124 Sentences With "depressurized" | Random Sentence Generator

The air in the plane cabin was depressurized, she explains.

When they leave the LM, the whole thing is depressurized.

The depressurized cylinder would shoot pods along at 700 mph.

It blew out out a window and depressurized the cabin.

To prepare for today's attempt, the BEAM was fully depressurized.

That broke one of the windows, and the cabin rapidly depressurized.

Langewiesche reported that Shah likely depressurized the cabin to subdue any rebellion.

The cabin depressurized and the woman sitting next to the window was killed.

The cabin depressurized and a woman sitting next to the window was killed.

During the landing of that Soyuz capsule, in 1971, the cabin depressurized, killing the three cosmonauts.

It'll generally be depressurized when in use, but can provide protection in case of accidental depressurization.

But during the test, the rear part of the fuselage depressurized, according to the Boeing statement.

An astronaut would simply have to hightail it back to the airlock before the suit fully depressurized.

The captain made a safe emergency landing in Philadelphia after the cabin depressurized when the window broke.

The suit provides protection and oxygen in case of an accident that causes the capsule to become depressurized.

It was a clear sign of decompression sickness, an often-fatal ailment that results when animals are rapidly depressurized.

Who wouldn't want to try their hand at virtual Martian botany or fly through an atmosphere with a depressurized suit?

To crash the flight, Langewiesche suggested that Shah depressurized the cabin, which slowly and gently killed everyone outside the cockpit.

The plane suddenly depressurized and descended from more than 30,000 feet to about 10,000 feet in about five minutes, CNN reports.

The nearly airless tube was depressurized down to the equivalent of air at 200,000 feet above sea level, the company says.

The tests were conducted in a tube depressurized down to the equivalent air pressure experienced at 200,000 feet above sea level.

The pilot of Flight 1380 made a safe emergency landing in Philadelphia, bringing the plane down quickly as the cabin depressurized.

The plane suddenly depressurized and descended from more than 30,000 feet to about 183,000 feet in about five minutes, CNN reports.

The suit provides protection and oxygen to the astronauts in case of an accident that causes the capsule to become depressurized.

The company isolated and depressurized a 36-inch pipeline, which carries gas to the Pacific Northwest, after it ruptured on Tuesday evening causing gas to ignite.

The pipeline, which carries natural gas to markets in the Pacific Northwest, has been isolated and depressurized, and a 1-kilometer (0.6 mile) evacuation zone is in place.

Over the next 211 minutes, the depressurized cabin air swirled with wind and debris, panic and prayers as the pilot rerouted the plane to Philadelphia for an emergency landing.

The program was delivered another major blow when the Soyuz 11 capsule, launched in 1971, depressurized in space, killing the three-person crew, and sparking more scandals and investigations.

The helmets provide protection and some visibility, with lots of interchangeable parts or attachments for specific needs, such as working on depressurized parts of a spaceship, or out on an asteroid.

At a basic level, for instance, that might mean knowing that if there's no one in a room, the lights can turn off to save power but it can't be depressurized.

Enbridge, Canada's largest pipeline operator, isolated and depressurized a 36-inch (91-cm) pipeline, which carries gas to the Pacific Northwest, after it ruptured on Tuesday evening causing gas to ignite.

Tammie Jo Shults, a former Navy fighter pilot, expertly guided the jet to an emergency landing in Philadelphia, bringing the plane down quickly to prevent further injuries after the cabin depressurized.

The experience of being in a depressurized airplane cabin was replicated for his benefit (and/or terror), triggering hypoxia-like symptoms that left him weak, disoriented, and unable to help save himself.

Hyperloop One, based in Los Angeles, is one of several start-ups around the world racing to develop the system of tubes, depressurized inside to reduce friction, in order to transport pods carrying commuters.

The WARR pod is built entirely of a carbon fiber, which helps it keep weight down and lends to its ability to reach high speeds in the functional vacuum conditions of the depressurized tube interior.

As for the halt of flowing lava, one possibility, said Johanson, is that the lava reservoir beneath the park may have lost so much lava, it simply "depressurized," a bit like an air mattress deflating.

According to Philadelphia's NBC 10, passengers on the Southwest flight headed from NYC to Dallas scrambled to put on drop-down oxygen masks after the plane's engine blew apart, broke a window, and depressurized the cabin.

Destin went to NASA to test what it's like to be inside a depressurized cabin in an airplane (that's when the oxygen masks drop down) to find out why you have to put your mask on first.

A similar blowout in a 737 engine in 2016 was also determined to be the result of metal fatigue, though that incident was less severe and only depressurized the plane's passenger cabin rather than sending shrapnel into it.

The Cathay Pacific Group has fired two cabin crew members over an oxygen bottle which was found tampered with aboard one of its planes, the company confirmed, as it revealed that a seventh depressurized canister was uncovered last Saturday.

Hyperloop One depressurized the tube for the test track down to conditions similar to those at 200,000 feet above sea level, which is part of the Earth's atmosphere where there is very little friction and resistance to the rarified air.

