The phrase "available screen" is correct and usable in written English.
It can be used when referring to a screen that is currently free or not in use, often in the context of technology or user interfaces.
Example: "Please select an available screen to start your presentation."
Alternatives: "free screen" or "open screen".
Many media researchers still maintain that viewers gravitate toward the best available screen, defending TV as the medium to beat.
Windows will also show other apps and programs running for additional snapping, and it will even make smart suggestions on filling available screen space with other open apps.
For example, 10 of the available screen backgrounds (wallpaper) are animated; one of them plasters the screen behind your icons with tall blowing grass against a blue sky that actually darkens as the day turns to night.
Our solution to this issue is to use all available screen space for writing.
Compared to the radial layout of the scaffold tree in Fig. 2a, this approach provides a compact representation making optimal use of the available screen space.
A number of decisions are to be taken, such as optimizing the displacement of UI items on the available screen space or selecting an adequate palette of colors.
Elvis Mitchell notes that despite a record number of available screens, many good films never make it to local movie theaters ["Showing on a TV Near You," Sept. 3].
Commercially available screen-printed carbon electrodes (SPCE) have been modified with multiwalled carbon nanotubes (MWCNTs), gold nanoparticles (AuNPs) and polyneutral red (PNR) film.
In this paper we have electrochemically interrogated and characterised a range of commercially available screen-printed electrodes from Zensor, Dropsens and Kanichi with scanning electron microscopy (SEM) and X-ray photoelectron spectroscopy (XPS).
This study is designed to measure the yield stress, thixotropy, and viscosity at different shear rates of commercially available screen-printing pastes and self-prepared pastes by using a rheometer.
This work compares the electroactivity of a conventional carbon paste electrode and non-pretreated commercially available screen-printed carbon electrodes (from Alderon Biosciences, University of Florence and DropSens) towards some benchmark redox couples like hexaammineruthenium (III), ferricyanide, p-aminophenol and hydroquinone.
