Tag Archives: capsule

Kim Kardashian Kept “Every Single” Yeezy Design In A “Time Capsule” Storage Unit As A “Tribute” To The Old Kanye West After He Said She Should “Burn” It All – BuzzFeed News

  1. Kim Kardashian Kept “Every Single” Yeezy Design In A “Time Capsule” Storage Unit As A “Tribute” To The Old Kanye West After He Said She Should “Burn” It All BuzzFeed News
  2. Kim Kardashian Regrets ‘Fast’ Pete Davidson Romance, Admits She Didn’t ‘Deal and Heal’ After Kanye West Split PEOPLE
  3. Kim Kardashian Has Regrets About Pete Davidson Relationship TMZ
  4. Inside Kim Kardashian’s EPIC storage closet: ‘Disgusting’ shoes bought to be like Victoria Beckham, a portrait Daily Mail
  5. Kim Kardashian Wants Kanye West in Kids’ Lives, Refuses to ‘Take That’ Away PEOPLE
  6. View Full Coverage on Google News

Read original article here

Appetite-Control Capsule: Ingestible Electroceutical Tames Hunger Hormones – SciTechDaily

  1. Appetite-Control Capsule: Ingestible Electroceutical Tames Hunger Hormones SciTechDaily
  2. Ingestible “electroceutical” capsule stimulates hunger-regulating hormone | MIT News | Massachusetts Institute of Technology MIT News
  3. Pill that zaps stomach cells could treat nausea and lack of appetite New Scientist
  4. Bioinspired, ingestible electroceutical capsules for hunger-regulating hormone modulation Science
  5. Researchers develop the first-ever ingestible electroceutical device to control appetite by hormone modulation Medical Xpress
  6. View Full Coverage on Google News

Read original article here

How do you lose a radioactive capsule? Australian investigators are wondering too


Brisbane, Australia
CNN
 — 

The discovery of a tiny lost radioactive capsule beside a remote highway in Western Australia raises many questions – not least how it escaped layers of radiation-proof packaging loaded onto a moving truck.

It’s one of the many puzzling aspects of a case investigators will examine in the coming weeks as they try to piece together the timeline of the capsule’s movements from January 12, when it was packaged for transport, to February 1, when a recovery team found it by the side of the road.

The capsule – just 8 millimeters by 6 millimeters – was used in a density gauge fitted to a pipe at Rio Tinto’s Gudai-Darri iron ore mine to measure the flow of material through the feeder.

Rio Tinto said in a statement Monday the capsule was packaged for transit to Perth, 1,400 kilometers (870 miles away), with its presence inside the package confirmed by a Geiger counter before it was transported by a third-party contractor.

Normally, the trip would take more than 12 hours by road, but roughly two hours in, the capsule exited the vehicle as it traveled south, and somehow crossed one lane of traffic, to end up two meters (6.5 feet) from the northbound side of the two-lane highway.

Lauren Steen, general manager of Radiation Services WA, a consultancy that writes radiation management plans, said industry insiders were just as baffled as the public when they heard the capsule was missing.

“The whole team were scratching our head. We couldn’t figure out what had happened,” said Steen, whose company was not involved in its disappearance.

“If the source had been placed in a certified package and transported under all of the requirements of the code of practice, then it’s an extremely unlikely event – one-in-a-million,” she said.

The truck thought to be carrying the capsule arrived in Perth on January 16, four days after its departure from the Gudai-Darri iron ore mine. But it wasn’t until January 25, when workers from SGS Australia went to unpack the gauge for inspection, that it was discovered missing.

In a statement, SGS Australia said it had been hired by Rio Tinto to package the capsule but it had nothing to do with its transportation, which was carried out by a “specialist transporter.”

“We performed the contracted service to package the equipment at the mine site and unpackage it following transportation using qualified personnel for our customer in accordance with all standards and regulations,” it said.

“The transportation of the package, organized by our client and delegated to a specialist transporter, was not within the scope of SGS services. Our personnel noticed the loss of the source at our Perth laboratory when opening the package and reported this incident immediately.”

The name of the company contracted to transport the package has not been released.

The missing capsule triggered a six-day search along a stretch of the Great Northern Highway. Then on Wednesday morning, a car fitted with special equipment traveling south of the small town of Newman detected a higher radiation reading. Handheld devices were then used to hone in on the capsule nestled in the dirt.

