The dummy wears the first generation Orion Crew Survival System space item page, equipped with two radiation sensors. Placing a dummy on board an unmanned train scheduled to launch in November 2021 will provide data to help scientists understand the forces that crew members may experience during the Artemis spaceflight. II in 2023. moonikin effigy Helga and Zohar effigy The Artemis I mission will be NASA’s first mission to the Moon since Apollo 17 in 1972. The Artemis II mission will send humans to the Moon. But before that milestone is made, the new Orion spacecraft and the SLS Space Launch System rocket are tested during the first launch to ensure the safety of human astronauts. Also accompanying ‘Moonikin’ on the Artemis I mission are Helga and Zohar, two models of the human body, known as Phantom, made from materials that mimic human bones, tissues and organs. Two Phantoms will sit in the back two seats on the Orion. Helga and Zohar help quantify the space radiation astronauts may experience while inside Orion during missions to the Moon. Also to evaluate the AstroRad radiation protective vest, which can reduce exposure. Astronauts aboard the International Space Station are currently wearing the vest to assess fit and function. During NASA’s Artemis I mission, Zohar will wear a vest, and Helga will not. Currently, the main dummy has no name, scientists affectionately call it ‘moonikin’. Therefore, the US space agency NASA is holding an online event ‘Name the moonikin in the Artemis mission’ online event. Participants helped NASA choose a meaningful name from a list available from June 16 to June 28. Through social networks Twitter, Facebook and Instagram, participants will vote to choose the name they like and the name with the most votes will become the official name of the dummy. Voters can choose from eight potential names: Ace, Wargo, Delos, Duhart, Campos, Shackleton, Montgomery and Rigel. Specifically: 1. ACE: Straightforward, realistic. Short for Artemis Crew Explorer (rough translation: Artemis Crew Explorer) 2. CAMPOS: Ingenious, know how to solve problems. Named after Arturo Campos, who played a key role in bringing back Apollo 13. 3. DELOS: Nostalgia, romance. According to Greek mythology, this is the island where Apollo and Artemis were born. 4. DUHART: Enthusiastic, vibrant, open-minded. Named after Irene Duhart Long, the first woman minority, medical director at the Kennedy Space Center. 5. MONTGOMERY: Pioneering, innovative. Named after Julius Montgomery, the first African-American engineering specialist to work at the Cape Canaveral Space Facility. 6. RIGEL: Bright, brilliant, inspiring. Supergiant star in the constellation Orion. 7. SHACKLETON: Mysterious, rich. Named after a famous Antarctic explorer, as well as the crater on the south pole of the Moon. 8. WARGO: Energetic, enthusiastic, passionate. Named after Michael Wargo, NASA scientist and head of science for human exploration Kathryn Hambleton, a NASA spokesperson, said: “It’s important for the organization to invite the public to participate in online naming and other challenges to get everyone on the journey, inspiring the next generation of explorers. We look forward to the name chosen for the moonikin.” NASA once held contests to name ships and objects used in space exploration missions. The Perseverance, which landed on Mars on February 19, was named after a national competition in early 2020. The winner was Alexander Maher, a 7th grader in Virginia. Meanwhile, teenager Vaneeza Rupani from Alabama won when naming Ingenuity, the name of NASA’s Mars helicopter. Rupani’s essay in NASA’s 2020 “Name the Helicopter” contest won after beating 28,000 entries. Hoang Dung (translation summary)

The Space Launch System (SLS-yellow) core module is placed between the two boosters. Photo: NASA According to Insider, the US space agency (NASA) has just released new images of a super rocket called the Space Launch System (SLS) that has just been assembled. It is the agency’s most powerful launch vehicle since the 1960s. The SLS super rocket was installed on June 11 at Kennedy Space Center, Florida, USA. This is the first SLS rocket, part of a new type of rocket designed to serve the mission of sending American astronauts back to the Moon, and beyond to Mars. The core module of the SLS rocket. NASA has aimed to test-launch the SLS super rocket in November 2021, the first step in a series of missions toward