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29 Sentences With "exerts pressure on"

How to use exerts pressure on in a sentence? Find typical usage patterns (collocations)/phrases/context for "exerts pressure on" and check conjugation/comparative form for "exerts pressure on". Mastering all the usages of "exerts pressure on" from sentence examples published by news publications.

Weak growth exerts pressure on the quality of legacy assets while dampening demand for new credit.
A solar sail provides propulsion because the sunlight it reflects exerts pressure on the sail, pushing it forward.
What might appear to be grass-roots liberal efforts can be traced to a Manhattan office, where an operation called "Shareblue" exerts pressure on news outlets.
But scholars and rights organizations say Hong Kong's autonomy has eroded over the past two decades as China increasingly exerts pressure on local authorities to curtail democratic aspirations.
But there was little public dissent on Tuesday, likely because the Saudi government often exerts pressure on prominent voices to make sure they either back the government line or keep quiet.
This compresses the lungs and exerts pressure on any object lodged in the trachea, hopefully expelling it. The pressure amounts to an artificially induced cough. To assist a larger person, more force may be needed.Heimlich Maneuver for Adults and Children Older Than 1 Year – Topic Overview, WebMD, April 28, 2010.
It is also called to puncture, to pinch, to prick, or to quick a horse. Quicking or nail- quicked is used both for the actual penetration (pricking) into the area with sensitive tissue of the horse's hoof and about a close nail that exerts pressure on the sensitive tissue. Colloquially it is also called hot nail.
Thus the interior temperature is consistently lower than that of adjacent ground. This contributes to the formation of an ice lens which grows by drawing up surrounding water. The expansion of the ice upon freezing exerts pressure on the surrounding soil, further forcing water out of its pore spaces which then accumulates on and increases the volume of the growing ice lens. A positive feedback loop develops.
Ruppert, Fox & Barnes (2004) p. 914 Nearly all starfish are detritivores or carnivores, though a few are suspension feeders. Small fish landing on the upper surface may be captured by pedicilaria and dead animal matter may be scavenged but the main prey items are living invertebrates, mostly bivalve molluscs. To feed on one of these, the starfish moves over it, attaches its tube feet and exerts pressure on the valves by arching its back.
Formation pressure is the pressure of the fluid within the pore spaces of the formation rock. This pressure can be affected by the weight of the overburden (rock layers) above the formation, which exerts pressure on both the grains and pore fluids. Grains are solid or rock material, while pores are spaces between grains. If pore fluids are free to move or escape, the grains lose some of their support and move closer together.
Guatemala faces substantial resource and institutional challenges in successfully managing its national water resources. Deforestation is increasing as the global demand for timber exerts pressure on the forests of Guatemala. Soil erosion, runoff, and sedimentation of surface water is a result of deforestation from development of urban centers, agriculture needs, and conflicting land and water use planning. Sectors within industry are also growing and the prevalence of untreated effluents entering waterways and aquifers has grown alongside.
Attempting forced expiration of breath against a closed airway (the valsalva maneuver) is sometimes practiced to induce defecation while on a toilet. This contraction of expiratory chest muscles, diaphragm, abdominal wall muscles, and pelvic diaphragm exerts pressure on the digestive tract. Ventilation at this point temporarily ceases as the lungs push the chest diaphragm down to exert the pressure. Cardiac arrest and other cardiovascular complications can in rare cases occur due to attempting to defecate using the valsalva maneuver.
The Abdominal thrusts (also called the Heimlich maneuver, or Heimlich manoeuvre) is a first aid procedure used to treat upper airway obstructions (or choking) by foreign objects. American doctor Henry Heimlich is often credited for its discovery. Performing abdominal thrusts involves a rescuer standing behind a patient and using his or her hands to exert pressure on the bottom of the diaphragm. This compresses the lungs and exerts pressure on any object lodged in the trachea, hopefully expelling it.
A primary example of hydraulic action is a wave striking a cliff face which compresses the air in cracks of the rocks. This exerts pressure on the surrounding rock which can progressively crack, break, splinter and detach rock particles. This is followed by the decompression of the air as the wave retreats which can occur suddenly with explosive force which additionally weakens the rock. Cracks are gradually widened so each wave compresses more air, increasing the explosive force of its release.
