63 Sentences With "flows away" | Random Sentence Generator

Red dust fine as baby powder flows away in rivulets, and the Panoramic Camera is free.

A bubbling underground river of wine flows away from a burned Paradise Ridge Winery in Santa Rosa.

The Baltic ports currently operate well below capacity, which means Russia could divert flows away from the Black Sea in case of prolonged disruptions.

Among the emerging market economies of Southeast Asia, Indonesia registered a contraction, but others have benefited from a redirection of trade flows away from China.

The hole found Sunday in the emergency spillway — essentially a natural hillside of soil, rock and brush — led engineers to shift major water flows away from this unlined channel.

The dollar is on track for a fourth month of gains, benefiting from flows away from markets such as Asia that are considered at greater risk from trade wars.

The dollar is on track for its fourth straight month of gains, benefiting from flows away from markets such as Asia that are considered at greater risk from trade wars.

"But when you exercise, the blood flows away from the nasal cavity and to the working muscles, which brings relief to your congestion while you are working out," Buckingham tells Insider.

Macdonald explained that tipping points come about when glaciers lose more ice than usual in summer months and the melted ice flows away as meltwater, altering the glacier's dynamics and stability.

Trudeau says Canada needs to diversify its trade flows away from the United States, which takes 75 percent of all Canadian goods exports, and has identified China as a prime target.

On currencies, the dollar index was set for a fourth straight month of gains, benefiting from flows away from markets such as Asia that are considered at greater risk from a trade war.

"Reporters from outside come for the bad news, but the good news just flows away," said Siccos, editor of CDD Acontece (City of God Happenings), a volunteer-run media portal covering the community.

Yet another fallout from a coronavirus-induced global recession is bound to involve a sharp reversal in capital flows away from the emerging market economies that could cause real stress in those economies.

The higher U.S. yields and stronger dollar seen after the U.S. election could divert capital flows away from Asia and lead to higher domestic interest rates and tighter financial conditions in Singapore, he said.

But rather than trying to limit the number of visitors, who spend money on hotels, meals and souvenirs, the cities are coming up with ways to channel tourist flows away from the most popular attractions.

The Aalto purchase is inline with the trend for flows away from hedge funds and other strategies focused on liquid assets in public markets to a burgeoning and growing investor hankering for private debt, private equity,real estate and infrastructure assets.

Indicated 20.4 percent higher Chief executive Holger Kerzel at MEAG, the investment arm of Munich RE, said in a Euro am Sonntag (EaS) interview that eurozone shares are currently interesting and inexpensive after capital flows away from the region in 26.06.

The basic idea is simply that when you have a powerful source of negatively charged electrons, they pass that charge on to the air around them, "ionizing" it, at which point it flows away from that source and toward — if you set it up right — a "collector" surface nearby.

Schlichem is a river of Baden-Württemberg, Germany. It passes through Schömberg and flows, away, into the Neckar in Epfendorf.

It is a small Provençal village with narrow, winding streets which backs on to a hill. The Durance flows away below a plateau which grows mainly cereals and apples and also supports some livestock.

The final type of subsurface current is subsidence, caused when forces push water against some obstacle (like a rock), causing it to pile up there. The water at the bottom of the pileup flows away from it, causing a subsidence current.

As the metal burns, it immediately turns to liquid iron oxide and flows away from the cutting zone. However, some of the iron oxide remains on the workpiece, forming a hard "slag" which can be removed by gentle tapping and/or grinding.

This is a specialized type of transformer which can be configured to adjust the phase relationship between input and output. This allows power flow in an electric grid to be controlled, e.g. to steer power flows away from a shorter (but overloaded) link to a longer path with excess capacity.

As a consequence of 2018 Kerala floods, the airport was closed 1429 August 2018. Water in the Periyar, which flows away from the airport, rose to during these days. The runway and other facilities were non-functional due to excessive flooding and inclement weather. Flights to Kochi were diverted to and were operating from other airports in the state like Thiruvananthapuram and Kozhikode.

Bee Sellers Hollow begins in a valley in the western part of Stillwater, not far from Beecellar Road. It flows east for a few tenths of a mile before turning east-southeast. Several tenths of a mile further downstream, the stream flows away from Beecellar Road and leaves its valley. It then turns south-southeast for several tenths of a mile, crossing Kline Road.