the goal of returning to the Moon for the first time since 1972. In the photo released by NASA, the core module of the rocket, up to 65 meters long, is placed between two smaller boosters. The first version of the SLS super rocket is called Block 1. Once assembled, the rocket will weigh nearly 4 tons, 110 meters high, which is taller than the Statue of Liberty (93 meters). Powerful launcher capable of carrying over 27.2 tons into orbit. That capacity means it’s powerful enough to carry the Orion spacecraft, which is expected to send astronauts into space on future missions. See the core module of the super rocket SLS being moved from New Orleans to Mississippi: Before being fully assembled, the top of the SLS rocket core module needs to be fitted with a converter and the space capsule is lowered and placed on the rocket. This is the first time the core and two boosters have been coupled together since the SLS project was announced in 2011. Photo: NASA The SLS will be launched for the first time in November this year, sending Orion into orbit around the Moon on an unmanned mission. Assembling the core module onto the booster marks the end of the second phase of rocket assembly. NASA aims to launch the SLS super rocket on its maiden flight as early as October 2021. This is the first of three missions that NASA has planned to return humans to the Moon. If the mission is successful, the world will see the first black man and the first woman set foot on the Moon in 2024. The first launch of the SLS rocket this year will be unmanned as it aims to test the rocket’s ability to deliver the lunar space capsule and return to Earth. NASA astronaut Christina Koch (left) poses for a photo with Expedition Flight 61 Engineer, Jessica Meir on October 12, 2019. Photo: NASA Two rockets of the Space Launch System – NASA, pictured after completion of assembly. Photo: NASA The boosters are located on either side of the core module of the SLS rocket, which can generate 3.6 million pounds of thrust in just two minutes to lift the rocket into space. The core module itself also has a powerful engine, generating about 2 million pounds of thrust. After the first failed test, the core modules’ engines were successfully launched in about 8 minutes on May 18, paving the way for rocket assembly. The engines will power the Orion spacecraft to travel at 24,500 miles (39,200km) per hour, the speed needed to get it to the Moon. Image of SLS system viewed from above. NASA also plans to use the SLS launcher to go to Mars. The modern SLS rocket is the equivalent of the Saturn V launcher, used in the Apollo missions. But because the Moon is 1,000 times farther from Earth, we need a more powerful launchpad. NASA has big ambitions for the SLS rocket. It is designed to be flexible and adaptable, and could be used for missions to Mars, Saturn or Jupiter. The next version of the rocket, Block 2, will be designed to carry a payload of more than 101,400 pounds (46,000kg). According to NASA, it will be a “pack horse” to help transport cargo to the Moon, Mars and other distant space destinations.

Use a telescope to track the stars. Illustration: IT. Stay away from lights when observing the sky When using a telescope to observe the sky, determine for yourself reasonable objects and choose the right time and place to observe them. Strong light is the enemy of the astronomical observer. Therefore, stay away from city lights. If you are in the city, you can go to the quiet suburbs if possible. Otherwise, you should choose high positions and have a wide viewing angle to limit the effects of light pollution. Which objects are best for you to observe with amateur telescopes? Many young people after completing the telescope with their own hands feel disappointed. Because you have too much hope for a dream glasses without taking into account the reality factor. Remember, even the glasses that cost thousands of dollars that you order from the world’s leading manufacturers cannot allow you to see the colors shown in the photos taken on Google. Also, pay attention only to the brightest and most observable subjects. Which objects are the brightest? Except for the Moon, readers with basic knowledge of astronomy will think of Venus, Jupiter, Mars or Sirius – the brightest star after the planets in the system. However, Venus is not a good object to observe even though it is very bright. All you see is a yellow halo due to its thick and