"evacuation rate" is a correct and commonly used phrase in written English.
It refers to the speed or pace at which people or things are evacuated from a certain area or situation. It is often used in emergency situations, such as natural disasters or building evacuations. Example: "The evacuation rate for the hurricane-affected area was faster than expected, with all residents safely relocated within 24 hours."
We have examined the relationship between rescue personnel and evacuation rate.
In our experiments, it is also shown that the small number of rescue personnel has less effect on evacuation rate than the larger number of rescue personnel.
In the current study, a malfunctioning experimental ejector is studied numerically to reveal the source of low evacuation rate from a suction chamber.
These are analysed to show how some of these methods are dependent upon experimental features such as the evacuation rate at the catalyst surface, the size of the catalyst sample.
Finally, experiments are conducted to demonstrate the effect of various crowd evacuation management parameters on the key performance indicators in the evacuation scenario such as crowd evacuation rate and densities.
This study is designed to identify factors that can increase the hematoma evacuation rate (ER) of this procedure and to evaluate the influence of ER on long-term outcome.
Unfortunately, the current medical treatment with misoprostol alone has complete evacuation rates between 53% and 87%.
Evidence of violation of a basic assumption concerning stomach evacuation rates.
Research on evacuation response rates for hurricane-based evacuations in the United States found that evacuation rates ranged between 33-97% during the same hurricane, with an average of 47.5% (Baker 1991).
According to a survey conducted by the United States Department of Commerce, evacuation rates were estimated as follows; 45% in the Outer Banks, 23% in the area around the Pamlico Sound, 23% in Virginia, and about 15% in Maryland.
The different numbers of upper and lower beaks may be due to different digestion rates or different evacuation rates.
