Sentence examples for a defined radius from inspiring English sources

Taxify allows drivers to create a defined radius for pick ups, meaning they don't need to stray too far from home, which may well appeal to some drivers.

The formed meniscus thus has a defined radius of curvature, and optical rays are divergent (Fig. 22a).

Fibers were pulled out of a 0.4 mg/ml fibronectin solution in PBS with a plastic pipet tip cut on the front (A, B, C) or with a metal microfabricated tip with a defined radius of 2 μm (E, F, G).

For the purpose of the present study, two types of pulling tips were used: plastic pipet tips (1 200 μl volume capacity), which were cut at the very front to produce a concave, sharp tip and microfabricated metal tips with a defined radius of 2 μm, produced from a solid tungsten wire with an electrochemically etched taper (American Probes & Technologies, model 72T-J3).

Reactive case detection, in which individuals residing within a define radius of a symptomatic index case are tested and treated for malaria, is conducted by the national malaria control programs in low transmission settings at ICEMR sites in Mali, Zambia, and southeast Asia that are moving toward elimination, as well as in Colombia for urban malaria elimination.

A differential correction algorithm is presented to deliver an impulsive maneuver to a satellite to place it within a sphere, with a user defined radius, centered around a non-maneuvering satellite within a constrained time.

This 3D windowing method works by sliding a sphere of defined radius through a three dimensional structure and calculating Ka and Ks within each sphere for each branch of a three dimensional structure.

The probability of colocalization of A and LD can be formulated by the probability of having an A-type dot colocalizing to a LD of the new defined radius.

According to self-similar fractal theory, the size distribution of elements in a fractal system is given by the following equation (Chen 2005): n_{(R ge r)} = cr^{ - D} (1 where, r is a defined equivalent radius of particles; n(R≥r) is the number of particles greater than or equal to r in radius; c is a constant and D is the fractal dimension.

Hence, if within a defined "cooperation radius" (supplementary material), the missing products are provided by at least one individual per site, these can be utilized by the agent, conferring a fitness advantage compared to the wild-type.

A certain thickness of each material, as well as a defined tube radius, can be achieved depending on the rate and time of deposition of each layer.