"resistance capability" is a grammatically correct phrase that can be used in written English.
You can use it when describing an object or entity's ability to withstand or endure something, such as physical force, pressure, or stress. Example: "The new military vehicle boasts enhanced resistance capability against explosive devices and high-velocity projectiles."
However, the use of block information reduces its tamper resistance capability.
In addition, noise resistance capability of the developed ANN is evaluated with noisy data sets.
Finite-time control has received much attention because it can provide many benefits such as strong robustness and better disturbance resistance capability [3, 4, 61].
Moreover, in the presence of unknown dynamic disturbances and unmodeled dynamics, finite-time control can provide many benefits such as strong robustness and better disturbance resistance capability.
This phenomenon reduced the tensile wave occurred in the interface between layers and delayed the crack propagation, resulting in a higher ballistic resistance capability structure.
Finally, GA based approximate optimization of suspension with optical flying head (OFH) is conducted to enhance the shock resistance capability in addition to dynamic characteristics.
Genetic polymorphism in innate immune genes plays prominent role in disease resistance capabilities in various breeds of cattle and buffalo.
This paper proposes a 5MSB 3LSB technique that uses logistic map and confusion/diffusion and hashing cryptographic techniques to improve tamper detection and resistance capabilities.
Their manufacturability in varying combinations with customized strength properties, also their high fatigue, toughness and high temperature wear and oxidation resistance capabilities render these materials an excellent choice in engineering applications.
Insitu temperature analysis showed that the geopolymer concrete had excellent heat resistance capabilities with temperatures at a depth of 100 mm from the exposed surface ranging between 39 °C and 45 °C after 30 min of fire exposure even though the temperature at exposed surface exceeds 1000 °C.
It is logical that the presence of a photolyase gives B. pumilus UV resistance capabilities that B. subtilis and B. licheniformis lack.
