"penetration capability" is correct and usable in written English.
You can use it to refer to the ability of something to enter or penetrate a material or surface. For example: "The new material has remarkable penetration capability, allowing it to pass through solid concrete with ease."
This review focuses on recent findings relating to experimental protocols and cell penetrating peptide modifications or extensions that yield significant effects on penetration capability.
On the other hand, the linearly scaled penetrator at constant energy only shows an increase of about 7% in penetration capability if the impact velocity reaches its optimum value at 2300 m/s.
Radar penetration capability was suddenly increased after concrete reinforcement injection into bank's brine filled fractures and cavities.
Due to the deep penetration capability of both 1040 nm-excitation and NIR emission light, a very large in vivo microscopic imaging depth (∼1.2 mm) was achieved.
A poor percutaneous penetration capability for most topical anti-inflammatory drugs is one of the main causes compromising their therapeutic effects on psoriatic skin.
First, the longitudinal ellipse trajectory which can satisfy both the terminal impact point and angle constraints is designed, and the lateral maneuver trajectory is also generated to improve the penetration capability.
In the current work, we have exploited the expression of MMPs together with the penetration capabilities of a TAT-like peptide to engineer tumor selective adenoviruses.
Due to the high penetration capabilities of neutrons and the high neutron flux of STRESS-SPEC it allows a combined analysis of global texture, local texture, strain pole figure and FWHM pole figure in a wide variety of materials including metals, alloys, composites, ceramics and geological materials.
A new application based on the possibility of detecting the presence of an object on the terrain or just under it, exploiting the penetration capabilities of electromagnetic energy within the soil, which are inversely proportional to the carrier frequency, is analyzed in this paper.
Tantalum greatly increases the armor penetration capabilities of a shaped charge due to its high density and high melting point.
On the other hand, our contrast agent exhibits endothelial penetration capabilities and an excellent distribution in the entire cancer mass as revealed by its adequate distribution near the blood vessel four hour after administration, and the nearly-uniform distribution observed 24 hours post injection.