In Australia, each state has its own laws regarding the handling of radioactive substances and codes of practice that comply with guidelines set by the Australian Radiation and Nuclear Safety Agency (ARPANSA), a government body that works closely with the International Atomic Energy Agency (IAEA) and World Health Organization (WHO).

In Western Australia, the rules are governed by the Radiation Safety Act 1975, which Steen says is well overdue for review. “It hasn’t been rewritten since the 70s, so I think that kind of speaks for itself,” she said.

Steen said over the decades technological advancements had made the use of radiation sources within mining equipment much safer – and because it was safer, devices were being used more frequently. As of 2021, over 150 projects were operating in Western Australia, the hub of the country’s mining exports, according to the state’s Chamber of Minerals and Energy.

Under the Radiation Safety Act 1975, only specially trained and licensed operators can package radioactive substances, but different rules apply to contractors hired to transport it, Steen said.

“Any transport company can transport radioactive material provided they have got the license to do so,” she said.

Under the act that license can be obtained by attending a one-day course and passing a test certified and approved by the regulator.

The licensee must have oversight of a transportation plan submitted to the regulator but does not have to supervise the journey in person. There are no rules about the type of vehicles used for transport.

Steen says clearly something went wrong – and she hopes the results of the investigation will be shared with the radiation community so they can avoid such issues in future.

Discussion has already started about the need for tougher penalties – in WA, mishandling radioactive substances carries a fine of just 1,000 Australian dollars ($714) – a figure described as “ridiculously low” by Australian Prime Minister Anthony Albanese to reporters on Wednesday.

The rules around packaging radiation sources depend on how much radiation they emit. In some cases, the device could be encased in three layers. In the case of the capsule, the gauge could be considered one layer of protection before it was placed into an “overpack,” a container that was likely bolted shut.

In a statement, DFES said when the package was opened the gauge was found to be broken, with one of the four mounting bolts missing. Referring to the capsule, the statement added, “the source itself and all screws on the gauge were also missing.”

One theory investigators may examine is if the gauge broke and the capsule fell out of the overpack through a hole used to secure the lid.

It’s expected to be several weeks before the Radiological Council submits its report to the WA health minister. Meanwhile, Rio Tinto is carrying out its own investigation.

CEO Simon Trott said the company would be willing to reimburse the government for costs associated with the search – if requested.

WA Emergency Services Minister Stephen Dawson said the offer was appreciated but the government would wait for the outcome of the investigation to apportion blame.

He said he didn’t know how much the search had cost but at least 100 people were involved including police, firefighters, health department and defence force personnel.

Staff from the National Emergency Management Agency, the Australian Nuclear and Science Technology Organization and the Australian Radiation Protection and Nuclear Safety Agency also took part.

On Thursday, relieved DFES officials released new images of the capsule being taken to Perth where it will be safely held in a facility.

This time, it traveled in a convoy of enclosed white vehicles – with big stickers warning of the presence of a radioactive substance.

Read original article here

Australian nuclear body joins search for missing radioactive capsule

MELBOURNE, Jan 31 (Reuters) – Australia’s nuclear safety agency said on Tuesday it had joined the hunt for a tiny radioactive capsule missing somewhere in the outback, sending a team with specialised car-mounted and portable detection equipment.

Authorities have now been on a week-long search for the capsule which is believed to have fallen from a truck that made a 1,400 km (870 mile) journey in Western Australia. The loss has triggered a radiation alert for large parts of the vast state.

The capsule, part of a gauge used to measure the density of iron ore feed, had been entrusted by Rio Tinto Ltd (RIO.AX) to a specialist contractor to transport. Rio apologised on Monday for the loss, which happened sometime in the past two weeks.

The Australian Radiation Protection and Nuclear Safety Agency said it was working with the Western Australian government to locate the capsule. It added that the Australian Nuclear Science and Technology Organisation has also sent radiation services specialists as well as detection and imaging equipment.

The truck travelled from Rio’s Gudai-Darri mine, north of Newman, a small town in the remote Kimberley region, to a storage facility in the suburbs of Perth – a distance longer than the length of Great Britain.

State emergency officials on Tuesday issued a fresh alert to motorists along Australia’s longest highway to take care when approaching the search parties, as vehicles carrying the radiation detectors are travelling at slow speeds.