toxic atmosphere. Stars like Sirius, Canopus, although many times brighter than that, they are just distant balloons. It is not a reasonable target for observation through amateur optical telescopes. The best observed objects are the Moon first, followed by Jupiter, Saturn, Mars and a few galaxies, remarkable nebula. Don’t Observe When The Moon Is Full To observe the Moon, adjust the position of the eyepiece accordingly and aim at the vicinity of the semi-dark area during the nights between the 6th, 7th and 11th of the 12th lunar month. The full moon is a bad subject because it is so bright that it will obscure the craters and valleys you can see. You can solve this with a thin layer of glass called a moon filter, which will reduce the light of the Moon as it reaches your face. With industrial-grade telescopes, most have this. As for the homemade glasses, you can also design it yourself using a glass or a piece of blue plastic but still clear enough to see through it. Even so, the Moon should not be observed on full moon nights. Because in addition to it covering itself, it also obscures other attractive objects of observation, except, of course, on full moon days when the lunar eclipse occurs. You should have a map of the visible part of the Moon to compare when observing. These maps are now easy to find on the Internet and simply print out with any black and white printer. To observe the planets, it is best to choose the right time for good results. Planets have a different period than Earth, so they do not have a stable position like the distant star background. The easiest way is to use computer software to check the positions of the planets, or you can use free software downloaded at www.stellarium.org. Do not forget to set the exact location of the user and when you want to observe. It is advisable to choose days that are not full moons because the planets are in relatively high positions. Jupiter is the most observable object through amateur telescopes. Push your eyepiece a little deeper than when looking at the Moon and try to orient the lens because it will disappear instantly if you don’t keep your gaze exactly. Although it is not possible to see the colors as clearly as in the photos online that have been taken with exposure techniques, and through equipment thousands of times more modern than the amateur glasses you own, the colors Basic with brown lines, dark yellow is what you will see, and moreover the 4 Galilean satellites of this planet. Saturn is like Jupiter, just determine the right direction and fix the glass and you will easily observe it. The most interesting thing to look at this planet is its ring. However, it won’t be as colorful as you’re used to seeing in the photos, both the planet and the ring appear pale yellow. Next in the Solar System is Mars. But observing this planet is not very interesting because all you see is a faint red and maybe some black patches with faint ice caps at the poles if the telescope is relatively good. Anyway, this is the only planet in the Solar System that we can see some of its surface through amateur telescopes. One type of object that is very interesting to observe with amateur telescopes or, more neatly, tubes are bright galaxies and nebulae. Remember to push your eyepiece even further towards the objective so that you can observe the celestial bodies at infinity. The first notable is the Andromeda Galaxy (M31), a spiral galaxy. At a distance of nearly 3 million light-years, it emits light strong enough to be seen with the naked eye. Even with a small binocular you can see a band of light that seems to be a combination of countless small bright dots when directed towards it. What you see is billions and billions of suns like our own. Next is the Pleiades star cluster (M45), also known as the stellar group. It is also easy to recognize with the naked eye, it is a small group of 7 brightest stars located right in the constellation Taurus. Through binoculars or small telescopes, it can be clearly seen that it is a blue star cluster with many stars, including 7 brightest stars visible to the naked eye, so it is called the Seven Stars. This is an open cluster in the milky Way located 400 light-years from Earth. Another member you should look out for is the Orion Nebula (M42), an emission nebula with the same galaxy about 1,350 light-years from Earth. The Orion Nebula, although visible to the naked eye, is quite faint.

