Introduction to Unique Phase

What is/are Unique Phase?

Unique Phase - Each element is modeled by its unique phase response and will modify the wave front at different location for the reflected wave. ^[1] We also identified two new phase-variable modA alleles – modA15 and modA18 – and demonstrate that these alleles methylate distinct DNA sequences and control unique phasevarions. ^[2] We propose a novel non-Boolean approach that leverages the unique phase dynamics of coupled relaxation oscillators to solve the computationally intractable maximum independent set (MIS; largest sub-graph having no connected vertices) problem in graphs (Fig. ^[3] Organic semiconductor-insulator blend films are widely explored for high-performance electronic devices enabled by unique phase-separation and self-assembly phenomena at key device interfaces. ^[4] The use of a unique phase for describing belite (β-polymorph) and improper peak shape modelling could explain the problems found for implementing ASTM C1365 in some cement manufacturing plants. ^[5] Taken together, these experiments and model lay the groundwork for future research in programmable self-assembly, enabling the possibility of programming the hundreds of specific interactions needed to assemble fully-addressable, mesoscopic structures, while also expanding our fundamental understanding of the unique phase behavior possible in colloidal suspensions. ^[6] The first observation is when tags are nearby, their interrogated currents can change each other’s circuit characteristics, based on which unique phase features can be obtained from backscattered signals. ^[7] It relies heavily on the user to choose a threshold(s) that distinguishes unique phases present in the rock microstructure. ^[8] For the representation of digital signals, QPSK uses four unique phases. ^[9] Their unique phase behaviors highlight remarkable effects of molecular architectures on the formation of nanostructures. ^[10] This unique phase of the material allows for both pathway dependent and pathway independent growth phenomena, as appropriately tuning the experimental conditions enables the formation of morphologically equivalent nanoparticle lattices that are generated through different intermediate states (pathway independent structures), or kinetically preprocessing a material to yield unique thermodynamic arrangements of particles once fully annealed (pathway dependent structures). ^[11] Experiments conducted on two subjects suggest that a 16-target BCI created by four unique frequencies and 16-unique phases provide the best performance. ^[12] The fluid exhibits unique phase changes between solid and liquid states, great impact resistance in its solid state, and strong hysteresis effects. ^[13] They exhibit unique phase behavior with H2O: miscible with water in the absence of CO2 but immiscible with water in the presence of CO2 at room temperature and ambient pressure. ^[14] High entropy alloys (HEAs) are of great interest in the community of materials science and engineering due to their unique phase structure. ^[15] Biological stimuli-responsive DNA hydrogels have attracted much attention in the field of medical engineering owing to their unique phase transitions from gel to sol through cleavage of DNA cross-linking points in response to specific biomolecular inputs. ^[16] Although Vanadium dioxide (VO2) has a potential application value for smart energy efficient windows because of its unique phase transition characteristic, there are still many obstacles that need to be overcome. ^[17] The common practice of flash cooling may inhibit access to thermodynamic products and unique phases. ^[18] To optimize the converter performance, a unique phase-shift and frequency hybrid modulation scheme are proposed. ^[19] This integration provides a unique phase profile to the AMS lens, thus introducing appropriate phase correction to the incident orthogonally polarized spherical EM waves along their respective polarization direction. ^[20] Four unique phases of the learning curve were derived using cumulative sum analysis: the mean OT of phase I (the initial learning curve of 20 cases) was 86. ^[21] Based on the results, a model of precursor assisted crystallization is proposed to illustrate this unique phase behavior. ^[22] These CS masers join a growing list of rarely-detected maser transitions that may trace a unique phase in the formation of high-mass protostars. ^[23] As x decreases, the ground state changes to a short-range-ordered state, implying a unique phase transition from the antiferroelectric state to the antiferroelectric-relaxor state. ^[24] This technique uses unique phase sequences. ^[25] Importantly, this unique phase‐transition habit enables the achievement of transparent nanoceramics and even smooth fibers with extremely tiny crystalline size (≈20 nm) and high crystallinity (≈97%) under atmospheric pressure. ^[26] Copolymer is a good candidate used for construction of such hierarchically porous structures, resulting from its tunable segment composition, unique phase separation, and self-assembly, etc. ^[27] This unique phase-matching strategy is in principle applicable to any χ (2)- and χ (3)-waveguide chip, qualifying them as broadband frequency converters which will have wide applications in nonlinear optics and quantum optics. ^[28] This method showed the existence of a reduced number of unique phase-synchronised states during the performance of motor imagery tasks using novel stimuli; schematic faces showing different emotions (“emoticons”). ^[29] A detailed analysis based on the formation mechanism of the spheres is performed to explain the unique phase transformation behavior of these materials. ^[30] We currently face a unique phase in the global biodiversity crisis because of massive introductions of non-native species into greatly altered ecosystems. ^[31] In this study, we present a new method for classifying cones based on their unique phase response to flashes of quasi-monochromatic light. ^[32] The system exhibits a unique phase transition between a “single colour” tiling pattern at high temperatures, where the perfluoroalkyl and the carbosilane chains are mixed in the square cells, to a “two-colour” or “chessboard” tiling where the two chain types segregate in their respective cells. ^[33] Such unique phase separation behavior was never observed in steady-state heating of an aqueous PDEA solution above its LCST. ^[34] This yields a unique phase diagram where the second-order phase transition line terminates at a tricritical point followed by 2 first-order lines reaching quantum critical end points as T→ 0. ^[35] Further, we construct a unique phase space plot of normalized energy, power that gives a compact representation of quantitative and qualitative trend of the degradation state of the system, as well as available power and energy. ^[36] By exciting one of four input ports, the proposed $4\times 4$ Nolen matrix generates four unique phase differences at its output ports, which are 0°, +180°, +90°, and −90°, respectively. ^[37] In contrast, for LSMO-40 the R3C structure was discerned as the unique phase independent of milling time. ^[38] The learning curve for the Op time, WIT, and EBL consisted of 3 unique phases: phase 1 (the first 7 cases), phase 2 (the next 5 to 7 cases), and phase 3 (all subsequent cases). ^[39] As many as eight unique phases are identified for each system along the radial plane. ^[40] Here we investigated the unique phase and dispersion characteristics of alkylamine/alkylacid encapsulated silver nanocolloids (AgNCs) that allowed the production of ultrafine metal wiring using the. ^[41] X-ray diffraction (XRD) analyses allowed determining the structural phases of the magnetic additives: CI and IF are constituted by Fe-α phase, the ferrite of MnZn has an unique phase, and the two ferrites of LaCa-Co and LaCa-Ti have the same phase in the presence of different metallic oxides. ^[42] In this article, a unique phase change redox (PCR) system capable of converting surplus electricity to sensible, latent, and thermochemical energy is proposed as an alternative technology for utility-scale energy storage. ^[43] Directed energy deposition, an additive manufacturing process that uses a high powered laser to melt blown metallic powder, introduces large gradients and sensitivity in thermal histories within a built component that lead to unique phase transformations, microstructures, residual stress and anisotropic mechanical behavior. ^[44]