Tensions worsened in recent days after three flights originating in Hong Kong were found to be carrying depleted oxygen bottles, which would be used by cabin crews if a plane depressurized, raising questions in local news media over whether sabotage was the cause.

FOLLOW US ON FACEBOOK FOR MORE FOX LIFESTYLE NEWS Flight 1380, which was en route to Dallas from New York, depressurized after a fan blade broke due to "metal fatigue" and set off a chain of events that resulted in the engine blowing apart and shattering a window, investigators believe.

The SpaceX entrepreneur's tunnel digging company, The Boring Company, recently received vague permission to do some exploratory digging at 53 New York Avenue NE. Musk is hoping to build a high speed hyperloop between New York, Baltimore, Philadelphia, and D.C. The loop will be capable of moving passengers at very high speeds thanks to depressurized tubes and magnet-levitated pods.

Read more:The mystery of MH370 remains more than 5 years later — here are all the theories, dead ends, and unanswered questions from the most bizarre airline disaster of the centuryA chilling report suggests the pilot on MH370 may have depressurized the cabin, 'gently' killing the more than 200 passengers on board before crashingAn extensive new report suggests that the missing MH370's pilot was 'clinically depressed' and purposely killed all 239 on boardThe Boeing 737 Max crisis could mark a seismic shift for the aviation industry.

The Soyuz 7K-OKS had two crewed flights, both in 1971. Soyuz 11, the second flight, depressurized upon reentry, killing its three-man crew.

After the EVA, Pilot Rick Sturckow depressurized the vestibule between Endeavour and PMA-2 to prepare for the undocking of the two spacecraft on Flight Day 11.

These modifications allowed power generation to return to approximately 70% of the pre-collision generation capability. Spektr was left depressurized and isolated from the remainder of the Mir complex.

Once the hatches were closed, the Pressurized Mating Adapter 2 was depressurized, in advance of undocking. The shuttle crew setup and checked out the rendezvous tools before going to bed.

Today, most pressure cookers are variations on the first-generation cookers, with the addition of new safety features such as a mechanism that prevents the cooker from being opened until it is entirely depressurized.

After the hatches were closed and secured, a series of leak checks were performed on both vehicles, and the Pressurized Mating Adapter 2 (PMA 2) was depressurized. The hatch closures marked the end of joint operations which totaled 10 days, 23 hours and 45 minutes.

Turnhill (2003), p. 134 On November 10, 1968, another automated test flight, Zond 6, was launched. It encountered difficulties in Earth reentry, and depressurized and deployed its parachute too early, causing it to crash-land only from where it had been launched six days earlier.Siddiqi (2003b), pp.

LPCI consists of a pump or pumps that inject coolant into the reactor vessel once it has been depressurized. In some nuclear power plants, LPCI is a mode of operation of a residual heat removal system (RHR or RHS). LPCI is generally not a stand-alone system.

If the fumes do not subside after an attempt is made to diagnose and fix the problem, the flight is diverted to a nearby airport. In a severe fume or smoke event, the aircraft might descend to an altitude of or lower where it can safely be depressurized.

For experiments, hydrous ringwoodite has been synthesized by mixing powders of forsterite (), brucite (), and silica () so as to give the desired final elemental composition. Putting this under 20 gigapascals of pressure at for three or four hours turns this into ringwoodite, which can then be cooled and depressurized.

When the cabin depressurized, the passengers and other flight crew were blown out of the aircraft and fell to their deaths. Investigators believed that the fuselage, with Vulović pinned inside, landed at an angle in a heavily wooded and snow-covered mountainside, which cushioned the impact. Vulović's physicians concluded that her history of low blood pressure caused her to pass out quickly after the cabin depressurized and kept her heart from bursting on impact. Vulović said that she was aware of her low blood pressure before applying to become a flight attendant and knew that it would result in her failing her medical examination, but she drank an excessive amount of coffee beforehand and was accepted.

The first Almaz station (OPS-1 or Almaz 101.1) was launched on April 3, 1973. For purposes of military secrecy, it was publicly designated Salyut 2 upon reaching orbit. A crew was prepared to fly to the station but an accident days after the launch left OPS-1 disabled and depressurized.

A standard tennis racquet or a paddle and a slightly depressurized tennis ball (6 oz instead of 12 oz) are used. Sanctioned Beach Tennis USA events are different depending upon the number of entrants, number of courts available and time. Typically, the preliminary rounds are round-robin, or pool-play.

See Noise-induced hearing loss for more information. This could result in hazard warning alarms not being heard against the background noise. To reduce the noise risks NASA engineers built hardware with inbuilt noise reduction. A depressurized pump producing 100 dB can have the noise levels reduced to 60 dB by fitting four isolation mounts.

Quest The Quest Joint Airlock is used to host spacewalks from the USOS segment of the ISS. It consists of two main parts: the equipment lock and the crew lock. The equipment lock is where the Extravehicular Mobility Units are stored and preparations for spacewalks are carried out. The crew lock is depressurized during spacewalks.

