Sentences with phrase «in low velocity»

This is a good judgement for Plaintiffs bringing ICBC claims, particularly those involved in Low Velocity Impacts (LVI's) where ICBC denies that injury occurred.

Not exact matches

The velocity of the move will be based on the movement of the dollar in conjunction with other major global currencies; A fast move higher in the U.S. dollar will force the price of crude lower quickly (crude is denominated in dollars globally) and force selling by those who need capital.

This includes low momentum diffusion, high momentum convection, and rapid variation of pressure and velocity in space and time.

During takeoff a jumper lowers his center of mass and pushes off of one leg to quickly get as high in the air as possible without sacrificing forward velocity.

«In most cases, pre-emptive deceleration only slightly lowered the vehicle velocity, resulting in safe passage of each vehicle across the intersection without coming to a full stop at any point,» Yang sayIn most cases, pre-emptive deceleration only slightly lowered the vehicle velocity, resulting in safe passage of each vehicle across the intersection without coming to a full stop at any point,» Yang sayin safe passage of each vehicle across the intersection without coming to a full stop at any point,» Yang says.

Researchers calculated temperatures at the bottom of the crust, which varies in thickness, by measuring the velocity of seismic waves that travel near the interface between the lower crust and uppermost mantle.

The absence of protostellar cloud material and the low velocity of the stars shows they could not have been born relatively recently or sailed in from elsewhere in the galaxy.

The new system, described in the March 5 edition of the journal Nature Communications, combines photons and phonons — electromagnetic energy and sound energy — to conduct sophisticated signal processing tasks by harnessing the properties of lower - velocity acoustic waves.

«Not only does this star have the high velocity expected if it is recoiling from a supernova explosion, but the combination of its low mass, high luminosity and carbon - rich composition appear impossible to replicate in a single star — a smoking gun that shows it must have originally formed with a binary companion,» adds Ben Ritchie (Open University), a co-author on the new paper.

Orbits with velocity low enough to get caught in the boundary become lost in the tangle of paths there.

We call the air velocity of 0.2 m / s or lower «insensible airflow,» in a sense, the person remains unaware of such a low level of airflow.

Together with Eric Blackman, an astrophysicist at the University of Rochester, and Michael Watkeys, a geologist at the University of KwaZulu - Natal in South Africa, Tarduno hypothesizes that the region — which is referred to as a Large Low Shear Velocity Province (LLSVP)-- affects the direction of the churning liquid iron that generates Earth's magnetic field.

If the atom does not happen to land in this quantum state, it continues to scatter photons and has more opportunities to seek out the desired low - velocity state.

«Our study uncovered that wind velocities in the lower - to - middle cloud layer have temporal and spatial variabilities much greater than previously thought,» says Takeshi Horinouchi.

These ranged from global mantle - scale convection patterns, to the large thermochemical piles in the lower mantle, and down to the very small - scale pockets of ultra-low velocity zone at the bottom.

Conventional laser - powered proton acceleration results in proton bunches in which the velocity distribution is exponential, i.e. most of the particles are accelerated to relatively low velocities and very few are ejected from the target at the highest speeds.

However, Lorentz symmetry does not apply in condensed matter because typical electron velocities in solids are very small compared to the speed of light, making condensed matter physics an inherently low - energy theory.

«Our seismic investigations found a distinctive high - velocity anomaly in the lower crust between 20 and 40 km depth.»

The equation predicts two regimes for the initial deformation of a droplet: a low - drop - velocity regime in which capillary forces dominate and a high - drop - velocity regime where inertial forces dominate; gravitational forces are insignificant for drops that are a few millimeters in size.

«The low sound speeds we calculated for our compound match very well what is observed seismically in ULVZs [ultralow - velocity zones],» said Jin Liu, a geologist who worked on the research.

The thinning of the underlying lithosphere appears to have been compensated by hot asthenosphere, as indicated by low seismic velocities in the Central Iranian block.

Therefore, the radial velocity surveys only pick the lowest hanging fruit: Jupiters that have migrated close in to their star, and have orbital periods of literally only a few days.

After encountering HO - 1 (+) MoDCs, effector T - cells exhibited a lower velocity and a reduced ability to migrate towards chemokine gradients resulting in impaired accumulation to the inflamed organ.

However, video tracking revealed the knockdown group showed a generally lower velocity and a relative increase in speed during the beginning of the dark phase.

The primary shows long - period radial velocity variations that indicate the presence of a low mass companion whose projected mass is in the planetary regime (m sin i = 9.33 Mjup).

This low - mass companion was discovered using radial velocity measurements in 1996, possibly confirming Louis Berman's discovery of a spectroscopic companion to Star B in 1931.

Only objects in more circular orbits have low enough relative velocities to coalesce.

The median T - cell velocity was also lower in Ccl19 - Cre Enpp2fl / fl than in Enpp2fl / fl mice (Figure 3C, Figure 3 — figure supplement 1).

