The phrase "ac technology" is not correct in standard written English as it lacks clarity and context.
It may be intended to refer to "alternating current technology" or "air conditioning technology," but without context, it is ambiguous.
Example: "The advancements in ac technology have significantly improved energy efficiency in modern appliances."
Alternatives: "alternating current technology" or "air conditioning technology."
He is currently Associate Professor with the college of electrical engineering, WHU, where he has been working on flexible ac transmission technology and power quality control technology.
Within an EH, different forms of energy are converted and conditioned using converter technologies such as transformers, AC, CHP technology, heat exchangers, and absorption chillers.
Half-wavelength alternating current transmission (HWACT) refers to a kind of AC transmission technology whose transmission distance is equal to a half of the wavelength under the fundamental frequency [1].
Gone, too, is all AC-powered technology.
Figure 3 Schematic cross section of AC switch technologies: (a) double mesa, (b) top glass, (c) planar.
Then, knowing that such p-type layers may be easily found in power alternating-current (AC) switch technologies, and knowing that insulation is one of the major issues of this kind of structures, it is interesting to study how porous silicon may bring improvements for such devices.
Clinical application of quantitative AC-EEG technology was tested in different studies and was found clinically useful in the screening for delayed cerebral ischaemia.
We purchased the vector pCMV6-AC (OriGene Technologies, Inc. Rockville, MD, USA) containing wild-type (WT) TNFRSF1A cDNA ready for transfection.
MTDC systems/grids, combining the benefits of AC and DC technologies, offer a potentially game-changing paradigm in HVDC deployment, which can unlock the full potential of this technology, opening the door to new devices and systems, such a DC circuit breakers and FDCTS, that can bring benefits to the security, reliability, performance and economics of tomorrow's network.
In light of these uncertainties, this review presents an independent analysis that focuses on both the scientific and practical aspects of AC-based remedial technology for in situ subsurface remediation by gathering and synthesizing the scientific knowledge and practical lessons from a broad range of contaminant removal processes involving adsorption and/or degradation.
