Sentence examples for fall on the surface from inspiring English sources

All diffracted rays fall on the surface of a half-cone whose cone axis is parallel to the grating grooves.

The large number of lumens from the light source that will fall on the surface of the room on every square feet (sq ft) would affect the value of illumination in the room.

"Once the diamonds fall on the surface of a polymer epoxy, and that polymer cures, the diamonds are fixed in their position, fixed in their orientation, and it's actually the orientation of those diamonds that we developed a technology that allows us to read those angles very quickly," Gaathon told TechCrunch.

However, it was not reported whether the shoulders were dislocated by the forward pull of the tow-rope or during the fall, because it is not easy to imagine how a fall on the surface of the water would dislocate both shoulders.

Surface fish rarely display this behavior as it attracts the attention of predators; however, in the context of a lightless cave environment, where starvation is a far bigger threat, this behavior is likely to be adaptive as it aids in catching insects that fall on the surface of the water [ 8].

By substitute of water with liquid desiccant, the vase or sphere with falling film on the surface can act as a moisture receptacle which removes moisture at high humidity and releases moisture at low humidity.

As carbon falls on the surface of an electrode, Dr. Ajayan said, it tends to form islandlike structures.

But those materials don't work so well if rather than falling on the surface, water condenses directly within the nooks and crannies.

But Mr. Petraco, who has decades of experience with the New York Police Department crime lab and is now a professor at John Jay College of Criminal Justice, looked at what the painting contained: the dust, hairs, fibers or other detritus that might have fallen on the surface and under the paint.

This flow of energy consists of two basic modes of energy exchange: (1) the radiation of long-wavelength and short-wavelength electromagnetic energy (i.e., infrared and ultraviolet light) and (2) the transfer of heat energy associated with evaporation and condensation, with convection between the air and the surface, and (to a lesser extent) with precipitation falling on the surface.

When UV light falls on the surface of Fe3O4 TiO2 Ag, photogenerated electrons and holes are generated.