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brown eyes (affectionate)
PRINCE WILHELM & SIMON ERIKSSON Young Royals | Season 3 (Coming 2024)
#theyâre looking at each other like this: ð€ð€#holy mother of god#that chemistry#â¡ïžð§ª#that height difference#ðð¬#that EVERYTHING#ðð#unmatched chemistry. just simply unmatched.#jfc they look so good together#wilmon the interclass interracial ship of dreams and it was ð¥¹#ð€ð€#my bbs <3 they mean so much to me <3#young royals#season three my beloved#prince wilhelm#simon eriksson#edvin ryding#omar rudberg#electric chemistry#wilmon#otp#otp: you were singing from your heart#otp: i want to be with you#otp: i canâŠshow you#ððð¶#oh.
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Another animated fan pairing that I think could work!
Gadget Hackwrench from âChip n Dale: Rescue Rangersâ and Gyro Gearloose from âDuckTalesâ.
These two are so adorable with their friendly and generous nature. Both are highly intelligent, each are the child of a famous inventor/mechanic, and sadly have a habit of bungling in their creations.
I headcanon that if these two could work together and examine their respective skills, both of them could have a better success rate with their inventing. So nothing breaks down. Or blows up. Or turns evil.
Note: The design that I used for Gyro in this drawing is based on the appearance he had in the 1987 Disney short film, âSport Goofy in Soccermaniaâ. (Although, itâs only a 5-second cameo.) Note: The design that I used for Gyro in this drawing is based on the appearance he had in the 1987 Disney short film, âSport Goofy in Soccermaniaâ. (Although, itâs only a 5-second cameo.)
Please tip me at Ko-Fi ð!
#ducktales#gyro gearloose#chip n dale rescue rangers#gadget hackwrench#Disney#crack ship#crack pairing#disney fanart#Gyro x Gadget ð§¬ð¬ðððð
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issues with being in a subsystem like the Seraph subsystem is at times I have no clue if iâm serph or Seraph
#voice is deeper so it is one of the two - energy is flatter which points to ð over ð however i canât feel ð¬ which means fusion probability#is higher#- nevermind ð said it currently is just ð#he really is the mvp i do love him
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Blowing up my whole blog. I only post science and math now. I am very very smart.
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â¡ïžð @oflostinfound tried :
Hax just picks Mandark up by the back of the shirt and sit him in the corner, "That's enough out of you, kid."
Yeah, he was being picked up like some rowdy kitten, but that was not going to stop him because he had No Filter.
ððððððð â I have a deck full of Aces              and no King of Diamonds will              take me down.
ððððððð â Or should I say,              I'm one card away from a Royal Flush              and all the odds to win.
#ðð¬ â ðððšð¥ðð¬ððð§ðð â ðª.ðŠ FusionFall ;#;; JHGTYTRYTR UNTIE HAX PUTTING HIM ON TIME OUT#;; I DON'T PLAY POKER HELP ME#â¡ïžð â ððð¬ðšð¥ð¯ðð ðð§ðªð®ð¢ð«ð¢ðð¬ â ðª.ðŠ Asks ;#oflostinfound#Cringedark ;
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literally this person said it
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i want to watch ADULTS fight each other stupid style this is why i like guilty gear
#.txt#15 year olds fighting life threatening battles? dont care. 30 something year olds fighting life threatening battles? IM BRINGING OUT#THE BINOCULARSâŒïžâŒïžâŒïžðªð¬ðð¯ð¯ð¥ð¥ð¥ð¥ð¥
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The sceneâŠ
S3 Wilmon height difference my beloved ð
Now Willeâs eyes are at likeâŠâŠcurl level.
âŠâŠâŠjfc they look so good together.
#ððð¶#superior#just superior#season three my beloved#bringing this back#young royals#young royals season three#ðð#wilmon#otp#otp: i canâŠshow you#otp: i want to be with you#otp: you were singing from your heart#S3 > S2 > S1#wilmon the interracial interclass ship of dreams and it was ð¥¹#ð€ð€#jfc they look so good together#CURL LEVEL#yesssssssssssssssss#ðð¬#prince wilhelm#simon eriksson#edvin ryding#omar rudberg#electric chemistry#i love my four sons#tackðžï¿œï¿œï¿œ
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Celebrating innovation, discovery, and the endless possibilities of science!
Celebrated annually on February 28, National Science Day honors C.V. Raman's discovery of the Raman effect. In line with India's development objectives, the 2025 theme places a strong emphasis on empowering young people in science and innovation. Young people's scientific curiosity and leadership are stimulated by national events, contests, and workshops.