“It will take approximately five days to travel the original route, an estimated 1400kms, with crews travelling north and south along Great Northern Highway,” Department of Fire and Emergency Services Incident Controller Darryl Ray said in a statement late on Monday.

The gauge was picked up from the mine site on Jan. 12. When it was unpacked for inspection on Jan. 25, the gauge was found broken apart, with one of four mounting bolts missing and screws from the gauge also gone.

Authorities suspect vibrations from the truck caused the screws and the bolt to come loose, and the capsule fell out of the package and then out of a gap in the truck.

The silver capsule, 6 mm in diameter and 8 mm long, contains Caesium-137 which emits radiation equal to 10 X-rays per hour.

People have been told to stay at least five metres (16.5 feet) away as exposure could cause radiation burns or radiation sickness, though driving past the capsule is believed to be relatively low risk, akin to taking an X-ray.

Reporting by Melanie Burton in Melbourne; Editing by Muralikumar Anantharaman and Edwina Gibbs

Our Standards: The Thomson Reuters Trust Principles.

Read original article here

Rio Tinto apologises for loss of tiny radioactive capsule in Australian outback

MELBOURNE, Jan 30 (Reuters) – Rio Tinto Ltd (RIO.AX) apologised on Monday for the loss of a tiny radioactive capsule that has sparked a radiation alert across parts of the vast state of Western Australia.

The radioactive capsule, believed to have fallen from a truck, was part of a gauge used to measure the density of iron ore feed which had been entrusted to a specialist contractor to transport. The loss may have occurred up to two weeks ago.

Authorities are now grappling with the daunting task of searching along the truck’s 1,400 kilometre (870 mile) journey from north of Newman – a small town in the remote Kimberley region – to a storage facility in the northeast suburbs of Perth – a distance longer than the length of Great Britain.

The task, while akin to finding the proverbial needle in a haystack, is “not impossible” as searchers are equipped with radiation detectors, said Andrew Stuchbery who runs the department of Nuclear Physics & Accelerator Applications at the Australian National University.

“That’s like if you dangled a magnet over a haystack, it’s going to give you more of a chance,” he said.

“If the source just happened to be lying in the middle of the road you might get lucky…It’s quite radioactive so if you get close to it, it will stick out,” he said.

The gauge was picked up from Rio’s Gudai-Darri mine site on Jan. 12. When it was unpacked for inspection on Jan. 25, the gauge was found broken apart, with one of four mounting bolts missing and screws from the gauge also gone.

Authorities suspect vibrations from the truck caused the screws and the bolt to come loose, and the radioactive capsule from the gauge fell out of the package and then out of a gap in the truck.

“We are taking this incident very seriously. We recognise this is clearly very concerning and are sorry for the alarm it has caused in the Western Australian community,” Simon Trott, Rio’s iron ore division chief, said in a statement.

The silver capsule, 6 millimetres (mm) in diameter and 8 mm long, contains Caesium-137 which emits radiation equal to 10 X-rays per hour.

Authorities have recommended people stay at least five metres (16.5 feet) away as exposure could cause radiation burns or radiation sickness, though they add that the risk to the general community is relatively low.

“From what I have read, if you drive past it, the risk is equivalent to an X-ray. But if you stand next to it or you handle it, it could be very dangerous,” said Stuchbery.

The state’s emergency services department has established a hazard management team and has brought in specialised equipment that includes portable radiation survey meters to detect radiation levels across a 20-metre radius and which can be used from moving vehicles.

Trott said Rio had engaged a third-party contractor, with appropriate expertise and certification, to safely package and transport the gauge.

“We have completed radiological surveys of all areas on site where the device had been, and surveyed roads within the mine site as well as the access road leading away from the Gudai-Darri mine site,” he said, adding that Rio was also conducting its own investigation into how the loss occurred.

Analysts said that the transport of dangerous goods to and from mine sites was routine, adding that such incidents have been extremely rare and did not reflect poor safety standards on Rio’s part.

The incident is another headache for the mining giant following its 2020 destruction of two ancient and sacred rock shelters in the Pilbara region of Western Australia for an iron ore mine.

Reporting by Melanie Burton; Editing by Edwina Gibbs

Our Standards: The Thomson Reuters Trust Principles.

