The phrase "a disk can be" is correct and usable in written English.
You can use it when discussing the capabilities or characteristics of a disk in various contexts, such as technology or storage.
Example: "A disk can be formatted to store different types of data."
Alternatives: "a disk may be" or "a disk is capable of".
Hard disks can store more data on a given surface area than magnetic tape, and the data on a disk can be read faster.
However, encryption is ineffective under a forensic investigation mainly because the presence of encrypted data on a disk can be easily detected and disk owners can subsequently be forced (by law or other means) to release decryption keys.
For riboflavin (D0 = 4.0 × 10 6 cm/s), the steady state current at a disk can be expressed by the equation as follows: The maximum current is 1.5 nA/μm radius/mM.
Thus, the safety margin of a turbine disk can be enhanced by using the thermal loading imposed on the inner surface.
Typically, the power consumption of a hard disk can be broken down into three major parts: startup, idle, and accessing modes, where each such mode has different power consumption behaviour.
Officials at custom-CD sites said the manufacturing process may occur within seconds of an order being received and that a 70-minute disk can be "burned" in less than 20 minutes; buyers must still wait several days for their order to be delivered via the mail.
Numerical results show that the natural frequencies of a properly channeled disk can be 10 100% higher than those of a uniform disk, depending on the size of the channels.
The issue arising in data access and retrieval can be highlighted with a simple consideration [ 14]: scanning data on a modern physical hard disk can be done with a throughput of about 100 Megabytes/s.
Computing the distance between objects in a graph stored on disk can be very expensive.
A touch-sensitive, circular disk can be set to quickly adjust tools such as changing between brush sizes.
The aim is to move the set of disks to the specified goal configuration in the least number of moves possible, while overcoming two specific restrictions (i.e. a larger disk may not be placed on top of a smaller disk and only one disk can be moved at a time).