#NationalScienceDay ð§ªð#ScienceForInnovation ð#FutureScientists ð#RamanEffect ð¡#STEMEducation ð#InspiringMinds âš#YoungInnovators ð¬#ScientificDiscovery ð
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Space Propulsion System Market Global Opportunity Analysis & Industry Forecast, 2024â2030
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Technological advancements in electric propulsion and materials have enhanced the performance and efficiency of these systems, further stimulating market growth. Rising government and private sector investments are accelerating the development and adoption of advanced propulsion technologies.
Innovations in electric propulsion, such as ion and Hall effect thrusters by offering exceptional fuel efficiency and precise control for long-duration operations. These systems use electric fields to accelerate ions thus enabling spacecraft to achieve high velocities with minimal fuel consumption. Such advancements are ideal for deep-space exploration, satellite station-keeping and orbital adjustments, where efficiency outweighs the need for high thrust. Simultaneously, the developments in reusable launch vehicles, exemplified by SpaceXâs Falcon 9, are revolutionizing the economics of space access. By recovering and reusing boosters, these systems significantly lower launch costs while increasing launch frequencies. This shift is enabling more frequent missions, expanding access for commercial ventures and fostering sustainable practices in the space industry.
Market Snapshot:
Space Propulsion System Market- Report Coverage:
The âSpace Propulsion System Market ReportâââForecast (2024â2030)â by IndustryARC, covers an in-depth analysis of the following segments in the Space Propulsion System Market.
COVID-19 / Ukraine CrisisâââImpact Analysis:
During COVID- 19 pandemic, factory shutdowns due to lockdowns led to delays in the production and testing of critical components for space propulsion systems. Additionally, many space agencies and private companies faced difficulties in securing the necessary materials and labor for propulsion technology development, which slowed down mission timelines and increased costs.
The ongoing Russia-Ukraine conflict has further influenced the space propulsion market, particularly in the context of European space programs. The war has led to a re- evaluation of Europeâs dependence on Russian-made rocket engines, which have traditionally been used for launching both commercial and governmental satellites. With sanctions placed on Russia and the disruption of partnerships with entities such as the Russian space agency Roscosmos, European companies have been forced to expedite the development of alternative propulsion solutions.
Inquiry Before Buying:
Key Takeaways:
North America Dominates the Market
North America is the dominant region in the space propulsion system market largely due to the presence of major industry players and substantial investments. The United States, in particular, leads with companies such as SpaceX, Blue Origin, and United Launch Alliance (ULA) which drive innovation in space propulsion technologies. SpaceXâs advancements, including the Falcon 9 and Falcon Heavy rockets, highlight the regionâs technological leadership. Government investments from NASA including projects like the Space Launch System (SLS) and Artemis missions, further bolster North Americaâs position. Significant investments from both government entities, such as NASAâs Space Launch System (SLS) and Artemis program, and private sector players further fuel this growth. The regionâs high frequency of launches and a thriving private sector contribute to its dominance. Additionally, North Americaâs extensive launch infrastructure and high frequency of space missions support ongoing demand for advanced propulsion technologies. The supportive regulatory environment and strategic focus on expanding space exploration and commercialization also contribute to the regionâs competitive edge. As the space economy continues to grow, encompassing satellite communications, Earth observation, and space tourism, North Americaâs robust framework positions it to retain its leading role in the global space propulsion market.
Chemical Propulsion is the Largest Segment
In the space propulsion system market, chemical propulsion remains the dominant type due to its high thrust capabilities and established reliability. Chemical propulsion systems, including liquid and solid rocket engines, are essential for launch vehicles and provide the powerful thrust needed to escape Earthâs atmosphere. Their high thrust-to-weight ratios and proven performance make them indispensable for various space missions, from satellite launches to crewed spaceflights. The technology behind chemical propulsion is well-developed and has a long track record, contributing to its continued dominance in the market. SpaceXâs Falcon 9 and Falcon Heavy rockets, which are dominant players in the launch vehicle market, use chemical propulsion systems. The Falcon 9, for example, employs Merlin engines powered by RP-1 (a refined form of kerosene) and liquid oxygen (LOX). This chemical propulsion setup is central to the rocketâs ability to deliver payloads to low Earth orbit (LEO) and beyond. Also, NASAâs Space Launch System (SLS) which was designed for deep space missions including crewed missions to the Moon and Mars, relies on chemical propulsion. The SLS employs RS-25 engines and solid rocket boosters, both of which use chemical propellants. This highlights the continued reliance on chemical propulsion for high-performance, heavy-lift missions.
