Traductions en contexte français - anglais

accommodation is thus from the punctum remotum to the punctum proximum.

The range of accommodation is thus from the punctum remotum to the punctum proximum.

For example for -3 diopters it is 0.33 m, for -5 diopter the punctum remotum is 0.20 m.

For example for -3 diopters it is 0.33 m, for -5 diopter the punctum remotum is 0.20 m.

In myopics who are not wearing their spectacles the loss of accommodation can be compensated for by the fact that the far point is nearer.

In myopics who are not wearing their spectacles the loss of accommodation can be compensated for by the fact that the far point is nearer.

For the myopic eye, the far point is situated in front of the retina, at a finite distance; this excess of strength is corrected by means of concave lenses.

On the other hand the fartherest point upto which the eye can see the object clearly is called the far point of the eye and it is infinity for a normal eye.

For a normal eye the punctum remotum (which is the farthest point of the eye that can be seen clearly) is at infinity.

For a normal eye the punctum remotum (which is the farthest point of the eye that can be seen clearly) is at infinity.

For a normal eye the punctum remotum (which is the farthest point of the eye that can be seen clearly) is at infinity.

For example for -3 diopters it is 0.33 m, for -5 diopter the punctum remotum is 0.20 m.

For example for -3 diopters it is 0.33 m, for -5 diopter the punctum remotum is 0.20 m.

The converging lens device is positioned with a certain interval from the far point (F) of the emmetropic (possibly ametropic eye) (1), interval which is equal to once to twice the focal distance (f1) of the first converging lens device (4).

Between the diaphragm (5) and the first converging lens device (4) there is provided on the examiner side a second interval or distance larger than the double of the focal distance (f1) so that the diaphragm (5) appears smaller at the far point (F).