The increasing number of tourists, around two million per year,Ben Doherty, Private water raiding threatens Angkor's temples built on sand, The Guardian, 27 September 2010 exerts pressure on the archaeological sites at Angkor by walking and climbing on the (mostly) sandstone monuments at Angkor. This direct pressure created by unchecked tourism is expected to cause significant damage to the monuments in the future. In sites such as Angkor, tourism is inevitable. Therefore, the site management team cannot exclusively manage the site.
Because of its hyperosmolarity, Donat Mg is a natural osmotic laxative. It is classified as a saline laxative. Its effectiveness as a laxative is due to sulphate salts (magnesium sulphate or Epsom salt and sodium sulphate or Glauber’s salt) and around 1000 mg/l of magnesium. Sulphates draw water from the cells of the intestinal wall by osmosis, increasing the volume of intestinal content 3 to 5 times; this exerts pressure on the intestinal wall and triggers its peristalsis or movement.
Public dumping of garbage alongside a road in Kolkata. There is a long history of study and debate about the interactions between population growth and the environment. According to a British thinker Malthus, for example, a growing population exerts pressure on agricultural land, causing environmental degradation, and forcing the cultivation of land of higher as well as poorer quality. This environmental degradation ultimately reduces agricultural yields and food availability, famines and diseases and death, thereby reducing the rate of population growth.
NASA illustration of a solar-sail propelled spacecraft Solar sails rely on the fact that light reflected from a surface exerts pressure on the surface. The radiation pressure is small and decreases by the square of the distance from the Sun, but unlike rockets, solar sails require no fuel. Although the thrust is small, it continues as long as the Sun shines and the sail is deployed. The original concept relied only on radiation from the Sun – for example in Arthur C. Clarke's 1965 story "Sunjammer".
If a tortoise is dehydrated or unable to access conditions which are sufficiently moist, the keratinous layers which would otherwise form at the edges of scutes grow beneath the existing hardened shell causing a stacking effect which pushes shell growth upwards rather than outwards and exerts pressure on the skeleton beneath the shell. If severe, this leads to spinal and physical malformation. Other factors which may also contribute to pyramiding include the consumption of excessive animal or vegetable protein; inadequate calcium, UVB and/or vitamin D3; poor nutrition. Pyramiding may also be a visible sign of metabolic bone disease (MBD) in tortoises.
When the pressure plate is moved approximately 9 mm downwards it exerts pressure on the fuze. If fuzed with the T-72 clear plastic-cased blast resistant fuze, pressure on the top of the fuze will depress the casing which will revolve due to the depression of the spring which is attached to the casing. The revolution is controlled by lugs on the inner fuze assembly which fit in grooves in the fuze casing. When the fuze casing is revolved and depressed sufficiently, the two retaining balls to will fall away in groove in the outer casing, which releases the striker.
The mines are normally olive green or sand coloured and are circular. The VS-2.2 and VS-3.6 consist of a ribbed main body containing the main charge and a large circular VS-N fuze which sits on top. The SH-55 is larger, and the circular main body is not as ribbed, it uses the same VS-N fuze as the other mines. The VS-N fuze is air pressure driven with pressure on the top plate of the mine forcing air into a diaphragm which exerts pressure on the striker until a retaining ball is forced into a recess.
US medic teaches the abdominal thrusts to Afghans Performing abdominal thrusts involves a rescuer standing behind a patient and using his or her hands to exert pressure on the bottom of the diaphragm. This compresses the lungs and exerts pressure on any object lodged in the trachea, hopefully expelling it. The European Resuscitation Council and the Mayo Clinic recommend alternating between 5 back slaps and 5 abdominal thrusts in severe airway obstructions. In some areas, such as Australia, authorities believe that there is not enough scientific evidence to support the use of abdominal thrusts and their use is not recommended in first aid.
