"We will go back when the situation becomes stable ... I hope it will be over soon," he said.
|
|
"We will go back when the situation becomes stable ... I hope it will be over soon," he said.
|
|
It will likely take a while until it becomes stable enough to even be considered as a risk-off asset.
|
|
"As soon as the environment becomes stable again, the habit starts to reassert itself" unless there is a "powerful reward" to the new behavior.
|
|
Anyone who discusses Afghanistan with Chinese officials becomes equally aware that China wants to keep its role to a minimum, at least until Afghanistan becomes stable enough to serve as a source of resources.
|
|
In its fully ionized state, the isotope 205Pb also becomes stable.
|
|
The signal triggers beam blanking and a sweep retrace sooner than it would occur free-running, and the display becomes stable.
|
|
PDP usually progresses for 5 to 20 years, until it becomes stable. Life expectancy may be normal, despite patients getting many functional and cosmetic complications, including restricted motion, neurologic manifestations and leonine facies.
|
|
Diamond is thermodynamically stable at high pressures and temperatures, with the phase transition from graphite occurring at greater temperatures as the pressure increases. Thus, underneath continents it becomes stable at temperatures of 950degrees Celsius and pressures of 4.5 gigapascals, corresponding to depths of 150kilometers or greater. In subduction zones, which are colder, it becomes stable at temperatures of 800 °C and pressures of 3.5gigapascals. At depths greater than 240 km, iron-nickel metal phases are present and carbon is likely to be either dissolved in them or in the form of carbides.
|
|
At greater depths, the ice crystal structure changes from hexagonal to cubic, and the air molecules move inside the crystals, in a structure called a clathrate. The bubbles disappear, and the ice becomes stable again.Uchida et al. (1994), p. 302.
|
|
There are several ways users learn interface objects and actions such as demonstrations, sessions, or trial and error sessions. When these objects and actions have logical structure that can be related to other familiar task objects and actions, this knowledge becomes stable in the user's memory.
|
|
Each release cycle is about 6 weeks, incorporating the latest release of Chromium and Blink along with other features and APIs ready at the time. New releases are labeled "Canary" (potentially unstable and higher risk). After validation, a level of quality is reached and the version is labeled "Beta". With further testing it becomes "Stable".
|
|
A person becomes stable and starts to give back by raising a family and becoming involved in the community. The eighth stage is "Ego Integrity vs. Despair". When one grows old, they look back on their life and contemplate their successes and failures. If they resolve this positively the virtue of wisdom is gained.
|
|
Marine Biology 136(1): 91–99. Hatchlings go through a brief planktonic stage where they remain close to the surface of the water for the first 2-3 days and then eventually disperse throughout the water column. These hatchlings average 2.5 mm in size and 2.9 mg in weight. Mortality is high during the first week (up to 90%) but becomes stable afterwards.
|
|
The most common reference to gravitational compression is stellar evolution. The Sun and other main-sequence stars are produced by the initial gravitational collapse of a molecular cloud. Assuming the mass of the material is large enough, gravitational compression reduces the size of the core, increasing its temperature until hydrogen fusion can begin. This hydrogen-to-helium fusion reaction releases energy that balances the inward gravitational pressure and the star becomes stable for millions of years.
|
|
The flow is completely unidirectional for low Dean numbers (De < 40~60). As the Dean number increases between 40~60 to 64~75, some wavy perturbations can be observed in the cross-section, which evidences some secondary flow. At higher Dean numbers than that (De > 64~75) the pair of Dean vortices becomes stable, indicating a primary dynamic instability. A secondary instability appears for De > 75~200, where the vortices present undulations, twisting, and eventually merging and pair splitting.
|
|
The term distancing is also applied as an attachment style. Attachment theory is a theory describing the formation of emotional bonds between people and the effects of a person's attachment history on emotion regulation and other aspects of personality. Studies have shown that a person's attachment style (secure, anxious, or avoidant) becomes stable with age. Attachment style is assessed by what kind of insecurity an individual has, either through attachment-related anxiety or attachment-related avoidance (distancing).
