The phrase "advanced frequency" is correct and usable in written English.
It can be used in contexts related to technology, telecommunications, or scientific discussions where a higher or more sophisticated frequency is being referenced.
Example: "The new device operates on an advanced frequency that enhances signal clarity and reduces interference."
Alternatives: "high frequency" or "sophisticated frequency".
Singh׳s Advanced Frequency Evaluation (SAFE) diagram, or interference diagram, also introduces shape matching in addition to the frequency, for resonance prediction, therefore many frequency matching cases can be identified as non-critical and thus tolerated.
We might have made eye contact, we might not have—there is a very good chance she actually looked through me, because I assume the ultra-famous do not actually see the non-famous, who presumably vibrate on a less advanced frequency than theirs.
In this paper two advanced frequency-domain estimators, the advanced least squares complex frequency estimator and the advanced maximum likelihood estimator will be presented to deal with short and noisy data records for applications in the field of modal analysis.
Rasmussen said Boeing's first project under the new contract will be an advanced, high frequency communications integration study costing a projected $1.2 million.
Demonstrate new techniques for advanced high frequency power conversion, rising semiconductor technologies (e.g., GaN), new circuit designs, improved passive components, and advance materials and material characterization techniques.
Wireless mesh networks provide cost-effective coverage and high network performance by utilising advanced radio frequency technology such as multiple channel multiple radio (MCMR).
High performance nanometer NiSi2-Si Schottky barrier diode arrays (SBDA) with various isolation designs, including poly Si gate (PSG) and resist protection oxide (RPO), are developed for advanced radio frequency applications.
The system will be used to interconnect and compare new advanced optical-frequency references (such as Ca, Hg, and others) and eventually to connect these references to the Cs primary frequency standard.
There is an increasing need for development of advanced radio-frequency (RF) pulse techniques in modern magnetic resonance imaging (MRI) systems driven by recent advancements in ultra-high magnetic field systems, new parallel transmit/receive coil designs, and accessible powerful computational facilities.
On that basis, an advanced gas cloud frequency distribution is to be introduced continuously, which is the ultimate goal of this series work.
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