The phrase "achieve carrier" is not correct in written English.
It seems to be a misunderstanding or misphrasing, as "achieve" typically does not pair with "carrier" in this context.
Example: "To achieve a successful career, one must set clear goals and work diligently towards them."
Alternatives: "attain a career" or "reach a career goal."
The left part of the figure shows the case when the transmitting power of FAPs are adjusted to achieve (carrier to interference and noise ratio) at radius, which could correspond, for example, to the house boundaries.
The summary of the research carried out to achieve carrier synchronization, timing synchronization, and joint timing and carrier synchronization in multi-carrier SISO communication systems is given in Tables 5, 6, and 7, respectively.
Traditionally inorganic semiconductors use doping to achieve carrier selectivity at the contacts.
We illustrate our technique with electrolyte-gated strontium titanate, whose mobility when protected with boron nitride improves more than 10-fold while achieving carrier densities nearing 10(14) cm -2).
The summary of the research carried out to achieve timing and carrier synchronization in single-carrier AF-OWRN is given in Table 10: 1. Estimation or compensation of timing offset alone and frequency offset alone is studied in [206, 215, 216] and [19], respectively.
The researchers called this improved method "off-center spin coating". The process remains experimental, and the engineers cannot yet precisely control the alignment of organic materials in their transistors or achieve uniform carrier mobility.
This ability to achieve controlled carrier degradation and cargo release makes these capsules of potential interest for drug and gene delivery.
The energy band engineering by applying strain makes halide CH3NH3GeI3 to gain suitable band gap, achieve high carrier mobility and absorption coefficients to become promising material for photovoltaic application.
Secondly, to search and fabricate new materials may be another possible methodology to achieve high carrier mobility 2D materials.
The analog phase-locked loop (PLL) using feedback control is to achieve the carrier and phase synchronization.
For n-type doping, the DtBSe line pressure was adjusted from 0 to 0.4 Torr to achieve different carrier densities [4].
