camera lens
photographic lens
photographic objective

First, it is important to understand the difference between looking at someone with two eyes and through a single camera lens.

They slowly moved all over her, like camera lenses, taking in.

She reached toward the camera lens and turned it to one side.

But the same camera lens that worked for the movement could also work against it.

Each time, the woman was looking down at the floor, as if to avoid the camera lens.

"The camera lens is actually going to make him look smaller there."

The faces came at me as if I were a camera lens.

She took a deep breath, looked into the camera lens, and began.

The face came into view, looked at the camera lens, and then smiled.

He stared at the camera lens for a long moment.

She turned from the window and stared up at the camera lens.

He tried a smile, right into the camera lens, but it didn't feel very successful.

The man next to him stared directly into the camera lens.

Camera lens is now more flush with the phone's face.

Double vision came and went like a camera lens that wouldn't hold its focus.

A camera lens can provide sharp focus on only a single plane.

Then, without warning, the lights went out in the camera lenses.

"That must have been when you were talking about camera lenses with the photographer," she said.

She took a quick look at her father and then gazed into the camera lens again.

I need to know the focal length of the camera lens.

There was a camera lens in the wall next to the molding.

She opened her hand and flung the dust at the camera lens.

Image stabilization is also used in video and camera lenses.

But there's usually something depressing about watching the show through a video camera lens.

Every film with any hope of acclaimed success needed an eye that saw all life as through a camera lens.

Photographic lenses and equipment are designed around the film to be used.

The scopes have been known to break, they say, but I haven't heard similar reports about photographic lenses.

These glasses were used in the construction of high-quality photographic lenses.

The basic lens type is one of the most developed and utilized photographic lenses.

Photographic lenses and the human eye work in the same way, therefore perspective projection looks most realistic.

Many photographic lenses produce a superior image in the center of the frame than around the edges.

In practice, not all photographic lenses are capable of achieving infinity focus by design.

Photographic lenses also include those used in enlargers and projectors.

Consequently a rectilinear photographic lens cannot image more than 180 degrees.

Generally, a long focus photographic lens is necessary due to the greater distance between the photographer and the target aircraft.

All modern photographic lenses are close to being anastigmatic.

The focusing screen is where the photographic lens image is projected.

Photographic lens and film resolution are most often quoted in line pairs per millimeter.

Tamron is a third party vendor of photographic lenses, quality among them varies a lot.

The aperture of a photographic lens is a hole that can be adjusted to different sizes.

An analogous device in a photographic lens is called an iris diaphragm.

For example, most photographic lenses are made of glass and will filter out most ultraviolet light.

As in a photographic lens, visual acuity is affected by the size of the pupil.

The name of this Group is derived from a diaphragm number of the photographic lens.

Virtually all good quality photographic lenses since circa 1930 are anastigmat corrected.

"Demons and spirits can be seen through some photographic lenses, even when they're almost invisible to the naked eye.

Most photographic lenses designed for film cameras cannot be adapted to work on 3-chip video cameras.

Secondary lenses are typically simpler in mechanical design than other photographic lenses.

In addition to an aperture stop, a photographic lens may have one or more field stops, which limit the system's field of view.

The new Jena optical glass also opened up the possibility of increased performance of photographic lenses.

However, in lenses, dispersion causes chromatic aberration, an undesired effect that may degrade images in microscopes, telescopes and photographic objectives.

The best telescope objectives, and photographic objectives intended for three-color work, are also apochromatic, even if they do not possess quite the same quality of correction as microscope objectives do.

One of the lenses is the photographic objective or "taking lens" (the lens that takes the picture), while the other is used for the viewfinder system, which is usually viewed from above at waist level.

Camera lenses (usually referred to as "photographic objectives" instead of simply "objectives") need to cover a large focal plane so are made up of a number of optical lens elements to correct optical aberrations.

A camera lens (also known as photographic lens or photographic objective) is an optical lens or assembly of lenses used in conjunction with a camera body and mechanism to make images of objects either on photographic film or on other media capable of storing an image chemically or electronically.

Mandler was Head of Optical and Mechanical design at Leitz Canada (ELCAN) for 20 years "during which time he was involved in the design of over 400 lenses, including many photographic objectives, as well as lenses for movie taking, movie projection, laser scanning, and other speciality optics.

On this account the lines D and G' are united for ordinary photographic objectives; the optical as well as the actinic image is chromatically inferior, but both lie in the same place; and consequently the best correction lies in F (this is known as the actinic correction or freedom from chemical focus).