|
|
This is opposite of the shear thinning effect where the suspension is initially in the state of flocculation and becomes stable when a stress is applied. Shear thickening behavior is highly dependent upon the volume fraction of solid particulate suspended within the liquid. The higher the volume fraction, the less shear required to initiate the shear thickening behavior. The shear rate at which the fluid transitions from a Newtonian flow to a shear thickening behavior is known as the critical shear rate.
|
|
Over a depth range known as the brittle ice zone, bubbles of air are trapped in the ice under great pressure. When the core is brought to the surface, the bubbles can exert a stress that exceeds the tensile strength of the ice, resulting in cracks and spall. At greater depths, the air disappears into clathrates and the ice becomes stable again.. At the WAIS Divide site, the brittle ice zone was from 520 m to 1340 m depth., pp. 20–21.
|
|
In 1965, John H. Goncz showed that the plasma resistivity in flashtubes is inversely proportional to the square root of current density. As the arc develops, the lamp experiences a period of negative resistance, causing both the resistance and voltage to decrease as the current increases. This occurs until the plasma comes into contact with the inner wall. When this happens, the voltage becomes proportional to the square root of current, and the resistance in the plasma becomes stable for the remainder of the flash.
|
|
In the latter case, it significantly increases the acidity of a molecule: the anion formed after giving the proton off becomes stable as a result. Consider acetic acid and its mono-, di-, and trifluoroacetic derivatives and their pKa values (4.74, 2.66, 1.24, and 0.23); in other words, the trifluoro derative is 33,800 times stronger an acid than acetic. Fluorine is a principal component of the strongest known charge-neutral acid, . There is evidence for an even stronger acid, , but it has not proved isolable.
|
|
Temperature decreases with depth with sound speed decreasing accordingly until temperature becomes stable and pressure becomes the dominant factor. The axis of the SOFAR channel lies at the point of minimum sound speed at a depth where pressure begins dominating temperature and sound speed increases. This point is at the bottom of the thermocline and the top of the deep isothermal layer and thus has some seasonal variance. Other acoustic ducts exist, particularly in the upper mixed layer, but the ray paths lose energy with either surface or bottom reflections.
|
|
The self-assembly is governed by the normal processes of nucleation and growth. Small assemblies are formed because of their increased lifetime as the attractive interactions between the components lower the Gibbs free energy. As the assembly grows, the Gibbs free energy continues to decrease until the assembly becomes stable enough to last for a long period of time. The necessity of the self-assembly to be an equilibrium process is defined by the organization of the structure which requires non-ideal arrangements to be formed before the lowest energy configuration is found.
|
|
The Dutch roll is dampened out and the aircraft becomes stable about the yaw axis. Because Dutch roll is an instability that is inherent to all swept-wing aircraft, most swept-wing aircraft have some sort of yaw damper system installed. There are two types of yaw dampers: series yaw dampers and parallel yaw dampers. The servo actuator of a parallel yaw damper will actuate the rudder independently of the rudder pedals while the servo actuator of a series yaw damper is clutched to the rudder control quadrant and will result in pedal movement when the system commands the rudder to move.
|
|
Regained confidence, Bond then decides to enter the competition on his own, with Bill as his advisor and cornerman and they become the team Fusion Tao. The event draws entries of 18 boxing organizations from 12 countries, along with its most lethal fighter Tank Wong (Andy On) from Soul Boxing Gym team. As his relationship with Kim becomes stable, Kim's former lover sees her again, asking for forgiveness, saying that he still loves her. With her feelings torn, she decides to go back to Korea with him, but is still having second thoughts about her feelings for Bond.