Air casters are sometimes used in place of rolling casters. These require pressurized air to operate, which produces audible hiss that is undesirable in some situations, and are typically more expensive than rolling casters, but they have the advantage of "locking" the scenery securely in place when depressurized and, like swivel casters, they permit omnidirectional movement.

From inside the depressurized docking unit, the two cosmonauts moved the Konus docking unit from the +Z to the -Z docking port, where the Priroda module was docked. The spacewalk lasted 37 minutes. On February 8, 1996 Gidzenko performed his second career spacewalk. He and ESA astronaut Thomas Reiter began the spacewalk at 14:03 UTC.

Only the first one was observed to have fired. The guidance compartment, now separated from the first stage, depressurized 23 seconds later, probably from ignition of the remaining tracking flares within the compartment. The guidance and control system then failed, causing the upper stages to fire in the wrong direction, and Beacon 2 fell short of orbit.

As well, poorly sealed reservoirs would render a water gun useless. Moreover, these water guns cannot be refilled unless emptied and depressurized. Opening a pressurized reservoir blaster while there is pressure remaining in the system can result in copious local water spray or even an unexpected launch of the water gun and/or reservoir out of one's hands.

This damaged the metal skin of the aircraft. This damage was not reported and the plane departed. Climbing through the damaged section of the skin gave way under the difference in pressure between the inside of the aircraft and the outside air. The cabin depressurized explosively necessitating a rapid descent to denser (breathable) air and an emergency landing.

In 2000 and 2001 the institute was again thoroughly updated. The former Seakeeping Basin and Wave and Current Basin were replaced by a new Seakeeping and Manoeuvring Basin and a new Offshore Basin. Moreover, the Vacuum Tank was completely renovated. In 2012 flap type wave maker were added on two sides of vacuum tank which is now called depressurized towing tank (DWB).

During the last attempt Piantanida's face mask had depressurized. His Ground controllers immediately jettisoned the balloon at close to . Piantanida barely survived the fall, and the lack of oxygen left him brain damaged and in a coma from which he never recovered. In the early 1990s, Kittinger played a lead role with NASA assisting British SAS Soldier Charles "Nish" Bruce to break his highest parachute jump record.

The pressure to quickly find housing has been lifted by MIT's guarantees that every freshman student will find space in an on-campus dorm and that undergraduate students can remain in the dorm system for up to 4 years. The old fraternity rush has been depressurized, with recruiting spread out throughout the first academic year, and less-frantic rush events for prospective new members.

Each unit cell contains up to 12 neon atoms in the Cmc21 structure below 600 MPa. This is double the number of argon atoms that can be inserted into that zeolite. At 270 MPa occupancy is around 20% Over 600 MPa this neon penetrated phase transforms to a Pbn21 structure, which can be brought back to zero pressure. However all the neon escapes as it is depressurized.

Carbon dioxide gas in the gap between the two tubes acts as an insulator. The moderator tank also acts as a large heat sink that provides an additional safety feature. In a conventional design with a pressurized core, refuelling the system requires the core to shut down and the pressure vessel to be opened. Due to the arrangement used in CANDU, only the single tube being refuelled needs to be depressurized.

Supercritical carbon dioxide (SCD) can be used instead of PERC (perchloroethylene) or other undesirable solvents for dry-cleaning. Supercritical carbon dioxide sometimes intercalates into buttons, and, when the SCD is depressurized, the buttons pop, or break apart. Detergents that are soluble in carbon dioxide improve the solvating power of the solvent. CO2-based dry cleaning equipment uses liquid CO2, not supercritical CO2, to avoid damage to the buttons.

The supercritical solvent is passed into a vessel at lower pressure than the extraction vessel. The density, and hence dissolving power, of supercritical fluids varies sharply with pressure, and hence the solubility in the lower density CO2 is much lower, and the material precipitates for collection. It is possible to fractionate the dissolved material using a series of vessels at reducing pressure. The CO2 can be recycled or depressurized to atmospheric pressure and vented.

Tamburello Indoor is practiced in an enclosed space such as a sports hall or a school gym on a small field and each team has maximum 8 players of which 3 simultaneously in the field. The ball in this case cannot be made of rubber, because too fast, and then using the tennis ball type depressurized. This is the tamburello's form more prevalent among the world: they play at least in 20 nations.

The chamber is capable of being depressurized to 5×10−7 torr. Adjacent to the chamber is a clean room in which equipment can be prepared for testing. and Operation of the chamber requires about 75 minutes to achieve a space-like environment, and about 2-1/2 hours to return to a normal environment. The chamber is fitted with a number of attachment points and methods by which test objects can be mounted.

But during the flight, thin radiator strips were crushed by a too powerful pump. A tank with cooling engine water, placed in an L-shaped fairing in front of the pilot, depressurized and burned Ferigulu’s face. Fortunately, his eyes were protected by flying glasses ... Forced to land. the pilot refused to prolong the competition, which was won by Sadi Lecuant (Sadi Lecointe) on the Nieuport 29, equipped with a 450-horsepower V-shaped Hispano engine.

