國泰航空公司 Cathay Pacific – on 22nd September 2022 with Super convenient, super worry-free, Cathay Pacific and Shenzhen Shekou Cruise Home Port held a memorandum signing ceremony in Shenzhen. 海天一客通 has a new upgrade, starting from mainland cities in the Greater Bay Area, enjoying one customs clearance and one processing , Baggage is checked directly to the destination, and it is easy to unlock international travel….
HKIA -Hong Kong International Airport CityMultimodal Transport Services located in the Greater Bay Area of the Guangdong Province, China- People’s Republic of China in which Hong Kong International Airport has a Sky Ferry Terminal, which provides express ferry services for transit passengers, allowing passengers to enjoy a convenient air-sea intermodal journey. The Hong Kong International Airport has thus become a veritable multimodal hub. Connecting to Numerous Destinations which is a Smart choice for a relaxing journey which connecting you Global Destinations to Hong Kong International Airport towards Mainland Macau SAR and vice versa …..
Air to sea Transfer services – Everyday a lot of travellers pass through Hong Kong International Airport during their journey From here, you can reach 190 destinations around the world, Flying via Hong Kong International Airport to continue your onward journey, SkyPier is no Doubt the gateway to the Pearl Delta River and Macau SAR, Ferry Services are offered to the nine ports in the region Dongguan Humen ,Guangzhou Lianhuashan, Guangzhou Nansha, Macao (Maritime Ferry Terminal),Macao (Taipa) ,Shenzhen Fuyong, Shenzhen Shekou, Zhongshan, Zhuhai Jiuzhou….
Ferry Services are offered to nine ports in the Region, Firstly proceeding to the ferry ticketing counters all same day arrival passengers with valid travel document of visa can enjoy the service… Passengers using SkyPier’s which you don’t go through immigration, intermodal service can enjoy baggage transfer without going through immigration and customs clearance …. Baggage transfer service ….. Ticket readers are locate in the E1 and E2 Transfer Areas to check the status of your baggage passengers can then board the automated people Mover and proceed to the SkyPier for Ferry Boarding… With a Fast and simple Air to Sea transfer process, Passengers are offered a hassle-free journey Transferring to and from the Pearl Delta River and Macau SAR is equally quick and convenient ….
Sea To Air Transfer Services – in which departing from the Pearl River Delta in which you can connect to the world via Hong Kong International Airport Passengers can enjoy a variety of services when using this intermodal ferry services Passengers should have Travel Document, Visa, Air Ticket. To Purchase a Ferry Ticket, all you need is Valid Travel document or visa and same day air ticket Before setting of, be sure to visit Hong Kong International Airport website to check whether your airline, offers services at SkyPier …. Upon Arriving at SkyPier , Passengers can Check in at the Airline Transfer Desk, Airlines will issue a tax refund coupon to passengers who have prepaid the Air Passenger Departure Tax. At the Counter will Receive- Baggage Tag- Boarding pass – Tax refunding coupon. After Security checks, the departure Tax Refund Desk, is right in front of you collect your cash refund and you can head straight to your boarding gate. There are also airlines that offer check- in services at the ferry ports, Upstream Check in Services – Working together with Ferry operators and airlines Hong Kong International Airports has introduced an upstream check-in service at various ports in the Pearl River Delta and Macau SAR …… Passengers can check in the at the Pearl River Delta, You can Check in your baggage, collect your boarding pass and tax refund coupon in one go. Then simply board your ferry to SkyPier and enjoy your pleasant journey to the airport in which upstream check in services is least than eighty minutes Minimum connection time
To Hong Kong International Airport via the top ten terminals in the Greater Bay Area- Pear Delta River .
*Multimodal transportation refers to the transportation process completed by two or more vehicles connecting and transhipping each other.
^Affected by the new crown epidemic, only the Shenzhen Shekou cruise home port has resumed the clipper service from Shekou to Hong Kong International Airport, and the rest of the multimodal transport services are still suspended.