A standard setup for a ventilator in a hospital room. The ventilator pushes warm, moist air (or air with increased oxygen) to the patient. Exhaled air flows away from the patient. In its simplest form, a modern positive pressure ventilator consists of a compressible air reservoir or turbine, air and oxygen supplies, a set of valves and tubes, and a disposable or reusable "patient circuit".

The creek then turns south for a few miles and enters Valley Township. In Valley Township, it continues flowing south in its valley and crosses Pennsylvania Route 642 before continuing south. The creek eventually enters a much broader valley and flows away from Pennsylvania Route 642. After several tenths of a mile, it crosses Interstate 80 and receives Kase Run, its first named tributary, from the left.

It has been referred to as a 'backward-flowing river' because it flows away from the sea. Ekwall suggests the name derives from a ford over the river, which became the name by back formation. Star Carr, a Mesolithic archaeological site, lies close to the river. Star Carr was on the edge of a nine-thousand year old Stone Age wetland known a Lake Flixton.

The river then enters Iron Gate Reservoir, from the mouth. The river receives Jenny Creek, a much larger tributary, which is formed by streams draining out of Howard Prairie Lake nearly to the north. The reservoir bends south and the Klamath flows away through Iron Gate Dam, from the mouth. The river then swings west and passes through an arid valley used for farming and ranching.

These layers perch on a low density evaporite or over- pressured shale bed that easily flows away from higher pressure into lower pressure zones. Most studies since the 1990s concentrate on the growth faults' driving forces, kinematics and accompanied structures since they are helpful in fossil fuel explorations as they form structural traps for oil. Figure 2. Sketch showing evolution stages of three growth faults.

When the required amount of water reaches the bathtub, the level is completed and the next level is unlocked. If all of the water flows away the player loses the level. Also scattered around the level are three rubber ducks that can be collected when they absorb an amount of water. Select levels also include items hidden in the dirt that will unlock bonus levels when three-item collections are completed.

Little Danube in Slovakia - an arm of the Danube Else and Hase distributaries of the Hase at Melle, Germany Kaveri River on the Kaveri delta, near Nannilam, India A distributary, or a distributary channel, is a stream that branches off and flows away from a main stream channel. Distributaries are a common feature of river deltas. The phenomenon is known as river bifurcation. The opposite of a distributary is a tributary.

A line source is a line from which fluid appears and flows away on planes perpendicular to the line. When we consider 2-D flows on the perpendicular plane, a line source appears as a point source. By symmetry, we can assume that the fluid flows radially outward from the source. The strength of a source can be given by the volume flow rate Q that it generates.

PTFE: polytetrafluoroethylene (PTFE) is typically used as a coating layer on, for example, cooking utensils to provide a non-stick surface. Its usable temperature range up to 350 °C and chemical inertness make it a useful additive in special greases. Under extreme pressures, PTFE powder or solids is of little value as it is soft and flows away from the area of contact. Ceramic or metal or alloy lubricants must be used then.

During takeoff and re-entry space travelers can experience several times normal gravity. An untrained person can usually withstand about 3g, but can blackout at 4 to 6g. G-force in the vertical direction is more difficult to tolerate than a force perpendicular to the spine because blood flows away from the brain and eyes. First the person experiences a temporary loss of vision and then at higher g-forces loses consciousness.

Fluid is being pumped through the mass flow meter. When there is mass flow, the tube twists slightly. The arm through which fluid flows away from the axis of rotation must exert a force on the fluid, to increase its angular momentum, so it bends backwards. The arm through which fluid is pushed back to the axis of rotation must exert a force on the fluid to decrease the fluid's angular momentum again, hence that arm will bend forward.

The flood control measures mainly consist of downstream embankments meant to confine the river to a fixed channel. In theory, the faster flow along this channel would carry high flows away and keep sediments in suspension. Silt deposition near Kosi embankment at Navbhata, Saharsa, Bihar, India On 18 August 2008 one of the man-made embankments failed. The river reverted from the prescribed western channel to an old channel near the centre of its alluvial fan.

A tributary does not flow directly into a sea or ocean. Tributaries and the main stem river drain the surrounding drainage basin of its surface water and groundwater, leading the water out into an ocean. A confluence, where two or more bodies of water meet together, usually refers to the joining of tributaries. The opposite to a tributary is a distributary, a river or stream that branches off from and flows away from the main stream.