During the first, Grunsfeld would have depressurized on Endeavour in order to assist Gregory Johnson and Michael Massimino in transferring an EMU to Atlantis. He and Johnson would then repressurize on Endeavour, and Massimino would have gone back to Atlantis. He, along with Scott Altman and Michael Good would have taken the rest of the equipment and themselves to Endeavour during the final EVA. They would have been standing by in case the RMS system should malfunction.

Only when air evacuation is complete does the discharge stop. Flow is usually controlled by a steam trap or a solenoid valve, but bleed holes are sometimes used. As the steam and air mix, it is also possible to force out the mixture from locations in the chamber other than the bottom. Steam pulsing: air dilution by using a series of steam pulses, in which the chamber is alternately pressurized and then depressurized to near atmospheric pressure.

One such incident occurred in 1983 in the North Sea, where violent explosive decompression from nine atmospheres to one caused four divers to die instantly from massive and lethal barotrauma. Dramatized fictional accounts of this include a scene from the film Licence to Kill, when a character's head explodes after his hyperbaric chamber is rapidly depressurized, and another in the film DeepStar Six, wherein rapid depressurization causes a character to hemorrhage profusely before exploding in a similar fashion.

The Sea Link was transferred aboard the Sea Diver. Link and Stover were visible through the diving compartment's view ports but showed no evident vital signs. The compartment was force ventilated with a helium-oxygen mixture while remaining pressurized, and hot water was sprayed over it in an attempt to raise its internal temperature. On the morning of June 19, medical doctors concluded that Link and Stover were dead, and the compartment began to be depressurized.

SAM manages to find several back doors into the station's systems, interacts with the signal to Earth and warns them about the situation. Earth cuts off Jim, who now knows SAM is to blame. As Jim tries to attack SAM's core, the core suddenly explodes into a large amount of dark red oil that infests the entire station. SAM is able to lock Jim in a depressurized section of the station, killing him as ordered by the hexagonal entity.

During the first, Grunsfeld would have depressurized on Endeavour in order to assist Gregory Johnson and Michael Massimino in transferring an EMU to Atlantis. He and Johnson would then repressurize on Endeavour, and Massimino would have gone back to Atlantis. He, along with Scott Altman and Michael Good would have taken the rest of the equipment and themselves to Endeavour during the final EVA. They would have been standing by in case the RMS system should malfunction.

Paddle tennis (Rebranded as Pop Tennis in 2015) is a game adapted from tennis and played for over a century. Compared to tennis, the court is smaller and has no doubles lanes, and the net is lower. Paddle tennis is played with a solid paddle as opposed to a strung racquet, and a depressurized tennis ball is used. The same court is used for both singles and doubles, with doubles being the dominant form of play.

As with tennis, the objective is to return the ball with only one hit so that it reaches the opposing side of the net. The sport uses a depressurized tennis ball to make for longer rallies as it will travel more slowly through the air than a regulation tennis ball. Rackets and balls The sport is (usually) played by two-person teams on a regulation beach volleyball court with a 5-foot-7-inch-high net.

During training on Earth, everything required had been neatly laid out in advance, but on the Moon the cabin contained a large number of other items as well, such as checklists, food packets, and tools. Six hours and thirty-nine minutes after landing Armstrong and Aldrin were ready to go outside, and Eagle was depressurized. Eagles hatch was opened at 02:39:33. Armstrong initially had some difficulties squeezing through the hatch with his portable life support system (PLSS).

On 15 September 1998 Padalka performed the first spacewalk of his career during a stay aboard Mir along with Sergei Avdeyev. After donning spacesuits, the PKhO compartment of the Mir Core Module was depressurized and the spacewalkers entered the dead Spektr module at 20:00 GMT. The crew reconnected some cables for the solar panel steering mechanism and closed the hatch a half hour later. The PKhO was then repressurized after a spacewalk which lasted 30 minutes.

Two lights lit the airlock interior, and three 16mm cameras — two in the airlock, one outside on a boom-mounted to the upper ring — recorded the historic first spacewalk. Belyayev controlled the airlock from inside Voskhod 2, but a set of backup controls for Leonov was suspended on bungee cords inside the airlock. Leonov entered the Volga, then Belyayev sealed Voskhod 2 behind him and depressurized the airlock. Leonov opened Volga's outer hatch and pushed out to the end of his umbilicus.

On 10 June 2009 Gennady Padalka and Michael Barratt entered the transfer compartment in the Zvezda module. The "internal spacewalk" began 10 minutes behind schedule because of initial problems with pressure inside the airlock, which did not fall as fast as expected. While they were not in open space outside the ISS, Padalka and Barratt had to wear space suits in the depressurized compartment. During the 12 minute spacewalk the two crew members moved a docking mechanism to accommodate the MRM-2.

