The phrase "applications of the normal" is correct and usable in written English.
It can be used in contexts related to statistics, mathematics, or any field discussing the normal distribution or normal behavior in various applications.
Example: "The applications of the normal distribution are vast, ranging from finance to natural sciences."
Alternatives: "uses of the normal distribution" or "implementations of the normal model".
The security applications of the normal zone offer users secure services using the secure functions of the secure zone, unlike other applications of the normal zone.
The security applications of the normal zone call the session management API with the user's input data (e.g., PIN, fingerprint) for user authentication.
The NZ-security API is called for security applications of the normal zone in order to make use of the secure functions of the secure zone.
When the security applications of the normal zone request secure services through the NZ communication agent, the secure OS components do not call the interface of the security application in the secure zone, but rather the SZ-security API, which provides secure services for the security applications of the normal zone by calling the secure functions in the secure zone.
The security applications of the normal zone use the NZ-security API to access the secure functions of the secure zone and transmit requests into the secure zone through the TCM API and the NZ communication agent.
The security applications of the normal zone requested the signature generation to the secure zone through inter-domain communication and received the return value and the signature data created from the secure zone through inter-domain communication.
Inventors with time-sensitive applications could obtain faster consideration without slowing down the processing of applications on the normal track.
Another famous early application of the normal distribution was by the British physicist James Clerk Maxwell, who in 1859 formulated his law of distribution of molecular velocities later generalized as the Maxwell-Boltzmann distribution law.
The study of the results revealed that the response of the laminates is significantly influenced by the application of the normal pressure loading.
This behaviour is caused by the low ductility of this alloy (e < 10%) compared to structural steels suggesting the application of the Normal (Principal) Stress Hypothesis (NSH).
The silence of the body that is empowered to give us a "contrary direction" if it does not want the common-law rule to survive is consistent with an application of the normal presumption identified in Taylor and Morissette, supra.
