Examples of 'grids can' in a sentence
Meaning of "grids can"
grids can: Indicates the ability or capacity of grids to perform certain functions or tasks. This phrase suggests that grids have the potential or capability to do something
How to use "grids can" in a sentence
Basic
Advanced
grids can
Up to fi ve grids can be used at the same time.
Due to the precise technology exactly the same grids can be produced.
Grids can also greatly facilitate this.
Many adjacent grids can form a group.
Grids can be imported from external files.
The holes of the grids can be replaced by slots.
Grids can be viewed as a unit.
The quadrats in the grids can be sampled from outside.
Grids can be affected.
The colors for the grids can be independently selected.
Grids can give you the focus to create something simple and timeless.
Improper use of the grids can result in damage to the hob.
The higher this number, the finer the grids can be done.
The grids can be cleaned as usual in soapy water.
For difficult types of debris, filter surfaces of plastic or grids can be used.
See also
Up to five grids can be used at the same time.
From an energy security perspective, parallel gas and electricity grids can be complementary assets.
Turmites on other grids can be specified in a similar fashion.
As previously noted, the alloys used for the negative grids can be varied as desired.
Additional grids can be envisioned to cause to product to evolve.
Incidence assessment, detailed analysis The completed grids can be found in annexes.
Nested grids can be used to represent a tree structure.
In this case, the second structured grids can be of CPG type for example.
Smart grids can also help to better integrate renewable energy.
Miniature, high-resolution light grids can be used for small parts counting.
These grids can be used for single panels or a series of panels.
FIG . 7 illustrates an example of how grids can be combined.
The positive grids can be pasted and cured by known techniques.
Grids can restrict creativity because designers feel “ locked in ” to specific shapes or patterns.
Slicing plates and dicing grids can be mounted in the following combinations.
Grids can be monitored with laptops, smartphones and other devices via the internet.
Focussing electrodes and grids can be inserted between the cathode and the anode.
Grids can be many shapes, but the most common are rectangular, round, or oval.
Integration with other grids can lower the effective concentration of variable power.
The grids can be polyester open mesh fabrics or other plastics materials.
The front and side grids can be vacuum-cleaned or cleaned with a brush.
Grids can be written in double precision ( binary and ASCII ).
Additionally, battery grids can also be continuously formed by expanded metal fabrication techniques.
Such grids can readily be bent to conform to the required curvature.
Thus, such grids can cope with higher power variations.
The grids can be one color or three-color ones.
Many local power grids can not supply electricity, and solar lights solve power problems.
Crystal grids can be more powerful than using just a single crystal for an intended goal.
For TEM analysis the sample grids can be transferred to a Hitachi HF2000 transmission electron microscope.
The grids can be used with the Generic Mapping Tools ( GMT ) system.
In this variant, the grids can be of Nb and have a thickness of 0.2 micrometer.
Thus, thick grids can be cooled to room temperature more slowly than thinner grids.