However, ground controllers listening to the communications link with the Strato Jump III were startled by the sound of a whoosh of rushing air and a sudden, cut-off call over the radio to abort. Piantanida's suit had depressurized at about the 57,000-foot mark. Ground controllers immediately jettisoned the balloon at close to – higher than the cruising altitude for commercial jets – and for 25 minutes Piantanida's gondola parachuted to the ground. He barely survived the descent, having suffered massive tissue damage due to ebullism.

Since they were too high for an APU start, the ram air turbine (known as an "air-driven generator" on Bombardier products) was deployed to provide electric power for the aircraft, and the crew donned oxygen masks, as the cabin slowly depressurized due to loss of pressurization air from the engines. The crew glided for several minutes and then tried to restart engines using the APU at . This was again unsuccessful. They then declared to Air Traffic Control (ATC) that they had a single-engine flameout.

At Patuxent River the future Medal of Honor recipient, James Stockdale tutored him in physics and math. Glenn's first flight test assignment, testing the FJ-3 Fury, nearly killed him when its cockpit depressurized and its oxygen system failed. He also tested the armament of aircraft such as the Vought F7U Cutlass and F8U Crusader. From November 1956 to April 1959, he was assigned to the Fighter Design Branch of the Navy Bureau of Aeronautics in Washington, D.C., and attended the University of Maryland.

Further efforts on that day to establish communications with the spacecraft were unsuccessful. Two more communication sessions were attempted on 28 April to regain control of the spacecraft, but did not succeed. On 29 April, Roscosmos officially announced that the spacecraft was out of control and its orbit would eventually decay to fall back into Earth's atmosphere, with multiple systems suffering from failure and the main engine's fuel lines depressurized. The spacecraft was expected to disintegrate in the Earth's atmosphere between 7 and 11 May 2015.

He entered cosmonaut training in January 1963 and completed training in January 1966. After completing his training, Kolodin served non-flight (backup) roles on the Voskhod 2, Soyuz 5, Soyuz 7, Soyuz 11, and Soyuz 12 spaceflights. He trained as test engineer of the 1st crew to fly on Soyuz 11 to 1st visit the Salyut 1 space station, but the entire crew was bumped when it was suspected that flight engineer Valeri Kubasov had contracted tuberculosis. The crew that replaced them perished during their mission when their capsule depressurized during preparations for re-entry.

On Sunday January 7, 1996, ValuJet Flight 558, another DC-9-32, FAA registration N922VV, while on final approach to Nashville International Airport encountered pressurization problems. Because of this, the crew pulled the Ground Control Relay (GCR) circuit breakers H20 and J20. When on the final approach to runway 02R at 100 feet, the cabin was completely depressurized, so the captain reset the breakers. As a result, the spoilers suddenly activated automatically, causing the jet to enter a high sink rate, striking the runway at full power and in a nose high attitude.

If the barrel is not completely depressurized, the pig can be ejected from the barrel and operators have been severely injured when standing in front of an open pig door. A pig was once accidentally shot out of the end of a pipeline without a proper pig receiver and went through the side of a house 500 feet away. When the product is sour, the barrel should be evacuated to a flare system where the sour gas is burnt. Operators should wear a self-contained breathing apparatus when working on sour systems.

The Voskhod's avionics required cooling by cabin air to prevent overheating, therefore an airlock was required for the spacewalking cosmonaut to exit and re-enter the cabin while it remained pressurized. By contrast, the Gemini avionics did not require air cooling, allowing the spacewalking astronaut to exit and re-enter the depressurized cabin through an open hatch. Because of this, the American and Soviet space programs developed different definitions for the duration of an EVA. The Soviet (now Russian) definition begins when the outer airlock hatch is open and the cosmonaut is in vacuum.

The core of the stack was a pressurized compartment called the Orbital Compartment. This part housed the spacecraft's control electronics, radio transmitters and receivers, batteries, astro-orientation equipment, and so on. The compartment was pressurized to around 100 kPa and thermally controlled to simulate earth-like conditions, which removed the need for special electronic components that could reliably operate in extreme conditions (on Zond 1 the module depressurized in flight, severely damaging the probe's systems). Mounted on the outside of the Orbital Compartment were two solar panels which supplied power to the spacecraft.

In order to improve Young's and Duke's sleep schedule, the third and final moonwalk of the mission was trimmed from seven hours to five. The next morning, flight day five, Young and Duke ate breakfast and began preparations for the first extra-vehicular activity (EVA), or moonwalk. After the pair donned and pressurized their space suits and depressurized the lunar module cabin, Young climbed out onto the "porch" of the LM, a small platform above the ladder. Duke handed Young a jettison bag full of trash to dispose of on the surface.

As a result of the fire the plant declared an "unusual event", the least serious of the four categories of emergency declarations by the Nuclear Regulatory Commission."Event Notification Report for February 27, 2006," Event Reports For 02/24/2006 - 02/27/2006, Operations Center, U.S. Nuclear Regulatory Commission, February 27, 2007. Retrieved August 30, 2007. On January 30, 2012, the Byron Unit 2 was shut down and depressurized after a failed insulator in the plant's switchyard caused the loss of one phase to the plant's startup transformers.