Hong Kong International Airport has a Sky Ferry Terminal, which provides express ferry services for transit passengers, allowing passengers to enjoy a convenient air-sea intermodal journey. The Hong Kong International Airport has thus become a veritable multimodal hub.
This month of August 2022武漢Wuhan University People’s Hospital – Wuhan, China People’s Republic of China this month Announcement of The world’s first medical remote sensing satellite is scheduled to be launched in 2023 to serve the fields of infectious disease traceability and other fields …..
The world’s first medical remote sensing satellite will be launched in 2023 According to Wuhan University People’s Hospital, the world’s first dedicated remote sensing satellite for health research – “Wuhan University People’s Hospital Health” medical remote sensing satellite (Luojia No. 4 01 satellite) It will launch in August 2023. The designed payload of the satellite is about 50kg, equipped with visible light hyperspectral cameras, ultraviolet cameras, etc., focusing on China, taking into account neighbouring countries, and detecting environmental factors that affect human health.
In the vast space, a new satellite will be added next year, which will also be the world’s first medical remote sensing satellite. On August 16, the reporter learned from the press conference of Wuhan University People’s Hospital that the world’s first dedicated remote sensing satellite in the field of health research “Wuhan University People’s Hospital Health” medical remote sensing satellite (Luojia No. 4 01) will be launched in 2023. It was launched into space on the occasion of the centennial anniversary of the hospital. The satellite will empower environmental health and smart medical research with remote sensing technology, and help healthy China with integrated innovation
The world’s first medical remote sensing satellite is a strategic cooperation between the Wuhan University People’s Hospital (Hubei Provincial People’s Hospital) and the State Key Laboratory of Surveying, Mapping and Remote Sensing Information Engineering of Wuhan University and the Institute of Astronautical Science and Technology in April this year to jointly establish the world’s first satellite. After the Medical Remote Sensing Information Research Institute “Wuhan University People’s Hospital Medical Remote Sensing Information Research Institute”, “Remote Sensing + Medicine” launched the first major integrated technological innovation.
Gong Jianya, academician of the Chinese Academy of Sciences, dean of the Institute of Aerospace Science and Technology of Wuhan University, and dean of the Institute of Medical Remote Sensing Information of the People’s Hospital of Wuhan University, attended the press conference. He introduced that among the nine major social services (health, disasters, forests, energy, water, climate, agriculture, ecology, and oceans) formulated by the Earth Observation Organization GEO released the “GEOSS Global Earth Observation System”, the only one missing is the health field. The dedicated remote sensing monitoring satellites, which limit the further cross-integration of medical and remote sensing information fields at the data source.
According to Academician Gong Jianya, the medical remote sensing satellite “Hunan University People’s Hospital Health” (Luojia 4 01) is the world’s first dedicated “remote sensing + health” satellite. The designed payload of the satellite is about 50kg. It is equipped with visible light hyperspectral cameras, ultraviolet cameras, etc., and has multiple modes such as hyperspectral, low-light, and ultraviolet. It has the advantages of integrated design, wide imaging range, multiple working modes, and fast image acquisition. Focusing on China, taking into account neighboring countries, and detecting environmental factors that affect human health.
It is reported that the R&D team of the medical remote sensing satellite (Luojia No. 4 01 satellite) of the “Hunan University People’s Hospital Health” has the full-link capability of “development, testing, scheduling, and processing” and the international leading multi-mode optical system development capability. The development will be completed within 12 months, and it is expected to leave the factory in August 2023 and launch before October.
Academician Gong Jianya introduced that for the national needs and the frontiers of disciplines in environmental health remote sensing monitoring, the establishment of the “Wuhan University People’s Hospital Health Number Multi-source Remote Sensing Micro-nano Satellite” system for environmental health monitoring, and the development of a multi-sensor payload satellite platform will target the impact of human beings. A healthy “water-soil-air” environmental element detection design load and selection of bands, breaking through the key technologies of hyperspectral environmental remote sensing intelligent high-precision inversion monitoring, improving remote sensing monitoring capabilities in the field of global health research, and linking health, population and environmental data , to evaluate and quantify the relationship between health-related variables and environmental risk factors at different geographic scales, and to carry out demonstrations of medical remote sensing applications to protect people’s health.
