Translation and analysis of words by ChatGPT artificial intelligence
On this page you can get a detailed analysis of a word or phrase, produced by the best artificial intelligence technology to date:
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What (who) is cylindric sheet guiding surface - definition
![binder clips]] to keep the parchment baking paper from sliding off.](https://commons.wikimedia.org/wiki/Special:FilePath/Baking Sheet Clip (5175179909).jpg?width=200 "binder clips]] to keep the parchment baking paper from sliding off.")
![Visual representation of European [[gastronorm sizes]].](https://commons.wikimedia.org/wiki/Special:FilePath/Gastronorm sizes.png?width=200 "Visual representation of European [[gastronorm sizes]].")
. (BRIT)
![PDB]] file 1GWE at 0.88 Å resolution). a) Front view, showing the antiparallel hydrogen bonds (dotted) between peptide NH and CO groups on adjacent strands. Arrows indicate chain direction, and electron density contours outline the non-hydrogen atoms. Oxygen atoms are red balls, nitrogen atoms are blue, and hydrogen atoms are omitted for simplicity; sidechains are shown only out to the first sidechain carbon atom (green). b) Edge-on view of the central two β-strands in a, showing the righthanded ''twist'' and the ''pleat'' of C<sup>α</sup>s and sidechains that alternately stick out in opposite directions from the sheet.](https://commons.wikimedia.org/wiki/Special:FilePath/1gwe antipar betaSheet both.png?width=200 "PDB]] file 1GWE at 0.88 Å resolution). a) Front view, showing the antiparallel hydrogen bonds (dotted) between peptide NH and CO groups on adjacent strands. Arrows indicate chain direction, and electron density contours outline the non-hydrogen atoms. Oxygen atoms are red balls, nitrogen atoms are blue, and hydrogen atoms are omitted for simplicity; sidechains are shown only out to the first sidechain carbon atom (green). b) Edge-on view of the central two β-strands in a, showing the righthanded ''twist'' and the ''pleat'' of C<sup>α</sup>s and sidechains that alternately stick out in opposite directions from the sheet.")
![Psi-loop motif from [[Carboxypeptidase A]]](https://commons.wikimedia.org/wiki/Special:FilePath/5CPAgood.png?width=200 "Psi-loop motif from [[Carboxypeptidase A]]")
![β-hairpin]] motif](https://commons.wikimedia.org/wiki/Special:FilePath/Beta hairpin.png?width=200 "β-hairpin]] motif")
Wikipedia
Sheet resistance, is the resistance of a square piece of a thin material with contacts made to two opposite sides of the square. It is usually a measurement of electrical resistance of thin films that are uniform in thickness. It is commonly used to characterize materials made by semiconductor doping, metal deposition, resistive paste printing, and glass coating. Examples of these processes are: doped semiconductor regions (e.g., silicon or polysilicon), and the resistors that are screen printed onto the substrates of thick-film hybrid microcircuits.
The utility of sheet resistance as opposed to resistance or resistivity is that it is directly measured using a four-terminal sensing measurement (also known as a four-point probe measurement) or indirectly by using a non-contact eddy-current-based testing device. Sheet resistance is invariable under scaling of the film contact and therefore can be used to compare the electrical properties of devices that are significantly different in size.