Excess heat can be removed by immersion of the cylinder in a cold water bath while filling. However, immersion for cooling can also increase the risk of water contaminating the valve orifice of a completely depressurized tank and being blown into the cylinder during filling. Cylinders may also be filled without water-bath cooling, and may be charged to above the nominal working pressure to the developed pressure appropriate to the temperature when filled. As the gas cools to ambient temperature, the pressure decreases, and will reach rated charging pressure at the rated temperature.

The final investigation report found that the accident was the result of fatigue cracking caused by inadequate maintenance after a much earlier tailstrike incident. On 7 February 1980, the aircraft was flying from Stockholm Arlanda Airport to Taoyuan International Airport via King Abdulaziz International Airport and Kai Tak International Airport as China Airlines Flight 009. While landing in Hong Kong, part of the plane's tail had scraped along the runway. The aircraft was depressurized, ferried back to Taiwan on the same day, and a temporary repair done the day after.

As the piston accelerates toward the junction point, it rapidly compresses the hydrogen gas in the pump tube to a pressure of . The small projectile, meanwhile, rests in the adjacent depressurized launch tube. As the hydrogen gas reaches maximum pressure, a coupling holding the projectile in place is destroyed and the hydrogen drives the projectile down a 4-in diameter barrel at extremely high velocities until it bursts through a thin plastic sheet covering the end of the gun. All recoil forces are absorbed by the rail- mounted sleds as they are propelled outwards along their tracks.

In 1971, the Soyuz 11 mission to stay at the Salyut 1 space station resulted in the deaths of three cosmonauts when the reentry capsule depressurized during preparations for reentry. This accident resulted in the only human causality to occur in space (beyond , as opposed to the high atmosphere). The crew members aboard Soyuz 11 were Vladislav Volkov, Georgey Dobrovolski, and Viktor Patsayev. On April 5, 1975, Soyuz 7K-T No.39, the second stage of a Soyuz rocket carrying two cosmonauts to the Salyut 4 space station malfunctioned, resulting in the first crewed launch abort.

It is not clear whether the tender who opened the clamp before the trunk was depressurized did so by order of his supervisor, on his own initiative, or because of miscommunication. At the time, the only communication the tenders on the outside of the chamber system had was through a bullhorn attached to the wall surface; with heavy noise from the rig and sea, it was hard to listen in on what was going on. Fatigue from many hard hours of work also took its toll among the divers, who often worked 16-hour shifts. This incident was also attributed to engineering failure.

The pig is pushed either with a gas or a liquid; if pushed by gas, some systems can be adapted in the gas inlet in order to ensure pig's constant speed, whatever the flow pressure is. The pigs must be removed, as many pigs are rented, pigs wear and must be replaced, and cleaning (and other) pigs push contaminants from the pipeline such as wax, foreign objects, hydrates, etc., which must be removed from the pipeline. There are inherent risks in opening the barrel to atmospheric pressure so care must be taken to ensure that the barrel is depressurized prior to opening.

Mishin remained in control of the project that became Salyut but the decision backed by Mishin to fly a three-man crew without pressure suits rather than a two-man crew with suits to Salyut 1 in 1971 proved fatal when the re-entry capsule depressurized killing the crew on their return to Earth. Mishin was removed from many projects, with Chelomey regaining control of Salyut. After working with NASA on the Apollo–Soyuz, the Soviet leadership decided a new management approach was needed, and in 1974 the N1 was canceled and Mishin was out of office. The design bureau was renamed NPO Energia with Glushko as chief designer.

Welding in space is also possible—it was first attempted in 1969 by Russian cosmonauts during the Soyuz 6 mission, when they performed experiments to test shielded metal arc welding, plasma arc welding, and electron beam welding in a depressurized environment. Further testing of these methods was done in the following decades, and today researchers continue to develop methods for using other welding processes in space, such as laser beam welding, resistance welding, and friction welding. Advances in these areas may be useful for future endeavours similar to the construction of the International Space Station, which could rely on welding for joining in space the parts that were manufactured on Earth.

Small pressure pan application A third test method to determine if ductwork is leaking to the outside is to use a pressure pan, which is a register cover with a pressure tap for a hose connection. With the house pressurized (or depressurized) to 50 Pa (-50 Pa) using a blower door, a pressure gauge is attached to the pressure pan by means of a hose. If the pressure difference is near zero, this indicates that the ductwork associated with that particular register is not connected to the outside. A pressure 5 Pa or above indicates that the duct work is connected to or leaking to the outside.

On this five-day Discovery flight, launched on April 24, 1990, from the Kennedy Space Center in Florida, the crew deployed the Hubble Space Telescope from their record-setting altitude of . During the deployment of Hubble, one of the observatory's solar arrays stopped as it unfurled. While ground controllers searched for a way to command HST to unreel the solar array, Mission Specialists McCandless and Sullivan began preparing for a contingency spacewalk in the event that the array could not be deployed through ground control. The array eventually came free and unfurled through ground control, while McCandless and Sullivan were pre-breathing inside the partially depressurized airlock.