Read original article here

Radioactive capsule missing in Western Australia, search underway



CNN
 — 

Officials have warned the public of the risks in touching a small capsule containing a radioactive substance that was lost during transportation in Western Australia.

The silver, round capsule, which measures about a quarter of an inch in diameter and is about a third of an inch tall, contains a small quantity of radioactive Caesium-137, a substance used within gauges in mining operations. Australia’s Department of Health has warned of the material’s serious health consequences.

The capsule left a mine site north of the town of Newman by road on January 12, according to a statement released by Western Australia’s Department of Fire & Emergency Services (DFES) on Saturday.

It was being sent to the northeastern suburbs of Perth for repairs. The package holding the capsule arrived in Perth on January 16 and was unloaded and kept in a secure radiation store.

However, when the package was opened for inspection on Wednesday, the gauge was found to be broken apart with screws missing – and the capsule was not there.

Western Australia police notified DFES and the Hazard Management Agency that evening. A search is underway to find the capsule and safely contain it, according to DFES Country North chief superintendent David Gill.

“A multi-agency Incident Management Team, comprised of DFES, Department of Health, WA Police and other subject matter experts, are confirming the exact route and stops made during the journey from north of Newman,” he said in a statement on Friday.

“The start and finish of the transportation journey – the mine site north of Newman and the transport depot in the north-eastern suburbs of Perth – were among the locations searched” on Thursday and Friday, he added. “We are also combing roads and other areas in the search zone.”

The emergency services warned of a radioactive substance risk in parts of the Pilbara, Midwest Gascoyne, Goldfields-Midlands and Perth Metropolitan regions.

Exposure to Caesium-137 could cause radiation burns or radiation sickness. However, risk to the general community is relatively low, officials said.

“If people see the capsule or something that looks similar, stay away from it and keep others away from it too,” said Dr. Andrew Robertson, chief health officer and Radiological Council chair, in a statement on Friday.

“Do not touch or pick it up. The public is asked to report it immediately by calling 13 DFES (13 33 37),” he added, advising anyone who touches or goes close to the material for a long period of time to seek medical care.

“If you are very close to the material or touching it, the radiation risk increases immensely and could cause serious damage to your health, including causing radiation burns to the skin,” Robertson said.

Read original article here

SpaceX Capsule Refitted to Carry 5 Crew Members in Case of ISS Emergency

SpaceX Dragon Endurance arriving at the ISS on October 6, 2022.

A seat liner from the damaged Soyuz MS-22 capsule at the International Space Station has been relocated to Endurance, converting the SpaceX Crew Dragon to a five-person “lifeboat” should the crew be forced to evacuate in the event of an extreme emergency.

The International Space Station mission management team made the decision to relocate the seat liner from Soyuz MS-22 to the Endurance Crew Dragon on January 12, according to a NASA statement. The seat liner in question belongs to NASA astronaut Frank Rubio, who flew to the ISS on September 21, 2022 aboard the Russian Soyuz craft. This is being done to “provide lifeboat capabilities in the event Rubio would need to return to Earth because of an emergency evacuation from the space station,” the space agency said.

Read more

An apparent micrometeorite struck the Soyuz in December, damaging its cooling system. Roscosmos deemed the spacecraft as being unsafe for a crew ride back to Earth, forcing the Russian space agency and NASA to come up with a solution. That solution is MS-23—an uncrewed replacement Soyuz vehicle that won’t launch to the ISS until February 22 at the earliest.

That’s 33 days from now, an uncomfortable length of time during which Rubio and cosmonauts Sergey Prokopyev and Dmitri Petelin don’t have a safe and reliable means of returning to Earth, should a severe emergency arise on the ISS. A full evacuation of the orbital outpost has never occurred, but that doesn’t mean it can’t happen—hence the need to increase the crew capacity of Endurance, which was originally configured for four astronauts: NASA astronauts Nicole Mann and Josh Cassada, Koichi Wakata of the Japan Aerospace Exploration Agency (JAXA), and Anna Kikina of Roscosmos.

