Vista and Win XP: The dongle is needed if a user doesn't have a registered copy of the software or has a pirated copy.
Wine: The dongle is needed if a user doesn't have a registered copy of the software or has a pirated copy.
Coping speed improvement technologies
Most newer operating systems (Windows, Linux, OS/2, DOS, UNIX, macOS) offer multiple options to increase the number of scanned documents per unit of time (more documents per second):
Using a scanning speed (Ink and Toner) higher than the available from the printer device (most devices have a maximum ink/toner unit)
Using an optical device (a scanner) capable of scanning at a faster scanning speed (Scanners tend to be considerably faster than photocopiers)
Increasing the available scanning volume (voxel effect in case of laser printers)
Using an optical device (a scanner) with a higher resolution (resolution in pixels per inch, ppi)
In the past, the unit of time was pages per second, a standard way to define a new technology of photocopying.
Possible software solutions
Notes
See also
Copy protection
Digital watermarking
References
External links
Computer Base article on electronic documents
List of common document file formats
ISO/IEC 19798-2:2007(E), The Open Document Format
Category:Xerox
Category:Tagged item file formats
Category:History of human–computer interactionMetallic materials are used in a variety of ways, such as in construction of aircraft and vehicles. Although stainless steel is widely used in aircraft and vehicles, new metallic materials are constantly being developed. One such metallic material is a nickel superalloy. Nickel superalloys are useful because they can form excellent wear resistant articles.
Various types of process equipment, such as heat exchangers and injection molding nozzles, are formed from nickel superalloy substrates. Typical applications for such articles include components in gas turbine engines, heating and air conditioning systems, and power generation equipment.
One conventional process for forming articles from nickel superalloy substrates involves welding the substrate to a carrier. The carrier is then removed from the substrate and the article is formed thereon. The substrate is then may be machined and/or heat treated. The carrier is typically a material that is either thermally or physically
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