Introduction to Controlling Phase

What is/are Controlling Phase?

Controlling Phase - In-situ X-ray absorption spectroscopy indicated that PuO2(ncr,hyd) was the solubility-controlling phase during the lifetime of all experiments and that aqueous plutonium was present in the +IV oxidation state across all experimental conditions except at pHm ≈ 1, where a small fraction of Pu(III) was also identified. ^[1] In the PT -unbroken phase both the gain-bandwidth and delay-bandwidth products remain constant over the full range of the controlling phase. ^[2] Nevertheless, a primary challenge in current iron-based NCs chemical synthesis is controlling phase purities between each chalcogen (monochalcogenide, dichalcogenides, and oxides), which requires a comprehensive understanding of the reaction mechanisms at the early stages of nucleation. ^[3] A new weldable Fe-Mn-Cr-Ni-Si seismic damping alloy with high fatigue resistance was developed by controlling phase transformation behaviour during both solidification and fatigue deformation. ^[4] The mechanical characteristics and the operative deformation mechanisms of a metallic alloy can be optimised by explicitly controlling phase stability. ^[5] The size of NPs was tuned over the range of 140-230 nm by controlling phase flow rates and the composition of NPs. ^[6] It is also expected that the DECs will serve as a route to discovering new inorganic functional materials by controlling phase transitions and tuning intrinsic properties of the host materials with applications including, but not limited to, thermoelectrics and solid-state electrolytes for secondary batteries. ^[7] This shows how important headgroup methylation is for controlling phase behaviour and how a change in headgroup methylation can be used to controllably tune various inverse bicontinuous phase features such as their lattice parameter and the temperature range of their stability. ^[8] It consists of the following parts: The initial phase, the planning phase, the execution phase, and finally, the monitoring and controlling phase. ^[9] This work helps determining the circuit key parameters controlling Phase Noise and output integrated RMS Jitter for optimization purposes. ^[10] The diversity of their applications is gradually expanding and departs from the original goal of activity control (ON/OFF, high/low) in homogeneous systems towards controlling selectivity, including stereoselectivity, controlling phase transfer, facilitating catalyst recycling and reuse, and the development of heterogeneous and supported systems. ^[11] The controlling phase controls the processes and threads by suspending/resuming/killing them, modifying their priority, and forcing them to a particular core. ^[12] The ultrafast optical switching of these interactions in SL VSe2 demonstrates the potential for controlling phase transitions in 2D materials with light. ^[13] However, controlling phase separation using a molecular design approach remains challenging. ^[14] In this work, two novel strategies based on an ion-exchange procedure for controlling phase transition engineering (CPTE) are proposed. ^[15] Evidence suggests that inflammatory cytokines, and the interplay between malaria-activated NF-kB-signaling and cell pathways controlling phase 1/2 enzyme genes transcription mediate drug metabolism changes. ^[16] The phase-field simulations reveal that various in-plane heterostructures with single or periodic interfaces can be fabricated by controlling phase segregation through modulation of the scan speed, power, and beam position. ^[17] However, little is known about the chemical and crystallographic mechanisms controlling phase evolution across the spinodal curve and into the binodal regime. ^[18] Our results demonstrate that controlling phase transitions in correlated systems by epitaxial strain offers a radical new approach to create the next generation of Mott devices. ^[19] Understanding and controlling phase transformations in metals and alloys under irradiation is vital to the design of irradiation-tolerant materials. ^[20] Intelligent reflecting surface (IRS), which is capable to adjust propagation conditions by controlling phase shifts of the reflected waves that impinge on the surface, has been widely analyzed for enhancing the performance of wireless systems. ^[21] The water controlling phase is performed using DeepCNN, which is trained with the proposed Sunflower Atom Optimization (SFAO) algorithm. ^[22] Then, we utilized the targeted solubility-controlling phases to conduct solubility measurements. ^[23] Alumina seems to be the rate-controlling phase owing to the improvement in creep resistance by the presence of yttrium and zirconium of the other two phases. ^[24] After filtration of these vulnerabilities, classifying and controlling phase categorize the vulnerabilities according to their severity level with the help of fuzzy