because of the large number of interacting genes (and their products) that influence T-cell differentiation.
Additionally 2 also display the formation of one dimensional chain because of the (Cp CH⋯S and (Cp CH⋯π interactions.
PBI/DAIm TIPN membranes achieve well-balanced performance between high hydroxide conductivity and dimensional stability because of the dynamically forced compatibility feature of TIPN.
In the powder metallurgy process, if the compact body has a non-uniform density distribution, it would be very difficult to achieve the desired dimensional accuracy because of the non-uniform shrinkage that occurs during the sintering process.
It has been well developed in two-dimensional geometries but meets serious difficulty in three-dimensional geometries because of the requirements of large computer memory and long computational time.
Nucleic acid structures can be directly imaged by atomic force microscopy, which is well suited to extended two-dimensional structures, but less useful for discrete three-dimensional structures because of the microscope tip's interaction with the fragile nucleic acid structure; transmission electron microscopy and cryo-electron microscopy are often used in this case.
The proficiency scaling was conducted subsequent to Hartig (2007) for a uni-dimensional model; it was not possible to implement proficiency scaling for a multi-dimensional model because of the relatively small number of items.
We do not perform a three-dimensional simulation because of the limitations of computation time.