On January 17, NASA astronauts Josh Cassada and Nicole Mann worked inside of the Endurance crew ship, gathering tools and performing prep work in advance of the seat liner relocation. The crew moved Rubio’s seat liner and installed it inside the Crew Dragon on the following day, according to NASA. Endurance can now safely accommodate five astronauts, but as NASA points out, the adjustment also “allows for increased crew protection by reducing the heat load inside the MS-22 spacecraft for Prokopyev and Petelin in case of an emergency return to Earth.” Indeed, temperatures inside the MS-22 crew cabin could fluctuate between 100 and 108 degrees Fahrenheit (high 30s to low 40s Celsius) during reentry, according to Roscosmos.

The replacement MS-23 Soyuz is expected to arrive at the ISS in late February, but that doesn’t mean the three-person crew will immediately return to Earth. A replacement crew was supposed to fly on MS-23, but that mission now likely won’t fly until the fall of 2023. A consequence of this is that the MS-22 trio might have to stay on the ISS for an entire year. Dina Contella, ISS program operations integration manager, hinted as much during a news briefing held on Tuesday, saying Rubio, Prokopyev, and Petelin will “probably” return to Earth in September, as reported in Ars Technica

As for the fate of MS-22, it will return to Earth—sans crew—after MS-23 arrives at the station. Once that happens, Rubio’s seat liner and those belonging to Prokopyev and Petelin (currently inside MS-22) will be moved to the newly arrived Soyuz vehicle.

More: Russia Wants to Trade 36 Hijacked Satellites for Soyuz Rocket

More from Gizmodo

Sign up for Gizmodo’s Newsletter. For the latest news, Facebook, Twitter and Instagram.

Click here to read the full article.



Read original article here

Russia sets new contingency plan for crew of damaged space capsule

A stream of particles, which NASA says appears to be liquid and possibly coolant, sprays out of the Soyuz spacecraft on the International Space Station, forcing a delay of a routine planned spacewalk by two Russian cosmonauts Dec. 14, 2022. (NASA TV)

Estimated read time: 2-3 minutes

MOSCOW — Russia’s space agency Roscosmos announced new contingency plans on Saturday for the three crew of a damaged capsule docked to the International Space Station, saying the U.S. member of the trio would return to Earth in a separate SpaceX vessel if they needed to evacuate in the next few weeks.

The Soyuz MS-22 capsule, which serves as a lifeboat for the crew, sprang a coolant leak last month after it was struck by a micrometeoroid — a small particle of space rock — which made a tiny puncture and caused the temperature inside to rise.

Roscosmos and NASA said this week that a new spacecraft, Soyuz MS-23, would be launched next month to bring back cosmonauts Sergey Prokopyev and Dmitry Petelin and U.S. astronaut Frank Rubio. But it will not dock with the ISS until Feb. 22.

Given there could be an earlier emergency, Rubio’s seat was being moved from the MS-22 to a SpaceX Crew Dragon spacecraft, also docked to the ISS, Roscosmos said on Saturday.

“If an emergency evacuation is necessary, Francisco Rubio will return to Earth on it (the Crew Dragon), and the Roscosmos cosmonauts (will return) on the Soyuz MS-22, it said.

“The descent of two cosmonauts instead of three will be safer, as it will help reduce the temperature and humidity in the Soyuz MS-22.”

The mission was due to end in March, but the plan now is to extend it by several months and bring the three men home on the MS-23. The latter had been due to take up three new crew in March, but instead will be launched empty next month to dock with the ISS.

Four other crew members are currently on the orbital station — two more from NASA, a third Russian and a Japanese astronaut, who all arrived in October on the SpaceX Crew Dragon capsule.

Relations between Russia and the United States have been poisoned by Moscow’s invasion of Ukraine but the two countries continue to work closely together on the ISS, an orbital laboratory abut 250 miles above the Earth that has been continuously occupied for two decades.

Russia has said, however, it plans to quit the ageing project after 2024 and launch its own station.

Most recent Science stories

More stories you may be interested in

Read original article here

Russia sets new contingency plan for crew of damaged space capsule

(Reuters) – Russia’s space agency Roscosmos announced new contingency plans on Saturday for the three crew of a damaged capsule docked to the International Space Station, saying the U.S. member of the trio would return to Earth in a separate SpaceX vessel if they needed to evacuate in the next few weeks.

The Soyuz MS-22 capsule, which serves as a lifeboat for the crew, sprang a coolant leak last month after it was struck by a micrometeoroid – a small particle of space rock – which made a tiny puncture and caused the temperature inside to rise.