|
|
In game theory, a stochastically stable equilibrium is a refinement of the evolutionarily stable state in evolutionary game theory, proposed by Dean Foster and Peyton Young. An evolutionary stable state S is also stochastically stable if under vanishing noise the probability that the population is in the vicinity of state S does not go to zero. The concept is extensively used in models of learning in populations, where "noise" is used to model experimentation or replacement of unsuccessful players with new players (random mutation). Over time, as the need for experimentation dies down or the population becomes stable, the population will converge towards a subset of evolutionarily stable states.
|
|
The Red Sea is an example of a new arm of the sea. The East African rift was thought to be a failed arm that was opening more slowly than the other two arms, but in 2005 the Ethiopian Afar Geophysical Lithospheric Experiment reported that in the Afar region, September 2005, a 60 km fissure opened as wide as eight meters. During this period of initial flooding the new sea is sensitive to changes in climate and eustasy. As a result, the new sea will evaporate (partially or completely) several times before the elevation of the rift valley has been lowered to the point that the sea becomes stable.
|
|
A lava bench is a volcanic landform with a horizontal surface raised above the level of the surrounding area. The Hawaiian islands are an example of land that was formed this way, and the Big Island is currently still expanding due to lava benches. The Kilauea Volcano releases lava that flows down the slope of the volcano and eventually encounters the ocean; this lava flow hardens when it comes into contact with the significantly cooler water of the ocean and forms an unstable lava bench. Eventually, when the material beneath the lava bench stabilizes, it becomes stable land that has been added to the island.
|
|
In the presence of light and air, green copper resinate becomes stable brown copper oxide. This degradation is to blame for the brown or bronze color of grass or foliage in many old paintings, although not typically those of the Early Netherlandish painters such as Jan van Eyck, who often used normal verdigris. In addition, verdigris is a fickle pigment requiring special preparation of paint, careful layered application and immediate sealing with varnish to avoid rapid discoloration (but not in the case of oil paint). Verdigris has the curious property in oil painting that it is initially bluish-green, but turns a rich foliage green over the course of about a month.
|
|
A recent issue in motor memory is whether or not it consolidates in a manner similar to declarative memory, a process that involves an initial fragile learning period that eventually becomes stable and less susceptible to damage over time. An example of stable motor memory consolidation in a patient with brain damage is the case of Clive Wearing. Clive has severe anterograde and retrograde amnesia owing to damage in his temporal lobes, frontal lobes, and hippocampi, which prevents him from storing any new memories and making him aware of only the present moment. However, Clive still retains access to his procedural memories, to be specific, the motor memories involved in playing the piano.
|
|
Tachyon condensation is a process in which a tachyonic field-- usually a scalar field--with a complex mass acquires a vacuum expectation value and reaches the minimum of the potential energy. While the field is tachyonic and unstable near the local maximum of the potential, the field gets a non-negative squared mass and becomes stable near the minimum. The appearance of tachyons is a potentially serious problem for any theory; examples of tachyonic fields amenable to condensation are all cases of spontaneous symmetry breaking. In condensed matter physics a notable example is ferromagnetism; in particle physics the best known example is the Higgs mechanism in the standard model that breaks the electroweak symmetry.
|
|
To avoid buckling, doubling the tower height generally requires doubling the diameter of the tower as well, increasing the amount of material by a factor of at least four. At night time, or when the atmosphere becomes stable, wind speed close to the ground usually subsides whereas at turbine hub altitude it does not decrease that much or may even increase. As a result, the wind speed is higher and a turbine will produce more power than expected from the 1/7 power law: doubling the altitude may increase wind speed by 20% to 60%. A stable atmosphere is caused by radiative cooling of the surface and is common in a temperate climate: it usually occurs when there is a (partly) clear sky at night.
|
|
Titanium-44 (44Ti) is a radioactive isotope of titanium that undergoes electron capture to an excited state of scandium-44 with a half-life of 60 years, before the ground state of 44Sc and ultimately 44Ca are populated. Because titanium-44 can only undergo electron capture, its half- life increases with ionization and it becomes stable in its fully ionized state (that is, having a charge of +22). Titanium-44 is produced in relative abundance the alpha process in stellar nucleosynthesis and the early stages of supernova explosions. . It is produced when calcium-40 fuses with an alpha particle (helium-4 nucleus) in a star's high-temperature environment; the resulting 44Ti nucleus can then fuse with another alpha particle to form chromium-48.
