resolution limit

This should be the high resolution limit used in computing the map.

Both high and low resolution limits can be given.

The photo was grainy, blown up to near the resolution limit.

Instead, the seeing, or blur caused by the atmosphere, sets the resolution limit.

The resolution limit is compounded by a distinct lack of brightness as well.

This defines the resolution limit and the basis of visual acuity.

The Dawes resolution limit is more often used in visual double star astronomy.

The resolution limit in 2005 was around 0.05 nanometer and has not increased appreciably since that time.

On the conducting surfaces, the resolution limit is estimated as 2 nm.

Q: Is it wise to use all the spots between these resolution limits for the indexing?

Optical lithography pushed beyond its natural resolution limit has a significant advantage in this regard.

Thus, the resolution limit is usually around λ/2 for conventional optical microscopy.

Reduced the fractint.cfg resolution limit to 2x2 pixels.

In any case, at thirty million kilometers distance, Pearl was at the resolution limit of their best telescopes.

It appears that the resolution limit will be an insertion each three amino acids on average in a target protein.

Blood tests for cancer also have a resolution limit: they detect cancer only when millions of tumor cells are present in the body.

Although the resolution limits of the human retina allow for vision of approximately 20/8, very few, if any individuals approach this limit.

Here, denotes the resolution limit in arcseconds and is in millimeters.

In 2005 the imaging resolution limit for optical microscopes was at about one tenth the diameter of a red blood cell.

Most astronomers say they can still distinguish the two stars when they are closer than Rayleigh's resolution limit.

If the width is larger than the resolution limit, then it is primarily determined by the environment of the absorber.

Due to these limitations, the resolution limit of a light microscope using visible light is about 200 nm.

The reason for this is the k1 parameter is already below 0.6 (corresponding to the Rayleigh resolution limit).

Were the resolution limits chosen correctly?

Electron beam lithography can overcome this resolution limit.