Roscosmos and NASA said this week that a new spacecraft, Soyuz MS-23, would be launched next month to bring back cosmonauts Sergey Prokopyev and Dmitry Petelin and U.S. astronaut Frank Rubio. But it will not dock with the ISS until Feb. 22.

Given there could be an earlier emergency, Rubio’s seat was being moved from the MS-22 to a SpaceX Crew Dragon spacecraft, also docked to the ISS, Roscosmos said on Saturday.

“If an emergency evacuation is necessary, Francisco Rubio will return to Earth on it (the Crew Dragon), and the Roscosmos cosmonauts (will return) on the Soyuz MS-22, it said.

“The descent of two cosmonauts instead of three will be safer, as it will help reduce the temperature and humidity in the Soyuz MS-22.”

The mission was due to end in March, but the plan now is to extend it by several months and bring the three men home on the MS-23. The latter had been due to take up three new crew in March, but instead will be launched empty next month to dock with the ISS.

Four other crew members are currently on the orbital station – two more from NASA, a third Russian and a Japanese astronaut, who all arrived in October on the SpaceX Crew Dragon capsule.

Relations between Russia and the United States have been poisoned by Moscow’s invasion of Ukraine but the two countries continue to work closely together on the ISS, an orbital laboratory abut 250 miles (400 km) above the Earth that has been continuously occupied for two decades.

Russia has said, however, it plans to quit the ageing project after 2024 and launch its own station.

(Reporting by Mark Trevelyan; Editing by Tomasz Janowski)

Read original article here

Russia to rescue ISS crew on backup rocket after capsule leak

Jan 11 (Reuters) – Russia said on Wednesday it would launch another Soyuz spacecraft next month to bring home two cosmonauts and a U.S. astronaut from the International Space Station after their original capsule was struck by a micrometeoroid and started leaking last month.

The leak came from a tiny puncture – less than 1 millimetre wide – on the external cooling system of the Soyuz MS-22 capsule, one of two return capsules docked to the ISS that can bring crew members home.

Russia said a new capsule, Soyuz MS-23, would be sent up on Feb. 20 to replace the damaged Soyuz MS-22, which will be brought back to Earth empty.

“Having analysed the condition of the spacecraft, thermal calculations and technical documentation, it has been concluded that the MS-22 must be landed without a crew on board,” said Yuri Borisov, the head of Russian space agency Roscosmos.

Russian cosmonauts Sergey Prokopyev and Dmitry Petelin and U.S. astronaut Francisco Rubio had been due to end their mission in March but will now extend it by a few more months and return aboard the MS-23.

“They are ready to go with whatever decision we give them,” Joel Montalbano, NASA’s ISS program manager, told a news conference. “I may have to fly some more ice cream to reward them,” he added.

“SPACE IS NOT A SAFE PLACE”

The MS-23, which had been due to take up three new crew in March, will instead depart from the Baikonur cosmodrome in Kazakhstan as an unmanned rescue mission next month.

If there is an emergency in the meantime, Roscosmos said it will look at whether the MS-22 spacecraft can be used to rescue the crew. In this scenario, temperatures in the capsule could reach unhealthy levels of 30-40 degrees Celsius (86-104 degrees Fahrenheit).

“In case of an emergency, when the crew will have a real threat to life on the station, then probably the danger of staying on the station can be higher than going down in an unhealthy Soyuz,” Sergei Krikalev, Russia’s chief of crewed space programs, said.

The incident has disrupted Russia’s ISS activities, forcing its cosmonauts to call off spacewalks as officials focus on the leaky capsule, which serves as a lifeboat for the crew.

The leak is also a problem for NASA. The U.S. agency said last month it was exploring whether SpaceX’s Crew Dragon spacecraft could offer an alternative ride home for some ISS crew members, in case Russia was unable to launch another Soyuz.

Both NASA and Roscosmos believe the leak was caused by a micrometeoroid – a small particle of space rock – hitting the capsule at high velocity.

“Space is not a safe place, and not a safe environment. We have meteorites, we have a vacuum and we have a high temperature and we have complicated hardware that can fail,” Krikalev said.

“Now we are facing one of the scenarios … we are prepared for this situation.”

Reporting by Caleb Davis and Joey Roulette, editing by Mark Trevelyan

Our Standards: The Thomson Reuters Trust Principles.

Read original article here