Wan Honghui, Secretary of the Party Committee of the People’s Hospital of Wuhan University, introduced that the Institute of Medical Remote Sensing Information has established a preliminary blueprint for the development of “remote sensing information + modern medicine”, spatiotemporal big data is used to build a digital twin smart hospital, environmental remote sensing and health GIS big data analysis Other related research and practice have already begun. As an important symbol of the integrated, innovative and high-quality development of Wuhan University People’s Hospital and an important part of the centennial celebration activities, the “Wuhan University People’s Hospital Health Number” medical remote sensing satellite will fuel a healthy China.
Wang Gaohua, Dean of the People’s Hospital of Wuhan University, introduced that, based on the integration requirements of medical treatment and remote sensing, in vivo microspace modeling and lesion identification, in vivo microspace medical equipment positioning, health GIS (geographic information system), medical image intelligent interpretation and other cutting-edge fields, It is the leading direction of the Institute of Medical Remote Sensing Information. “Wuhan University People’s Hospital Health Number” medical remote sensing satellite will be used to detect environmental factors that affect human health, and serve medical science such as infectious disease traceability, endemic disease analysis, health and longevity factor monitoring, post-disaster epidemic prevention and control, and public disease transmission and prevention. In the field of remote sensing applications, it also deeply integrates the frontiers of remote sensing observation, information mining, medical diagnosis, disease prevention and control, and spatiotemporal analysis to explore new ways to serve people’s health.
Li Deren, academician of the Chinese Academy of Sciences, academician of the Chinese Academy of Engineering, and honorary dean of the Institute of Medical Remote Sensing Information of Wuhan University People’s Hospital, said that remote sensing information technology has great potential in the medical field. “Remote sensing uses scientific methods to diagnose surface features, while medicine uses scientific methods to diagnose organs and body surface features. The two are closely related.” Remote sensing technology combined with computer information technology can upgrade the human eye with limited visual resolution for doctors to “golden eyes” And “clairvoyance”, many medical operation techniques such as cardiac interventional surgery can be successfully completed with the help of remote sensing three-dimensional positioning system. For doctors, the “blessing” of remote sensing information technology can avoid accidental injury and serious complications to nerves and blood vessels during surgery, and achieve clearer, more accurate, and more efficient individual diagnosis and treatment. For the prevention and control of infectious diseases, it can accurately assist epidemic prevention and control and epidemiological investigations, find out the impact of environmental factors on health, and effectively improve the level of disease prevention and diagnosis. Medicine and remote sensing work hand in hand and combine powerful forces to produce world-class integrated innovations that are expected to solve more “stuck neck” life and health problems.
Wuhan University People’s Hospital was founded in 1923 by Chen Yucang, an early Communist Party member and a medical doctor. It is the first government-run public hospital in Hubei. It is the first batch of third-class first-class hospitals in the country, a key window hospital built by the Hubei Provincial People’s Government, a national civilized unit, a national advanced unit for spiritual civilization construction, a national May 1st labor award group, and a national advanced group for fighting against the new crown pneumonia epidemic. In 2020, it ranks 11th in the country in the comprehensive ranking of Chinese hospitals’ influence. In 2020, China’s science and technology value ranks among the top 20 in the country, and science and technology output ranks 3rd among national hospitals.