A tension pneumothorax, in which air builds up in the pleural cavity and exerts pressure on the organs within the chest, makes it more likely that air will enter the subcutaneous tissues through pleura torn by a broken rib. When subcutaneous emphysema results from pneumothorax, air may enter tissues including those of the face, neck, chest, armpits, or abdomen. Pneumomediastinum can result from a number of events. For example, foreign body aspiration, in which someone inhales an object, can cause pneumomediastinum (and lead to subcutaneous emphysema) by puncturing the airways or by increasing the pressure in the affected lung(s) enough to cause them to burst.
In medicine, Clarke's test is a component of knee examination which may be used to test for patellofemoral pain syndrome, Chondromalacia Patellae, Patellofemoral Arthritis, or anterior knee pain. It is not a standard part of the knee examination but is used to diagnose anterior knee pain where the history indicates this as the likely pathology. The patient is asked to actively contract the quadriceps muscle while the examiner's hand exerts pressure on the superior pole of the patella, so trying to prevent the proximal movement of the patella. While it can produce some discomfort even in normal people, the reproduction of the symptoms suggest pain of patello- femoral origin.
During pregnancy, the growth of the fetus exerts pressure on abdominal cavity muscles, in particular the rectus abdominis. In pregnancies that experience rapid fetus growth or women with particularly weak abdominal muscles, this pressure can sometimes causes the rectus abdominis muscle to separate along the linea alba, creating a split between the left and right sides of the rectus abdominis. About one-third of all pregnant women experience diastasis recti at some point in their pregnancy, however it is much more likely to occur during the second trimester or third trimester of pregnancy. However, separation also frequently occurs during labor and delivery, or with women carrying more than one baby.
Because the Mona Lisas poplar support expands and contracts with changes in humidity, the picture has experienced some warping. In response to warping and swelling experienced during its storage during World War II, and to prepare the picture for an exhibit to honour the anniversary of Leonardo's 500th birthday, the Mona Lisa was fitted in 1951 with a flexible oak frame with beech crosspieces. This flexible frame, which is used in addition to the decorative frame described below, exerts pressure on the panel to keep it from warping further. In 1970, the beech crosspieces were switched to maple after it was found that the beechwood had been infested with insects.
It can be preserved as mineral inclusions in other phases because as it partially reverts to quartz, the quartz rim exerts pressure on the core of the grain, preserving the metastable grain as tectonic forces uplift and expose these rock at the surface. As a result, the grains have a characteristic texture of a polycrystalline quartz rim (see infobox figure). Coesite has been identified in UHP metamorphic rocks around the world, including the western Alps of Italy at Dora Maira, the Erzgebirge of Germany, the Lanterman Range of Antarctica, in the Kokchetav Massif of Kazakhstan, in the Western Gneiss region of Norway, the Dabie-Shan Range in Eastern China, the Himalayas of Eastern Pakistan, and the Vermont Appalachian Mountains.
The mine is normally olive green or sand-coloured and is circular with two circular bands around the circumference, which act to cushion shock when the mine is deployed from the air. The fuze is air pressure driven with pressure on the top plate of the mine forcing air into a diaphragm which exerts pressure on the striker. Shocks from overpressure are too short to inflate the diaphragm; additionally the striker must first rotate a locking collar before it can activate the mine, this requires gradual pressure giving even greater resistance to shock. The sealed nature of the mine means that it can be deployed in up to 1 meter of water.
The Calmels laguiole droit had a 'half-lock' on the blade where a small projection on the end of the backspring (mouche) exerts pressure on a corresponding indent in the heel of blade when the knife is open; this, and not the full locking system of the navaja, remained a fixed feature in subsequent laguiole knives. Seasonal migrations of shepherds and cattle herders between Catalan Spain and southern France in summer and winter introduced the navaja to France. The Arabo-Hispanic design of the navaja was merged with that of local folding knives represented by older patterns such as the laguiole droit and Capuchadou; the result became the classic laguiole. In 1840, the first awl or trocar (a surgical instrument used to puncture body cavities and relieve the suffering of cattle and other animals with bloat) was added to the some laguiole knife patterns.

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