The Onyx river flows away from the ocean, an example of endorheic drainage, as the Wright Lower Glacier blocks the mouth of the Wright Valley. It has several tributaries, and there are multiple meteorological stations along the length of the river. Flow levels are highly variable, both during the day and between summers, with the river failing to reach the lake some years. In contrast, it can cause significant erosion in flood years, and was rafted in 1984 by New Zealand researchers.

A water injection dredger uses a small jet to inject water under low pressure (to prevent the sediment from exploding into the surrounding waters) into the seabed to bring the sediment in suspension, which then becomes a turbidity current, which flows away down slope, is moved by a second burst of water from the WID or is carried away in natural currents. Water injection results in a lot of sediment in the water which makes measurement with most hydrographic equipment (for instance: singlebeam echosounders) difficult.

Sizes and weights vary, as does blade shape, but the typical length is 25 to 50 centimeters. Golok tend to be heavier and shorter than parang or common machetes, often being used for bush and branch cutting. Most traditional golok use a convex edge or an edgewise taper, where the blade is less likely to get stuck in green wood than flat edged machetes. The blade is heaviest in the centre and flows away in a curve to a sharp point at the tip.

A map showing the geographical extent of the Plaquemine culture, including the Medora site. The Medora Site is located in West Baton Rouge Parish, Louisiana adjacent to Bayou Bourbeaux (or Bourbeau or Bourbaux) on the flood plain of Manchac Point (also called Australia Point). Manchac Point is a hair-pin bend of the Mississippi River. Bayou Bourbeaux, a point stream which flows away from the river to the west, drains the back slopes of the natural levees that border Manchac Point, and connects with Bayou Gross Tete.

A redout occurs when the body experiences a negative g-force sufficient to cause a blood flow from the lower parts of the body to the head. It is the inverse effect of a greyout, where blood flows away from the head to the lower parts of the body. Usually, a redout will only ever be experienced by pilots, as planes are the most common devices that allow such negative g-forces to be exerted. Redouts are potentially dangerous and can cause retinal damage and hemorrhagic stroke.

The cold Benguela current is a mineral-rich upwelling current, which flows away to the north along the western coastline, after having come up from the cold depths of the Atlantic Ocean. Plankton grow in these fertile waters, and support large numbers of fish, and therefore a prosperous (in the past) fishing industry. Over-fishing has, however, reduced the importance of this fishing industry both for the local as well as the country's economy. The east coast has the north-to-south Mozambique/Agulhas Current, which provides warm waters.

Boric acid, oxides and salts (borates) are effective wood preservatives and are supplied under numerous brand names throughout the world. One of the most common compounds used is disodium octaborate tetrahydrate (commonly abbreviated DOT). Borate treated wood is of low toxicity to humans, and does not contain copper or other heavy metals. However, unlike most other preservatives, borate compounds do not become fixed in the wood and can be partially leached out if exposed repeatedly to water that flows away rather than evaporating (evaporation leaves the borate behind so is not a problem).

The remodeling of bone in response to loading is achieved via mechanotransduction, a process through which forces or other mechanical signals are converted to biochemical signals in cellular signaling. Mechanotransduction leading to bone remodeling involves the steps of mechanocoupling, biochemical coupling, signal transmission, and cell response. The specific effects on bone structure depend on the duration, magnitude and rate of loading, and it has been found that only cyclic loading can induce bone formation. When loaded, fluid flows away from areas of high compressive loading in the bone matrix.

A drawing of a fusible plug, showing the tapered core. A fusible plug is a threaded metal cylinder usually of bronze, brass or gunmetal, with a tapered hole drilled completely through its length. This hole is sealed with a metal of low melting point that flows away if a pre-determined, high temperature is reached. The initial use of the fusible plug was as a safety precaution against low water levels in steam engine boilers, but later applications extended its use to other closed vessels, such as air conditioning systems and tanks for transporting corrosive or liquefied petroleum gasses.