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Launch Vehicles are the Largest Segment
In the space propulsion system market, launch vehicles dominate due to their fundamental role in deploying satellites and other payloads into space. These rockets, which use chemical propulsion systems, are essential for overcoming Earthâs gravity and reaching various orbits. The market for launch vehicles is driven by the increasing frequency of satellite launches, fueled by the rise of satellite constellations and commercial space missions. Technological advancements have further solidified the dominance of launch vehicles. Innovations such as reusable rocket stages have significantly reduced the cost of space access. SpaceXâs Falcon 9 features a reusable first stage that has been successfully landed and reused multiple times, contributing to a decrease in launch costs and an increase in launch frequency. Similarly, NASAâs Space Launch System (SLS), designed for deep-space missions, represents a significant investment in heavy-lift capabilities, essential for missions to the Moon and Mars. Moreover, the expansion of satellite constellations, such as SpaceXâs Starlink and OneWeb, which aim to provide global internet coverage, underscores the growing need for frequent and reliable launches. The deployment of these constellations requires a steady stream of launches, further cementing the dominance of launch vehicles in the space propulsion market.
Expansion of Satellite Constellations Boosts the Market
The deployment of large satellite constellations, exemplified by initiatives such as SpaceXâs Starlink and Amazonâs Project Kuiper, is a major driver of market growth. As of mid-2024, SpaceX has launched over 4,500 Starlink satellites with plans to deploy up to 12,000 satellites in its first phase and potentially up to 42,000 in total. This sheer number of satellites requires continuous advancements and reliable propulsion systems for deployment, maintenance and end-of-life management. In February 2023, Amazon has received FCC approval to deploy up to 3,236 satellites for its Project Kuiper constellation, aimed at providing global broadband coverage and to support the deployment and operation of such extensive satellite networks. These constellations aim to provide global high-speed internet coverage and other services, necessitating advanced propulsion systems for a range of functions. These include the initial deployment of satellites into their designated orbits, ongoing orbit maintenance, adjustments, and end-of-life deorbiting to manage space debris and maintain orbital slots. The Space Foundationâs 2024 Space Report notes that commercial satellite constellations are expected to drive significant investments in space infrastructure, including propulsion systems. The report highlights that companies investing in these constellations will need robust propulsion solutions to ensure the successful deployment and operation of their satellite networks. The scale and complexity of these constellations drive continuous demand for sophisticated propulsion technologies, as they require precise and reliable systems to ensure effective operation and longevity of the satellite networks.
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High Cost of Development and Implementation to Hamper the Market
For More Details on This ReportâââRequest for Sample
Geographies Covered
North America (U.S., Canada and Mexico), Europe (Germany, France, UK, Italy, , Spain, Russia and Rest of Europe), Asia-Pacific (China, Japan, South Korea, India, Australia & New Zealand and Rest of Asia-Pacific), South America (Brazil, Argentina, Chile, Colombia and Rest of South America), Rest of the World (Middle East and Africa).
Key Market Players
L3Harris Technologies Inc.
SpaceX
Safran SA
Thales Group
Sierra Nevada Corporation
IHI Corporation
Lockheed Martin Corporation
Northrop Grumman Corporation
Ariane Group
Honeywell Aerospace
Volvo
For more Aerospace and Defense Market reports, please click here
#SpacePropulsion ð#AerospaceTechnology âïž#SatelliteLaunch ð°ïž#NewSpaceEconomy ð#RocketScience ð¬#FutureOfSpace ð#SpaceInnovation ð¡#OrbitalTech ð
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i want him so bad it makes me look stupid
#shit i forgot my carl emoji#ð? no that's not it. um#suggestive#sorry pardon me#ð¬#ah here we go
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https://cursosonlineaprendeaturitmo.wordpress.com/curso-de-matematicas/
#FÃsica ð§ª#CursoDeFÃsica ð#AprenderFÃsica ð©âð«ðšâð«#Ciencia ð¬#FÃsicaBásica âïž#Mecánica ð ïž#EnergÃa ð¡#EstudiantesDeFÃsica ð©âð¬ðšâð¬#FÃsicaCuántica ð#LeyesDeLaFÃsica ð#TeorÃaDeLaRelatividad ð
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Doug Mac, C.Ht., TheDougMac.com, Fmr Medical College Prof., now Author & Writer at Ghost.org
#Anatomy#MedicalScience#ScienceEducation ð§¬ð¬ð#QuantumPhysics#AfterlifeResearch#QuantumConsciousness ðªðð»#Consciousness#Mindfulness#Exploration ð§ âšð.#Metaphysics#Spirituality#SpiritualJourney ðïžð¿ð«#LifeAndDeath#Afterlife#MysteriesOfTheUniverse ðð®ð .#Storytelling#PersonalJourney#Research ðâïžð.#Intrigue#ThoughtProvoking#DeepThoughts ð§©ðµïžââïžð¡.#SpiritualEnlightenment#Enlightenment#InnerPeace ðïžð§ââïžð#UniverseMysteries#CosmicQuestions#BeyondTheStars ððð
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tag dump 2!
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Oh, weâre rapid switching
#That explains a lot#ðððµ <- Going back and forth between us three andð keeps fusing and unfusing#So really itâs ðððµð¬ð
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i can make pictures easilyðððððð
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