Region separate

The annular region separating the core from the pipe wall, over which the whole of the velocity change occurs. 

In the region separating these two genes are two kinds of sites, promoters and operators, to which each of the proteins of the switch can bind. When lambda repressor is bound to its operator, it covers... 

As can be seen from the plots, the oxidation of EG takes place in two distinct potential regions separated by a region within which the reaction appears to be inhibited. Between —0.6 V and —0.3 V all three oxidation products are produced, with the exception of the lowest concentration of EG where the authors detected no glycolate. At higher potentials, further... 

There is a basic difference between the damascene and through-mask plating processes in the way the trenches and vias are filled with electrochemically deposited Cu, through either an eiectrodeposition or an electroless technique. In multilevel metal structures, vias provide a path for connecting two conductive regions separated... 

A term used in thermodynamics to designate a region separated from the rest of the universe by definite boundaries. The system is considered to be isolated if any change in the surroundings the portion of the universe outside of the boundaries of the system) does not cause any changes within the system. See Closed System Isolated System Open System... 

The important feature in the SL method is that there is always a buffer of dormant SL region separating any two dynamically active regions, which eliminates the difficulty associated with synchronizing events and resolving conflicts at the boundaries between processors. For a finite cycle time, the SL method is not exact, but if the cycle time is comparable to or shorter than a typical reaction time, it is extremely accurate. A detailed discussion and demonstration of the requirements for accuracy in the case of KMC can be found in ref. 35. 

In most cases, however, polymers crystallize neither completely nor perfectly. Instead, they give semicrystalline materials, containing crystalline regions separated by adjacent amorphous phases. Moreover, the ordered crystalline regions may be disturbed to some extent by lattice defects. The crystalline regions thus embedded in an amorphous matrix typically extend over average distances of 10-40 nm. The fraction of crystalline material is termed the degree of crystallinity. This is an important parameter of semicrystalline materials. 

There are two types of discontinuity surfaces contact surfaces and shock fronts. There is no flow between regions separated by a contact surface, while shock fronts are crossed by the flow. A contact surface moves with the fluid and separates two zones of different density and temperature, but the same pressure. The normal component of the flow velocity is the same on both sides of a contact discontinuity... 

---