Railway lines at Bletchley after construction of the Bletchley Flyover In the first years of British Railways, the organisation was beset with falling demand as costs increased. In 1955 a report, The Modernisation and Re-equipment of British Railways,The Modernisation and Re-equipment of British Railways, British Transport Commission, London, 1955 was published. £1.2 billion would be spent on the project. Subsidiary reports recommended the development of the Oxford to Cambridge line as part of an outer freight ring route from Cambridge to Ashford (Kent) via Oxford, Reading and Tonbridge, keeping freight flows away from London.

The oval shaped lake has a surface area of and is one of a line of three lakes; Lake Charling to the west then Queerearrup Lake and Lake Flagstaff in the east. When they overflow waters discharge into the poorly described eastern branch of the Beaufort River. The same channel that usually provides inflow also flows away from the lakes at the same time when the lake is full (as occurs at Lake Ewlyamartup). The lake is part of a series of swamps' lakes and large floodplain in the middle of the Beaufort river catchment and Blackwood River basin.

The Croton River is part of the New York City water supply system, the flow of its three branches are collected at the New Croton Reservoir. Pictured, New Croton Dam Croton River as it flows away from Croton Dam The Croton River was the main source of New York City's water supply from 1842 on. It was brought to the city through the Croton Aqueduct, which was later called the Old Croton Aqueduct. Seeking to expand New York City's water supply, engineers of the city Aqueduct Commission designed in 1884 a masonry dam spanning the Croton River near its mouth.

The total transport rate of the species is then given by a summation of the Stefan flow and diffusive contributions. An example of the Stefan flow occurs when a droplet of liquid evaporates in air. In this case, the vapor/air mixture surrounding the droplet is the flowing fluid, and liquid/vapor boundary of the droplet is the interface. As heat is absorbed by the droplet from the environment, some of the liquid evaporates into vapor at the surface of the droplet, and flows away from the droplet as it is displaced by additional vapor evaporating from the droplet.

This radius is typically coincident with the inner radius of the eyewall, and has the strongest near-surface winds of the storm; consequently, it is known as the radius of maximum winds. Once aloft, air flows away from the storm's center, producing a shield of cirrus clouds. The previously mentioned processes result in a nearly axisymmetric wind field: Wind speeds are low at the center, increase rapidly moving outwards to the radius of maximum winds, and then decay more gradually with radius to large radii. However, the wind field often exhibits additional spatial and temporal variability due to the effects of localized processes, such as thunderstorm activity and horizontal flow instabilities.

The narrator states that post-war communist propaganda inflated the number of people killed at Jasenovac, from an estimated 18,000 to 600,000–700,000. The viewer is shown a headline from the Partisan newspaper Vjesnik, said to be dated from April 1945, which says that corpses tossed into the Sava River at Jasenovac had reached Zagreb. The narrator questions the veracity of this claim, explaining that the Sava flows away from Zagreb and not towards it. The film expresses doubts about the incomplete list of over 83,000 victims compiled by the Jasenovac Research Institute, which supposedly includes the names of individuals who had been killed elsewhere by the Germans and Chetniks.

The uplift of the Colorado Plateau is uneven, and the Kaibab Plateau that the Grand Canyon bisects is over higher at the North Rim than at the South Rim. Almost all runoff from the North Rim (which also gets more rain and snow) flows toward the Grand Canyon, while much of the runoff on the plateau behind the South Rim flows away from the canyon (following the general tilt). The result is deeper and longer tributary washes and canyons on the north side and shorter and steeper side canyons on the south side. Temperatures on the North Rim are generally lower than those on the South Rim because of the greater elevation (averaging above sea level).

The Kutta condition is a principle in steady-flow fluid dynamics, especially aerodynamics, that is applicable to solid bodies with sharp corners, such as the trailing edges of airfoils. It is named for German mathematician and aerodynamicist Martin Kutta. Kuethe and Schetzer state the Kutta condition as follows: :A body with a sharp trailing edge which is moving through a fluid will create about itself a circulation of sufficient strength to hold the rear stagnation point at the trailing edge. In fluid flow around a body with a sharp corner, the Kutta condition refers to the flow pattern in which fluid approaches the corner from both directions, meets at the corner, and then flows away from the body.

The Oker Weir in Oker Raft on the Oker Bypass Channel in Braunschweig From the village of Oker the River Oker flows away in a northeasterly direction to Vienenburg, where it is joined from the south by the Radau and then from the southeast by the Ecker. After these two confluences the river continues southeast past the Harly Forest, after which it bends north to flow through Schladen and Wolfenbüttel to Braunschweig. In south Braunschweig the Oker is dammed by the Eisenbüttel Weir. In the Bürgerpark shortly before Braunschweig's old town the Oker divides into the western and eastern bypass channels (Umflutgraben) which circumnavigate the historic city centre at a slightly higher level.

