Geopoliticians sought to understand how the new industrial capabilities of transportation, communication, and destruction most notably railroads, steamships, airplanes, telegraphy, and explosives interacting with the largest-scale geographic features of the Earth would shape the character, number, and location of viable security units in the emerging global international system.
Two novel biometric flow slabs, BFF1 and BFF2, which are addressed in this study, are believed to enhance the capability of oxygen transportation and promote the liquid water removal.
The pot is required to provide sufficient cooling capability in case of transportation malfunction.
This paper proposes a holonic cooperative fault diagnosis approach, along with a generic architecture, to increase the embedded diagnosis capabilities of complex transportation systems.
The growth in scientific findings that occurred in the past few decades prompted and facilitated considerable growth in product development, the effectiveness of engineering technologies, and the variety and capabilities of manufacturing, transportation, and information and communication technologies.
The performance of the transportation system under complicated environmental conditions (e.g. wind) is critical to the hazard resistance capability of the whole transportation system, and thus should be well assessed.
The latest advances to solve this problem include the use of new on-board location systems that should increase the capability of the rail transportation and hence, its efficiency, decreasing infrastructure the costs.
Both experimental and computational perspectives confirmed that S-doping in SC3N4 can modify its electronic structure, reflected by the elevated conduction and valence band levels, as well as the improved transportation capability of photogenerated electrons.
Moreover, the bromine modification and porous structure can narrow the band gap, enhance the transportation capability of photogenerated electrons, improve the optical and conductive properties of CN, thus contribute to an outstanding H2 evolution rate under visible light irradiation (120 μmol h−1), which is about 3.6 times higher than pure CN.
A strong effect of gender emerged, such that women regard hearing capability as more important for all modes of transportation.