In the new journey to welcome the centennial anniversary in 2023, Wuhan University People’s Hospital focuses on the “four aspects”, thoroughly implements the national innovation-driven development strategy and the strategic deployment of healthy China, and attaches great importance to promoting the development of people’s health through scientific and technological innovation. A series of heavy “combination punches” of reform and innovation: held a symposium for outstanding innovation contributions with the highest standards, and the 12 million yuan award encouraged the hospital innovation team to continuously forge ahead and forge ahead in key areas facing people’s lives and health; through “internal reforms” , established five “hospitals and hospitals”, including cardiovascular hospital, neuropsychiatric hospital, eye, ear, nose and throat hospital, digestive hospital, and urology and nephrology hospital. Accurate and convenient health care services; through “opening to the outside world”, close exchanges and cooperation with relevant colleges of Wuhan University, the establishment of the Institute of Medicine and Physics, the Institute of Molecular Medicine, the Institute of Public Health, the Institute of Medical Remote Sensing Information, and the Research of Medical Artificial Intelligence Cross-integration innovation platforms such as hospitals, medical-industrial integration research institutes, etc., promote the integration of disciplines, and use the advantages of high-end talent and technology to tackle clinical problems that urgently need to be solved.
The press conference also released the centennial logo of the People’s Hospital of Wuhan University. The logo integrates the hospital’s century-old red genes and a century of struggle. At the same time, the phoenix totem in Chu culture indicates that the People’s Hospital is in a new historical journey of high-quality development. The whole logo is atmospheric and agile, implying that the cadres and workers of the People’s Hospital are an important historical node in the century of construction of the hospital, further integrating interdisciplinary talents and resources, oriented by clinical needs, using cross-integration as the method, and promoting health as the purpose, With the goal of being world-class, the hospital innovation team is encouraged to forge ahead and forge ahead in the key areas facing people’s life and health, to forge ahead towards the goal of building a world-class hospital, to be a practitioner and leader of a healthy China, and to be a better life for the people creator and guardian.
At the same time, the reporter learned from the press conference that from now on, Wuhan University People’s Hospital will also carry out the activities of “Welcome the Centennial Celebration • Going down to the grass-roots level to observe the people’s feelings, solve the people’s worries and warm the people’s hearts”, including hundreds of red medical teams going to the grass-roots level, Hundreds of party members helped to monitor the people’s sentiments, 100 high-quality medical and nursing services warmed the hearts of the people, and 100 experts cloud-based diagnosis and treatment solved the people’s worries, etc. The activity focuses on public welfare and health services, and at the same time highlights the unique cultural characteristics of Wuhan University People’s Hospital (Hubei Provincial People’s Hospital), as a century-old red hospital and the first public hospital in Hubei, leading high-quality development with high-quality party building.
More than One year ago on 24th November 2020, the Chang Zheng – Long March Five Carrier Rocket Launched away in CNSA – China National Space Administration China Wenchang spaceport launch, Change Five Lunar probe into orbit, opened up towards China – People’s Republic of China’s first celestial bodies sample return trip from Mons Rumker on the Lunar Surface of the moon New research achievements – Chinese scientists reveal the composition of lunar soil minerals and space wind at the landing site of Chang’e 5
Predecessors have used orbital remote sensing data to conduct extensive research on the topography and material composition of the CE-5 landing area. Recently, a series of sample analyses have advanced the understanding of lunar chronology, late lunar volcanism, and magma evolution mechanisms. Different from large-scale remote sensing observation and fine sample analysis, in situ spectral detection can not only provide local background information of the sampling area, but also be beneficial to study the characteristics of lunar soil in undisturbed and disturbed states. The Lunar Mineral Spectrometer (LMS) carried by the CE-5 lander acquired the visible-infrared reflectance spectrum of the lunar soil, which provided important data support for the study of the material composition of the lunar soil and space weathering.
Researchers from the Key Laboratory of Solar Activity and Space Weather of the National Space Science Center of the Chinese Academy of Sciences (hereinafter referred to as the “Space Center”) used the Chang’e-5 LMS in situ detection data to analyse the material composition and maturity, spectral parameters and unmixing of the lunar soil at the landing site The study shows that the mafic minerals in the lunar soil are mainly clinopyroxene, which is consistent with the chemical analysis and orbital spectral analysis results of the CE-5 sample in the laboratory.
The optical maturity and submicroscopic iron (SMFe) of the lunar soil did not change significantly before and after the rocket purge and shovel sampling. This study provides spectral evidence that the lunar soil surface experienced rapid tillage and adequate mixing.