Lymph capillaries are slightly larger than their counterpart capillaries of the vascular system. Lymph vessels that carry lymph to a lymph node are called afferent lymph vessels, and those that carry it from a lymph node are called efferent lymph vessels, from where the lymph may travel to another lymph node, may be returned to a vein, or may travel to a larger lymph duct. Lymph ducts drain the lymph into one of the subclavian veins and thus return it to general circulation. Generally, lymph flows away from the tissues to lymph nodes and eventually to either the right lymphatic duct or the largest lymph vessel in the body, the thoracic duct.

Soil containing high levels of organic materials are often more resistant to erosion, because the organic materials coagulate soil colloids and create a stronger, more stable soil structure. The amount of water present in the soil before the precipitation also plays an important role, because it sets limits on the amount of water that can be absorbed by the soil (and hence prevented from flowing on the surface as erosive runoff). Wet, saturated soils will not be able to absorb as much rain water, leading to higher levels of surface runoff and thus higher erosivity for a given volume of rainfall. Soil compaction also affects the permeability of the soil to water, and hence the amount of water that flows away as runoff.

The Wilsons River floods regularly, and on occasion, has inundated Lismore. It's for this reason that many of Lismore's homes are built elevated, in a fashion known as hiset and why Lismore has extensive levee systems to protect the city from all but the worst floods. The frequency of flooding is due to several contributing factors. One is the relatively high rainfall in the headwaters of the system (The Rummery Park Rain Gauge is the Wettest in NSW)Australian Bureau of Meteorology Retrieved on 23 May 2011 and the unusual geomorphology which means that the River flows away from the sea for a significant distance then south after reaching Lismore before joining the Richmond River which eventually flows north east to the Tasman Sea.

The size of rivers above any tidal limit and their average freshwater discharge are proportionate to the extent of their basins and the amount of rain which, after falling over these basins, reaches the river channels in the bottom of the valleys, by which it is conveyed to the sea. Hydrography of the Pannonian basin before the river and lake regulations in the 19th century. The Mississippi River basin is the largest in the United States. The basin of a river is the expanse of country bounded by a watershed (called a "divide" in North America) over which rainfall flows down towards the river traversing the lowest part of the valley, whereas the rain falling on the far slope of the watershed flows away to another river draining an adjacent basin.

The Brecon Beacons, seen from the south Pen y Fan seen from Cribyn Fan Brycheiniog, the highest peak on the Black Mountain The Brecon Beacons range, in its narrower sense comprises six main peaks: from west to east these are: Corn Du, , Pen y Fan, the highest peak, , Cribyn, , Fan y Bîg, , Bwlch y Ddwyallt, , and Waun Rydd . These summits form a long ridge, and the sections joining the first four form a horseshoe shape around the head of the Taf Fechan, which flows away to the southeast. To the northeast of the ridge, interspersed with long parallel spurs, are four cwms, four round-headed valleys or cirques; from west to east these are Cwm Sere, Cwm Cynwyn, Cwm Oergwm and Cwm Cwareli. The Brecon Beacons are said to be named after the ancient practice of lighting signal fires (beacons) on mountains to warn of attacks by invaders.

However, this trait has not been observed in the closely related lorisoids studied to date, and could have evolved on Madagascar in response to the island's harsh environmental conditions. Because only five terrestrial orders of mammals have made it to the island, each likely to have derived from a single colonization, and since these colonizations date to either the early Cenozoic or the early Miocene, the conditions for oceanic dispersal to Madagascar seem to have been better during two separate periods in the past. A report published in January 2010 supported this assumption by demonstrating that both Madagascar and Africa were south of their present-day positions around 60 mya, placing them in a different ocean gyre and reversing the strong current that presently flows away from Madagascar. The currents were even shown to be stronger than they are today, shortening the rafting time to approximately 30 days or less, making the crossing much easier for a small mammal. Over time, as the continental plates drifted northward, the currents gradually changed, and by 20 mya the window for oceanic dispersal had closed.