|
|
However, cases of AWEC violation, such as the Casimir effect caused by periodic boundary conditions, do exist, and since the region of spacetime inside the Cauchy horizon has closed timelike curves it is subject to periodic boundary conditions. If the spacetime inside the Cauchy horizon violates AWEC, then the horizon becomes stable and frequency boosting effects would be canceled out by the tendency of the spacetime to act as a divergent lens. Were this conjecture to be shown empirically true, it would provide a counter- example to the strong cosmic censorship conjecture. In 2018, it was shown that the spacetime behind the Cauchy horizon of a charged, rotating black hole exists, but is not smooth, so the strong cosmic censorship conjecture is false.
|
|
Through the 1970s, the radiation was found to be approximately consistent with a blackbody spectrum in all directions; this spectrum has been redshifted by the expansion of the universe, and today corresponds to approximately 2.725 K. This tipped the balance of evidence in favor of the Big Bang model, and Penzias and Wilson were awarded the 1978 Nobel Prize in Physics. The surface of last scattering corresponding to emission of the CMB occurs shortly after recombination, the epoch when neutral hydrogen becomes stable. Prior to this, the universe comprised a hot dense photon-baryon plasma sea where photons were quickly scattered from free charged particles. Peaking at around , the mean free path for a photon becomes long enough to reach the present day and the universe becomes transparent. isotropic to roughly one part in 100,000.
|
|
A full adder has an overall gate delay of 3 logic gates from the inputs A and B to the carry output Cout shown in red In electronics, digital circuits and digital electronics, the propagation delay, or gate delay, is the length of time which starts when the input to a logic gate becomes stable and valid to change, to the time that the output of that logic gate is stable and valid to change. Often on manufacturers' datasheets this refers to the time required for the output to reach 50% of its final output level when the input changes to 50% of its final input level. Reducing gate delays in digital circuits allows them to process data at a faster rate and improve overall performance. The determination of the propagation delay of a combined circuit requires identifying the longest path of propagation delays from input to output and by adding each tpd time along this path.
|
|
Debbie later begins a relationship with businessman Joe Tate (Ned Porteous) after he buys her a new car however he pretends his name is Tom Waterhouse but later reveals he is Joe Tate, Chris' son and Debbie's former stepbrother, Joe also reveals that he blames Charity for his father's death. He starts feuding with the Dingles saying he never loved Debbie and she soon learns that Tom has invested in a golf course that will be built on the Dingles' cottage which Joe demolishes. Debbie pays drug dealer Simon McManus (Liam Ainsworth) to physically attack Joe and when Simon sees Ross stepping out of Joe's car, he believes Ross is Joe and throws acid in Ross' face, however Debbie begins a relationship with Joe. Ross later shoots Debbie and after she fights for her life in hospital she becomes stable and confesses to Ross that she was the person behind his acid attack.
|
|
The probability of producing the resonance at a given energy is proportional to , so that a plot of the production rate of the unstable particle as a function of energy traces out the shape of the relativistic Breit–Wigner distribution. Note that for values of off the maximum at such that , (hence for ), the distribution has attenuated to half its maximum value, which justifies the name for Γ, width at half-maximum. In the limit of vanishing width, Γ → 0, the particle becomes stable as the Lorentzian distribution sharpens infinitely to . In general, Γ can also be a function of ; this dependence is typically only important when Γ is not small compared to and the phase space-dependence of the width needs to be taken into account. (For example, in the decay of the rho meson into a pair of pions.) The factor of 2 that multiplies Γ2 should also be replaced with 2 (or 4/2, etc.) when the resonance is wide.
|
|