Figure 1: (A) The measured field of view of the LMS spectral data is shown in the red box. Panoramic cameras show images of (B) lunar soil and (C) rocks, respectively. (D) LMS reflectance spectrum curve.
The red box in Figure 1A shows the observation field of LMS spectral data, where D11 is the rock block, and D14-D16 are the lunar soil spectra after shovelling. The magnified images of lunar soil and rocks are shown in Figure 1B and C, and Figure 1D shows the reflectance spectrum curve after preprocessing such as radiometric calibration and thermal correction.
Through the spectral parameter map of the absorption features at 1 μm and 2 μm (Fig. 2A), it was found that with the increase of calcium content, the absorption positions of pyroxene at 1 μm and 2 μm moved to the long-wave direction, and the lunar soil and rocks at the CE-5 landing site For high-calcium pyroxene, this is further confirmed in the 1 μm absorption center and the ratio projection of the 2 μm to 1 μm absorption area (Fig. 2B).
In this study, the Hapke model and the sparse unmixing algorithm were used to invert the mineral composition and abundance of the in situ spectra. The inversion results were consistent with the analysis results of CE-5 samples and the inversion results of orbital remote sensing (Fig.
Figure 2: LMS in situ spectral composition analysis
Space weathering is a common phenomenon of spectral reddening and darkening caused by micrometeorite impacts and solar wind injection on non-atmospheric celestial bodies.
First, the maturity of the lunar soil at the CE-5 landing site was qualitatively analyzed by using the projection maps of the spectral slopes R950/R750 and R1600/R700 and R750 and R700 respectively (Fig. 3A, B). It was found that compared with the lunar soil at the CE-4 landing site, the The lunar soil in the CE-3 and CE-5 landing areas is relatively immature, which may be related to the fact that CE-3 and CE-5 landed on a young impact crater sputter carpet (<100 Ma).
This study further calculated the optical maturity (OMAT, Fig. 3C) and submicroscopic iron (SMFe, Fig. 3D) content, and found that there was no significant change in lunar soil maturity before and after the rocket purge, and before and after scooping, indicating CE-5 landing The lunar soil in the district has experienced an equivalent exposure history within the scooping depth (<3cm).
This result is consistent with the radionuclide analysis results of the Apollo drilling samples and the simulation results of the lunar soil tillage model. This study provides spectroscopic evidence that the lunar soil surface undergoes rapid tillage and adequate mixing.
Figure 3: LMS In Situ Spectral Maturity Analysis
Space weathering is a common phenomenon of spectral reddening and darkening caused by micrometeorite impacts and solar wind injection on non-atmospheric celestial bodies.
First, the maturity of the lunar soil at the CE-5 landing site was qualitatively analyzed by using the projection maps of the spectral slopes R950/R750 and R1600/R700 and R750 and R700 respectively (Fig. 3A, B). It was found that compared with the lunar soil at the CE-4 landing site, the The lunar soil in the CE-3 and CE-5 landing areas is relatively immature, which may be related to the fact that CE-3 and CE-5 landed on a young impact crater sputter carpet (<100 Ma).
This study further calculated the optical maturity (OMAT, Fig. 3C) and submicroscopic iron (SMFe, Fig. 3D) content, and found that there was no significant change in lunar soil maturity before and after the rocket purge, and before and after scooping, indicating CE-5 landing The lunar soil in the district has experienced an equivalent exposure history within the scooping depth (<3cm).
This result is consistent with the radionuclide analysis results of the Apollo drilling samples and the simulation results of the lunar soil tillage model. This study provides spectroscopic evidence that the lunar soil surface undergoes rapid tillage and adequate mixing.
上述研究成果
已成功发表于国际权威学术期刊
Earth and Planetary Science Letters上。
Via CNSA China Space Administration –CLEP China Lunar Exploration project management office
中国空间站 On currently on 29th July 2022 2022, the Belt and Road Initiative CNSA –China National Space Administration on the currently developments of the latest progress of China’s Chang Zheng – LongMarch manned lunar landing carrier rockets Science and Technology Daily reporters learned from the First Academy of China Aerospace Science and Technology Corporationon July 28 2022 that the 702 Institute of the Academy recently successfully completed the multi-machine parallel static-motion joint test of my country’s new generation of manned launch vehicles. It strongly supported the smooth transition of the development of this type of rocket to the initial stage.