analytical analysis process and suggestive measures. ^[25] The demonstrated strategy of reversibly programming 3D shapes by controlling phase change microstructures in the elastic composites offers unique capabilities in fabricating functional devices such as a rewritable "paper" and a shape reconfigurable pneumatic actuator. ^[26] It is generally agreed that intimate mixing of the drug and polymer is necessary to achieve maximum stabilization, and thus understanding the factors controlling phase mixing and nanodomain structure of ASDs is crucial to rational formulation design. ^[27] Furthermore, a novel Eu2+ singly doped phosphate phosphor with multi-color emission can be firstly developed through strictly controlling phase transformation of the host. ^[28] Controlling phase separation in polymer systems has shown significant promise in combining properties of different components into an integrated polymer system. ^[29] STO Garut Feeder Modernization Project was experiencing delays which is caused by the non-conformity project deliverable to project specification during monitoring & controlling phase. ^[30] A novel method of measuring and controlling phase errors in a 2D diffractive beam combiner is demonstrated. ^[31] Meta-surfaces are expected to realize the miniaturization of conventional optical element due to its superb abilities of controlling phase and amplitude of wavefront of incident at subwavelength scale, and in this paper, an efficient spectral confocal meta-lens (ESCM) working in the near infrared spectrum (1300nm-2000nm) is proposed and numerically demonstrated. ^[32] A novel method of measuring and controlling phase errors in a 2D diffractive beam combiner is demonstrated. ^[33] , controlling phase-shifts, controlling frame numbers and suppressing noise, are proposed for better performance of AIA. ^[34] Single alternating light field and micro-controlling phase-shift method are used to synthesize a signal of traveling wave. ^[35] The field, petrography and major–minor trace elements petrochemistry, including rare earth elements with slight negative to no Eu-anomaly, and their chemical patterns cumulatively point out that these amphibolites are ortho-type and sub-alkaline in nature, with quartz tholeiitic magmatic affinity, and the formation due to more of fractional crystallisation and less of 5–25% partial melting of an enriched primordial mantle magma (enriched mid-oceanic ridge basalt – E-MORB), emplaced at a deduced shallow depth of 10–25 km, with the main controlling phases being olivine, plagioclase, clinopyroxene and apatite. ^[36] The leaching results and mineralogical measurement were coupled with geochemical modelling to identify the solubility controlling phases of Al, Si, Ca and Mg. ^[37] The field, petrography and major–minor trace elements petrochemistry, including rare earth elements with slight negative to no Eu-anomaly, and their chemical patterns cumulatively point out that these amphibolites are ortho-type and sub-alkaline in nature, with quartz tholeiitic magmatic affinity, and the formation due to more of fractional crystallisation and less of 5–25% partial melting of an enriched primordial mantle magma (enriched mid-oceanic ridge basalt – E-MORB), emplaced at a deduced shallow depth of 10–25 km, with the main controlling phases being olivine, plagioclase, clinopyroxene and apatite. ^[38] To achieve high efficiency operation, a multiorder reactive-current suppression (MRS) strategy is proposed by controlling phase shift angle as well as the duty cycles of primary and secondary side H-bridges. ^[39] Researchers have developed two optogenetic tools for probing and controlling phase separation in living cells. ^[40] We therefore propose that Fe-rich clay minerals, such as nontronite, as well as phosphates, are the REY-controlling phases in these sediments. ^[41] We, therefore, propose that Fe-rich clay minerals, such as nontronite, as well as phosphates are the REY-controlling phases in these sediments. ^[42] The electronic scanning as well as low side lobe levels are achieved by controlling phase and amplitude of T/R Modules distributed in Active phased Array Radars. ^[43] While the controlling phase takes place during the project through the project monitoring and reporting system. ^[44] By uncovering the key roles of photoexcitations, our results may have important implications for finely controlling phase transitions in transition metal dichalcogenides. ^[45] The motion of an electron is highly relativistic and head-on (180° ) collision of a single counter streaming electron and an intense circularly polarized laser pulse can produce a single ultrashort zeptosecond pulse along θ = 90° by merely using a few-cycle laser pulse with fixed carrier-envelope phase offset Φ0 = 0 without controlling phase φin [5] which is defined as the phase of the laser pulse when the electron enters it. ^[46]