ICD Long Bien has a total area of ​​about 12ha, of which the warehouse area is 50,000m2 with throughput capacity of about 135,000 Teus / year. Long Bien ICD was put into operation even though this project is located on an area of ​​land with many existing mistakes that have not been resolved completely. Internet photo. On July 31, 2020, the Ministry of Transport and Hateco Logistics Joint Stock Company (investor) held a ceremony to announce the decision to open Long Bien ICD and activate the port into operation. At that time up to now, the project has not completed legal procedures for the procedures of transferring land use rights and supplementing land use purposes. In the opinion that Hateco Logistics JSC put the port into operation on the land, there are many mistakes and complete procedures such as: transferring land use rights, supplementing land use purposes. and overall acceptance of fire prevention and fighting … On December 14, 2018, the Hanoi City Inspector reached the Conclusion No. 6059 / KL-TTTP-P3 on a comprehensive inspection of the project at 12ha land in Sai Dong B Industrial Park (Long Bien, Hanoi). . The conclusion is clear: The 12ha land area of ​​Sai Dong B Industrial Park (Thach Ban ward, Long Bien district) was assigned by the Prime Minister to Hanoi Electronics Company (now Hanel Joint Stock Company) according to Decision No. 193 / TTg on April 24, 1993 with a 50-year lease term to joint venture with foreign countries to build the Orion – Hanel shaped lamp factory. Orion – Hanel Image Lamp Co., Ltd is a joint venture between Hanoi electronics company and Orion Electric Co., Ltd – Korea established to produce monochrome and color shaped lamps; Vietnamese parties contribute 30% of the legal capital, in which the rent for the 12 ha land in 43 years is 15,400,000 USD; operation period is 50 years from the date of investment license. Long Bien dry port until 2025 or until Co Bi and Phu Dong dry ports are completed and put into operation. In 2004, after being granted a land use right certificate with a useful life of 50 years, Orion – Hanel Pictures Co., Ltd. mortgaged assets with the value of land use rights, factories, production lines. production of picture lamps… long-term credit loans of 23,000,000 USD at BIDV Bank – North Hanoi Branch to invest in building a factory to produce picture lamps No. 2, to expand production. However, due to ineffective business operation and prolonged loss, as of June 2008, the accumulated loss is 47,762,000 USD, the company is no longer able to pay debts and has to cease operations. On March 30, 2017, BIDV Bank – North Hanoi Branch signed a contract to sell all debts of Orion – Hanel Lighting Co., Ltd. to Hanoi Infrastructure and Architecture Construction Joint Stock Company. with the price 530,000,000,000 VND. Next, on December 19, 2017, Hanoi Infrastructure and Architecture Construction Joint Stock Company signed a contract to transfer land use rights and assets attached to the 12ha land plot to Hateco Logistics Joint Stock Company. price: 206,289,000,000 VND. At the meeting on August 19, 2020 on inspecting the implementation of direction and handling after a comprehensive inspection of the project at the 12-hectare land plot in Sai Dong B Industrial Park, Long Bien District, Mr. Nguyen Quoc Hung – Vice Chairman The Chairman of the People’s Committee of Hanoi has asked the Departments and units to urgently implement the contents of handling and overcoming after a comprehensive inspection of the project on the 12-hectare land area where Long Bien dry port is operating. The direction for handling and overcoming existing problems. However, up to now, Long Bien dry port is still in operation on 12ha land, ignoring Conclusion No. 6059 / KL-TTTP-P3.

Company Kronstadt (Russia) is building a factory for the manufacture of unmanned fighter jets. (Source: Sputnik) The Kronstadt Company is the developer and manufacturer of the Inokhodets combat drone (UAV). Such aircraft can carry weapons up to 200 kg and have been used in the Syrian battlefield. In addition this type of UAV also has reconnaissance and civilian versions. “The Kronstadt Company has started building the first factory in Dubna to mass produce unmanned fighters. The factory will be built in record time when production is scheduled to begin in November. 2021, “said the company’s press department. The project has an investment capital of nearly 52 million USD and will provide permanent jobs for more than 1.5 thousand people. With an area of ​​45 thousand m2, the factory will have an environment-friendly and no-noise production process. According to a senior source in the Russian Industrial-Military Complex, “The project will meet the Inokhodets demand of both the Russian Ministry of Defense and other customers”. The Inokhodets, also known as Orion, was developed at the Kronstadt company by the order of the Russian Ministry of Defense. This device can fly continuously for up to one day. Its maximum take-off weight is 1,100 kg, combat payload is up to 200 kg. Orion is capable of using small guided missiles and guided bombs to strike ground targets. In addition, the Kronstadt Company is also developing the Grom heavy attack UAVs. (According to Sputnik)