Consider that 80 % of the muscle fibers in the soleus are slow - twitch and have a slow contraction velocity and low tension capacity so it's not the brightest idea to go heavy when training them.

And most recent studies show that by increasing the velocity of the movement in a safe and controlled way (slowly lowering the bar then explosively pushing it upward), you can get exceptional gains in growth and power.

Meanwhile, in our example of the hypothetical athlete, who is not working a lot on that low load and high - velocity end of the continuum, he might do more work on the other end of the continuum with high loads and lower speeds.

Overall peak velocity occurs during the second pull, while the peak velocity in the first pull is typically much lower at around 1.05 — 1.62 m / s (Garhammer, 1985).

In a similar study, Suchomel et al. (2013) also found that the jump shrug displayed its greatest peak power output and peak velocity with the lowest load used (30 % of 1RM hang power clean).

In contrast, training with a heavy load and a slower bar speed leads to preferentially greater gains in low - velocity strengtIn contrast, training with a heavy load and a slower bar speed leads to preferentially greater gains in low - velocity strengtin low - velocity strength.

Similarly, if we train using a slow speed, we should see the greatest gains in strength when we test strength at a low velocity, and the smallest gains in strength when we test at a high velocity.

At low velocities, the rate of change of force is very high and it drops off quickly with small increments in speed.

The force velocity relationship of both upper - and lower - body multi-joint (compound) movements is not hyperbolic, but is in fact linear.

In practical terms, this means that when high levels of force are required (such as during powerlifting), the contraction velocity of the muscles involved is low.

If the principle of specificity applies to velocity, then when we train using a fast speed, we should see the greatest gains in strength when we test strength at a high velocity, and the smallest gains in strength when we test at a low velocity.

However, the force velocity relationship of both upper - and lower - body multi-joint (compound) movements is in fact linear.

In shortening (concentric) muscle actions, where contraction velocity is high, muscle force must be low.

Firstly, joint angular velocities in COD maneuvers are often surprisingly low (Green et al. 2011; Shimokochi et al. 2013), at least in comparison with linear sprinting (Kivi et al. 2002).

To improve the ability to generate maximum force, the athlete does need to engage in both maximum effort lifting (to improve absolute power peak and motor unit synchronization) and dynamic effort lifting (to improve motor unit synchronization and speed of contraction), the former of which includes maximal or near maximal stimulus, the latter of which includes lower weight (~ 50 - 60 % of maximum) moved at maximum velocity.

A closer examination of the underlying mechanisms of this effect suggests that it seems to arise not directly from the velocity of the contraction itself, but rather from the lower volume of work that is typically done in high - velocity contractions (Eftestøl et al. 2016).

Since increases in neural drive at short muscle lengths are likely driven by reductions in motor unit recruitment threshold (Pasquet et al. 2005), while increases in neural drive at faster velocities and during concentric contractions are primarily caused by increased rate coding (Pasquet et al. 2006; Harwood et al. 2011; Enoka & Duchateau, 2017), the transfer of neural drive from partial exercises using short muscle lengths could be lower than we might expect, although this would probably depend on whether the strength training exercise was performed with a lighter load, and explosively.

Lieber & Fridén (2000) therefore proposed that in respect of the lower body musculature, the muscles that function predominantly to resist the force of gravity tend to display a more force - oriented profile, while those muscles that function to produce movement in other directions tend to display a velocity - oriented profile.

Velocity - specificity probably happens for many reasons, including greater increases in single fiber contractile velocity (including fiber type shifts), greater increases in early phase neural drive, more suppressed co-activation, and bigger improvements in co-ordination, compared to low - velocity (heavy load) tVelocity - specificity probably happens for many reasons, including greater increases in single fiber contractile velocity (including fiber type shifts), greater increases in early phase neural drive, more suppressed co-activation, and bigger improvements in co-ordination, compared to low - velocity (heavy load) tvelocity (including fiber type shifts), greater increases in early phase neural drive, more suppressed co-activation, and bigger improvements in co-ordination, compared to low - velocity (heavy load) tvelocity (heavy load) training.

In other words, high - velocity (light load) training produces greater gains in strength at high speeds than at low speeds, as indeed many studies have reported for many decades (e.g. Coyle et al. 1981In other words, high - velocity (light load) training produces greater gains in strength at high speeds than at low speeds, as indeed many studies have reported for many decades (e.g. Coyle et al. 1981in strength at high speeds than at low speeds, as indeed many studies have reported for many decades (e.g. Coyle et al. 1981).

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At higher speeds, reaching the edge of adhesion results in understeer — at lower velocities the combination of the engine's urge and the quattro system's rear - biased torque split means it can be persuaded into brief bursts of power oversteer; although this isn't a state the car shows any enthusiasm for.