Main Controlling Phase

The field, petrography and major–minor trace elements petrochemistry, including rare earth elements with slight negative to no Eu-anomaly, and their chemical patterns cumulatively point out that these amphibolites are ortho-type and sub-alkaline in nature, with quartz tholeiitic magmatic affinity, and the formation due to more of fractional crystallisation and less of 5–25% partial melting of an enriched primordial mantle magma (enriched mid-oceanic ridge basalt – E-MORB), emplaced at a deduced shallow depth of 10–25 km, with the main controlling phases being olivine, plagioclase, clinopyroxene and apatite. ^[1] The field, petrography and major–minor trace elements petrochemistry, including rare earth elements with slight negative to no Eu-anomaly, and their chemical patterns cumulatively point out that these amphibolites are ortho-type and sub-alkaline in nature, with quartz tholeiitic magmatic affinity, and the formation due to more of fractional crystallisation and less of 5–25% partial melting of an enriched primordial mantle magma (enriched mid-oceanic ridge basalt – E-MORB), emplaced at a deduced shallow depth of 10–25 km, with the main controlling phases being olivine, plagioclase, clinopyroxene and apatite. ^[2]

controlling phase transition

It is also expected that the DECs will serve as a route to discovering new inorganic functional materials by controlling phase transitions and tuning intrinsic properties of the host materials with applications including, but not limited to, thermoelectrics and solid-state electrolytes for secondary batteries. ^[1] The ultrafast optical switching of these interactions in SL VSe2 demonstrates the potential for controlling phase transitions in 2D materials with light. ^[2] In this work, two novel strategies based on an ion-exchange procedure for controlling phase transition engineering (CPTE) are proposed. ^[3] Our results demonstrate that controlling phase transitions in correlated systems by epitaxial strain offers a radical new approach to create the next generation of Mott devices. ^[4] By uncovering the key roles of photoexcitations, our results may have important implications for finely controlling phase transitions in transition metal dichalcogenides. ^[5]

controlling phase transformation

A new weldable Fe-Mn-Cr-Ni-Si seismic damping alloy with high fatigue resistance was developed by controlling phase transformation behaviour during both solidification and fatigue deformation. ^[1] Understanding and controlling phase transformations in metals and alloys under irradiation is vital to the design of irradiation-tolerant materials. ^[2] Furthermore, a novel Eu2+ singly doped phosphate phosphor with multi-color emission can be firstly developed through strictly controlling phase transformation of the host. ^[3]

controlling phase separation

However, controlling phase separation using a molecular design approach remains challenging. ^[1] Controlling phase separation in polymer systems has shown significant promise in combining properties of different components into an integrated polymer system. ^[2] Researchers have developed two optogenetic tools for probing and controlling phase separation in living cells. ^[3]

controlling phase error

A novel method of measuring and controlling phase errors in a 2D diffractive beam combiner is demonstrated. ^[1] A novel method of measuring and controlling phase errors in a 2D diffractive beam combiner is demonstrated. ^[2]

controlling phase shift

Intelligent reflecting surface (IRS), which is capable to adjust propagation conditions by controlling phase shifts of the reflected waves that impinge on the surface, has been widely analyzed for enhancing the performance of wireless systems. ^[1] To achieve high efficiency operation, a multiorder reactive-current suppression (MRS) strategy is proposed by controlling phase shift angle as well as the duty cycles of primary and secondary side H-bridges. ^[2]