The phrase "ability to detect explosives" is correct and usable in written English.
You can use it when discussing the capability of a person, device, or system to identify explosive materials.
Example: "The new security system has an enhanced ability to detect explosives, ensuring the safety of all passengers at the airport."
Alternatives: "capability to identify explosives" or "proficiency in detecting explosives".
This assessment is dependent on several factors which are treated as linguistic variables and are input to fuzzy inference system: the ability to detect explosives, the number of detection lines, the effectiveness of the TIP (Threat Image Projection) system and the age of the machine.
"The whole ability to detect explosives is whether the operator correctly samples".
So even if we have matching of bag and passenger, that is not as important as the ability to detect explosives".
But for years, the Federal Aviation Administration has focused on the ability to detect explosives hidden in small electronic devices -- a common tactic for terrorists.
This suggests that a fifth factor can be added to the list of metrics used to influence the ability to detect explosives with fluorescent polymers: Exciton delocalization along the conjugated polymer chain leads to amplified fluorescence quenching and improves sensitivity [ 1 ].
For example dogs, typically employed to detect explosives and drugs, have somewhat variable abilities, but in general their detection range is thought be in the tens of ppb to 500 ppt [36], [37].
Most airports still use dogs to detect explosives.
He stressed the need for better security, including modern equipment to detect explosives.
The dogs will be trained to detect explosives and drugs and perform search-and-rescue operations.
Security officials said the new procedures were the only way to detect explosives hidden under clothing.
They included equipment to detect explosives in packages and vehicles entering Energy Department sites ($12 million); better perimeter barriers and fences ($13 million); and improvements in Energy Department computers, including "firewalls" and intrusion detection equipment and increasing the ability to communicate "critical cyber threat and incident information" ($30 million).