Fmy Unique Phase

For the representation of digital signals, QPSK uses four unique phases. ^[1] Four unique phases of the learning curve were derived using cumulative sum analysis: the mean OT of phase I (the initial learning curve of 20 cases) was 86. ^[2] By exciting one of four input ports, the proposed $4\times 4$ Nolen matrix generates four unique phase differences at its output ports, which are 0°, +180°, +90°, and −90°, respectively. ^[3]

Exhibit Unique Phase

The fluid exhibits unique phase changes between solid and liquid states, great impact resistance in its solid state, and strong hysteresis effects. ^[1] They exhibit unique phase behavior with H2O: miscible with water in the absence of CO2 but immiscible with water in the presence of CO2 at room temperature and ambient pressure. ^[2]

unique phase behavior

Taken together, these experiments and model lay the groundwork for future research in programmable self-assembly, enabling the possibility of programming the hundreds of specific interactions needed to assemble fully-addressable, mesoscopic structures, while also expanding our fundamental understanding of the unique phase behavior possible in colloidal suspensions. ^[1] Their unique phase behaviors highlight remarkable effects of molecular architectures on the formation of nanostructures. ^[2] They exhibit unique phase behavior with H2O: miscible with water in the absence of CO2 but immiscible with water in the presence of CO2 at room temperature and ambient pressure. ^[3] Based on the results, a model of precursor assisted crystallization is proposed to illustrate this unique phase behavior. ^[4]

unique phase transition

Biological stimuli-responsive DNA hydrogels have attracted much attention in the field of medical engineering owing to their unique phase transitions from gel to sol through cleavage of DNA cross-linking points in response to specific biomolecular inputs. ^[1] Although Vanadium dioxide (VO2) has a potential application value for smart energy efficient windows because of its unique phase transition characteristic, there are still many obstacles that need to be overcome. ^[2] As x decreases, the ground state changes to a short-range-ordered state, implying a unique phase transition from the antiferroelectric state to the antiferroelectric-relaxor state. ^[3] The system exhibits a unique phase transition between a “single colour” tiling pattern at high temperatures, where the perfluoroalkyl and the carbosilane chains are mixed in the square cells, to a “two-colour” or “chessboard” tiling where the two chain types segregate in their respective cells. ^[4]

unique phase response

Each element is modeled by its unique phase response and will modify the wave front at different location for the reflected wave. ^[1] In this study, we present a new method for classifying cones based on their unique phase response to flashes of quasi-monochromatic light. ^[2]

unique phase change

The fluid exhibits unique phase changes between solid and liquid states, great impact resistance in its solid state, and strong hysteresis effects. ^[1] In this article, a unique phase change redox (PCR) system capable of converting surplus electricity to sensible, latent, and thermochemical energy is proposed as an alternative technology for utility-scale energy storage. ^[2]

unique phase separation

Copolymer is a good candidate used for construction of such hierarchically porous structures, resulting from its tunable segment composition, unique phase separation, and self-assembly, etc. ^[1] Such unique phase separation behavior was never observed in steady-state heating of an aqueous PDEA solution above its LCST. ^[2]

unique phase transformation

A detailed analysis based on the formation mechanism of the spheres is performed to explain the unique phase transformation behavior of these materials. ^[1] Directed energy deposition, an additive manufacturing process that uses a high powered laser to melt blown metallic powder, introduces large gradients and sensitivity in thermal histories within a built component that lead to unique phase transformations, microstructures, residual stress and anisotropic mechanical behavior. ^[2]