In this system stage, sample is first cooled in Sample Coolers, depressurized in Pressure Regulator and then fed to various analyzers while the flow characteristics is kept constant by means of Back Pressure Regulator. The need to condition the sample exists, because the sensors used for online analysis are not able to handle the water/steam sample at high temperatures or pressures. To maintain a common reference of analysis, the sample analysis should be done at 25 °C. However, due to temperature compensation logic being available in most of the analyzers today, it is a practice to cool the sample to 25–40 °C.

The only other flight to suffer a fatal accident, Soyuz 11, killed its crew of three when the cabin depressurized prematurely just before reentry. These were the only humans to date to have died above the Kármán line. Despite these early incidents, Soyuz is widely considered the world's safest, most cost-effective human spaceflight vehicle, established by its unparalleled length of operational history.Soyuz:The Greatest Spacecraft EverThe best ride in the galaxy – coming back to Earth in a Soyuz Soyuz spacecraft were used to carry cosmonauts to and from Salyut and later Mir Soviet space stations, and are now used for transport to and from the International Space Station (ISS).

Airspeed and altitude data were lost, the aircraft depressurized, and an antenna became wrapped around the tailplane. The J-8's tail fin struck the EP-3's left aileron, forcing it fully upright, and causing the U.S. aircraft to roll to the left at three to four times its normal maximum rate. Shenyang J-8 81192, the aircraft that collided with the EP-3E The impact sent the EP-3 into a 30° dive at a bank angle of 130°, almost inverted. It dropped in 30 seconds, and fell another before the pilot, Lt. Shane Osborn, got the EP-3's wings level and the nose up.

Dropping In Microgravity Environment (DIME) is an annual contest held by NASA's Glenn Research Center. Teams of high school students, with one "faculty adviser", from anywhere in the United States or its territories can enter. The teams prepare and submit proposals for research to be performed; four teams are selected to travel to the Glenn Research Center and perform their experiments at the Zero Gravity Research Facility, in the "drop tower", a deep shaft that can be completely depressurized and thus simulate microgravity when an object is in free fall in it. A further four teams' experiments are selected and conducted by the Center staff.

One of Hubble's solar arrays was unexpectedly disturbed by a gust of air from Discovery's airlock when it was depressurized, but was not damaged. Lee and Smith removed two scientific instruments from Hubble, the Goddard High Resolution Spectrograph (GHRS) and Faint Object Spectrograph (FOS), and replaced them with the Space Telescope Imaging Spectrograph (STIS) and Near Infrared Camera and Multi-Object Spectrometer (NICMOS), respectively. STIS expected to shed further light on supermassive black holes. NICMOS features more capable infrared detectors and gave astronomers their first clear view of the universe at near infrared wavelengths between 0.8 and 2.5 micrometers. EVA 2 began at 10:25 pm, 14 February, and lasted seven hours, 27 minutes.

On 30 July, NASA announced that Wendy Lawrence, originally assigned to succeed Foale on Mir, was being replaced by Wolf. The change was deemed necessary to allow Wolf to act as a backup crew member for the space walks planned over the next several months to repair Spektr. Unlike Wolf, Lawrence could not fit in the Orlan suit that is used for Russian space walks and she did not undergo space walk training. Following their arrival at the station 7 August, Mir 24 Commander Anatoly Solovyev and Flight Engineer Pavel Vinogradov conducted the internal space walk inside the depressurized Spektr module 22 August, reconnecting 11 power cables from the Spektr's solar arrays to a new custom-made hatch for the Spektr.

They added that shutting off the flow of natural gas through the pipeline would compound the problem, because the pipe had previously been used to transport crude oil and the residual crude in the pipe would then be exposed to the sea water once the pipeline was depressurized. The leak was first reported in February 2017, but an investigation by the Pipeline and Hazardous Materials Safety Administration states that the leak may have begun in December 2016. The leak was reported to be dry natural gas being sent to the platforms as fuel, which consists of 99% methane. Divers reported that the leak was caused by the pipeline being laid across a rock on the ocean floor, resulting in a small hole.

At first, it was assumed that caldera collapse took place during the 1600 event, as accounts of the eruption stated that the volcano was obliterated to its foundation; later investigation suggested otherwise. Normally very large volcanic eruptions are accompanied by the formation of a caldera, but exceptions do exist. This might reflect either the regional tectonics or the absence of a shallow magma chamber, which prevented the collapse of the chamber from reaching the surface; most of the magma erupted in 1600 originated at of depth. Some collapse structures did nevertheless form at Huaynaputina, in the form of two not readily recognizable circular areas within the amphitheatre and around the three vents, probably when the magmatic system depressurized during the eruption.

