The phrase "avalanche effect" is correct and usable in written English.
It is typically used in contexts such as cryptography or finance to describe a situation where a small change in input results in a significant change in output.
Example: "In cryptographic algorithms, the avalanche effect ensures that even a minor alteration in the input will produce a drastically different output, enhancing security."
Alternatives: "domino effect" or "chain reaction".
Our investigation also reveals that, in the absence of effective and practical loss differentiation mechanisms, simply turning on the RTS/CTS could effectively suppress the rate avalanche effect.
The danger for insurers, and ultimately for consumers, is a kind of avalanche effect.
So far, he added, the "avalanche effect" has not happened, and the reparations have aided a "healing process".
This avalanche effect is responsible for the phenomenon of breakdown in insulators and in semiconductors, where it is called the Zener effect.
Avalanche effect, in physics, a sudden increase in the flow of an electrical current through a nonconducting or semiconducting solid when a sufficiently strong electrical force is applied.
If you wanted to trigger an avalanche effect in a market like the Tingle Creek, you might be able to achieve it with a modest sum, if other punters followed you in and odds-compilers reacted to the price change.
The results obtained from Fig. 18 reflect the avalanche effects of these lightweight block ciphers.
In Section 4, trade-off between security and performance of these ciphers is analyzed from different aspects, and the avalanche effects, which show the possibilities to resist possible attacks, are also compared.
Side-branching appears as an essential structural feature of the macropore formation in low-doped Si wafers (side-branching is formed due to avalanche breakdown effect).
The results of this study show that the avalanche multiplication effect can be efficient in improving the radiation performance of Si detectors developed for the sLHC in a limited fluence range, which luckily covers the range expected in the upgraded LHC experiments.
In fact, if UDP is used, retransmissions are managed by the SIP RA of the MSLEE server, and this can cause avalanche restart effects immediately after a full garbage collection (i.e., after the Java heap cleanup).