The key point is in picture 1 also pictured on the header. The pull rods carrying 350 tons and the thrust of 2800 tons are installed in the 8 columns. Obviously, this test is the core stage (refer to Figure 2), and the thrust of the entire rocket (including the two boosters) is to transmit from this.
This is the new ultra heavy large Chang Zheng –Long March domestically made Carrier rocket that I am most looking forward to, and it is the key model for realizing the dream of manned lunar moon landing…..
This test is an important test to verify the key technologies of multi-machine parallel connection and bottom-box force transmission of a new generation of manned launch vehicles. Wang Xiaohui, director of the 702 Institute, said that the successful completion of the test marks the first time that my country has broken through the large-load static-dynamic joint test technology. It is an important innovation in test methods and test capabilities. Solid foundation.
“This is the largest, most technically difficult, and most complicated test ever conducted in the field of mechanical testing in my country.” Zhu Xiquan, deputy chief designer of the 702 Institute, introduced that the test needs to break through the static thrust of multiple engines under actual flight conditions Combined loading with vibration load involves key test technologies such as vibration elastic boundary simulation, nearly 1,000-ton static load elastic loading, and multi-machine combined multi-dimensional vibration control and loading under large static load.
The new-generation manned launch vehicle base stage module has a diameter of 5 meters and is equipped with multiple 120-ton engines. Zhu Xiquan said that the high-thrust engine multi-machine parallel technology is the first time that my country’s launch vehicle has adopted it, which brings about the coupling effect of static and dynamic forces of complex structures and the nonlinear transmission problem under the action of combined loads. One of the key technologies to deepen research. In order to analyze and solve this problem and verify the effectiveness of the design scheme, the technical team designed and implemented the first multi-machine parallel static and dynamic joint test in my country.
Since 2019, the 702 Institute has demonstrated and determined the experimental technical plan with relevant units. According to the plan, the team successively broke through the key technologies required for the test, and this year developed a static and dynamic load consisting of 28 sets of 50-ton oil and gas support systems, multiple sets of 20-ton induction shaking tables and a set of 1,000-ton vibration elastic boundary systems. Combined loading test system…
中国空间站 On currently on June 5th 2022, the Belt and Road Initiative CNSA –China National Space Administration CSS China Space Station in which on a six months setting up a new home of the third crew of Tiangong Space Station – China Space Station Shenzhou 14 in which spending up to on for the further construction and verifications of the systems of the CSS –China Space Station 2022 launch calendar in which currently the third China Space Station crew Takionauts current Shenzhou 14 …… Preparations for the six months of extension of the China Space Station In which the currently it remains awaiting for the crew of setting up home in conducting fun scientifically onboard中国空间站.. China Space station ….. The three Shenzhou 14 crewmates will spend around six months aboard Tianhe, the core module of the Tiangong space station. They will be aboard to receive two new modules, named Wentian and Mengtian, which are due to launch in late July and October, respectively…. crew is expected to conduct 2-3 extravehicular activities (EVA) from Wentian lab module and continue to livestream lectures from the Tiangong space station.
On the week 22nd July 2022 the Takionaut Crew of the Shenzhou 14 in which Commander陈冬 Chen Dong was sent lots of emails of the work and life onboard of the China Space Station, the first replies was replying back to the students of Hong Kong SAR – Take my dream to the palace of heaven: the first reply from the Chinese space station theme.. Do you still remember your dream of being mailed to “Heavenly Palace”? Your letter has been carefully read by the astronauts, and astronaut Chen Dong “replied” on the space station: sow seeds with sweat, the seeds of your dreams will surely take root and grow vigorously. In the future, more letters will be sent to Tiangong, whose letter will be answered next time? Maybe it’s you with your dream to go to heaven-space ..