According to the NTSB's preliminary report, customers in the accident area received gas from a low-pressure (0.5 psi) distribution network which, in turn, was fed from a high-pressure (75 psi) main pipeline via regulators controlled by sensors measuring pressure in the low-pressure pipes. At the time of the accident, workers were replacing some of the low-pressure piping, but the procedure set out by Columbia Gas for doing this failed to include transfer of a regulator's pressure sensor from the old, disused piping to the new. As a result, when the old pipe was depressurized, the regulator sensed zero pressure on the low-pressure side and opened completely, feeding the main pipeline's full pressure into the local distribution network.

After his NFL career, Stovall became a college football assistant coach. He eventually returned to LSU, as an assistant for head coach Charlie McClendon. Stovall became LSU's head coach as an emergency hire after new head coach Bo Rein died when his plane depressurized and disappeared over the Atlantic Ocean. In Stovall's four years with the Tigers (1980–1983), LSU finished 7–4, 3–7–1, 8–3–1, and 4–7. Only one of Stovall's teams appeared in the final AP Poll: the 1982 team. That team finished the season ranked No. 11 after it beat No. 4 Florida, No. 8 Alabama, and No. 7 Florida State and earned a spot in the Orange Bowl, where LSU lost, 21–20, to a No. 3 Nebraska team led by Tom Osborne.

If, on the other hand, the cabin was not depressurized or only slowly depressurizing, they may have been conscious for the entire fall until impact. Recovery of the cabin found that the middeck floor had not suffered buckling or tearing, as would result from a rapid decompression, thus providing some evidence that the depressurization may not have happened suddenly. NASA routinely trained shuttle crews for splashdown events, but the cabin hit the ocean surface at roughly , with an estimated deceleration at impact of well over 200 g, far beyond the structural limits of the crew compartment or crew survivability levels, and far greater than almost any automobile, aircraft, or train accident. The crew would have been torn from their seats and killed instantly by the extreme impact force.

The mishap occurred while Mir 23 Commander Vasili Tsibliev was guiding the Progress capsule to a manual docking and depressurized the station. The crew sealed the hatch to the leaking Spektr module, leaving inside Foale's personal effects and several NASA science experiments, and repressurized the remaining modules. An internal space walk by Tsibliev and Mir 23 Flight Engineer Aleksandr Lazutkin was planned to reconnect power cables to the three undamaged solar arrays, but during a routine medical exam 13 July Tsibliev was found to have an irregular heartbeat. Foale then began training for the space walk, but during one of the training exercises a power cable was inadvertently disconnected, leaving the station without power. On 21 July, it was announced that the internal space walk would not be conducted by the Mir 23 crew but their successors on Mir 24.

A layer of clay was placed at the bottom of the East River, atop the tunnel's path, to prevent air leakages and to maintain air pressure within the tubes. This "blanket" contained about of clay. This was the first time a clay blanket was used on an underwater tunnel project, so digging work was delayed for four months to allow the clay layer to be placed. Officials feared that the tunnel might not open before the end of 1940, as was originally planned. A contract for digging the tubes themselves was awarded in June 1937. The project employed as many as 2,500 sandhogs at a time. Because the work site had such a high air pressure, each man worked two 30-minute shifts per day, punctuated by a 6-hour break in a depressurized chamber so that they would not get decompression sickness. On the Queens side, it was proposed to link the tunnel to what is now I-495.

The USAF version had auto-coupling of the refueling nozzle, where the leader line with the refueling hose is pulled to the receiver aircraft and a refueling receptacle on the belly of the aircraft, allowing high-altitude air-to-air refueling and doing away with the aircraft having to fly to a lower altitude to be depressurized so a crew member could manually do the coupling. This air-to-air refueling system was used by the B-50 Superfortress Lucky Lady II of the 43rd Bomb Wing to make its famous first non-stop around-the-world flight in 1949. "B-50s In Great Britain" , Flight magazine, September 1, 1949 From February 26 to March 3, 1949, Lucky Lady II flew non-stop around the world in 94 hours and 1 minute, a feat made possible by four aerial refuelings from four pairs of KB-29M tankers of the 43d ARS. Before the mission, crews of the 43rd had experienced only a single operational air refueling contact.

Unlike the Apollo LM, in which the entire cabin was depressurized during extra-vehicular activity, the airlock would allow a crew member with a malfunctioning spacesuit to quickly return to the Altair spacecraft without having to terminate the entire EVA, and allowed the landing party to complete most of their tasks during their 7-day lunar stay. Also, the airlock would remain as part of the Altair's descent stage, allowing NASA to utilize the airlock as a component of the Lunar Outpost. Because the Ares V payload shroud was planned to have a diameter of and height of (including landing gear), the landers were designed to retract so as to fit within the Ares V's payload shroud. The spacecraft would also have included an improved miniature camping-style toilet, similar to the unit now used on the ISS and the Russian Soyuz spacecraft, a food warmer to eliminate the "cold soup" menu used during Apollo missions, a laser- guided distance measurement system (with radar backup), using data acquired by advanced uncrewed lunar orbiting spacecraft, and new "glass cockpit" and Boeing 787-based computer system identical to that on the Orion spacecraft.