Golden boot winners
•
0 likes•201 views
The World Cups Golden Boot Winners - Top goal scorer of a world cups
Report
Share
Report
Share
Download to read offline
Recommended
It has become increasingly clear in recent years that the issue of space debris, particularly in low-Earth orbit, can no longer be ignored or simply mitigated. Orbital debris currently threatens safe spaceflight for both satellites and humans aboard the International Space Station. Additionally, orbital debris might impact Earth upon reentry, endangering human lives and damaging the environment with toxic materials. In sum, orbital debris seriously jeopardizes the future not only of human presence in space, but also of human safety on Earth. While international efforts to mitigate the current situation and limit the creation of new debris are useful, recent studies predicting debris evolution have indicated that these will not be enough to ensure humanity's access to and use of the near-Earth environment in the long-term. Rather, active debris removal (ADR) must be pursued if we are to continue benefiting from and conducting space activities. While the concept of ADR is not new, it has not yet been implemented. This is not just because of the technical feasibility of such a scheme, but also because of the host of economic, legal/regulatory, and political issues associated with debris remediation. The costs of ADR are not insignificant and, in today's restrictive fiscal climate, are unlikely/ to be covered by any single actor. Similarly, ADR concepts bring up many unresolved questions about liability, the protection of proprietary information, safety, and standards. In addition, because of the dual use nature of ADR technologies, any venture will necessarily require political considerations. Despite the many unanswered questions surrounding ADR, it is an endeavor worth pursuing if we are to continue relying on space activities for a variety of critical daily needs and services. Moreover, we can’t ignore the environmental implications that an unsustainable use of space will imply for life on Earth in the long run. This paper aims to explore some of these challenges and propose an economically, politically, and legally viable ADR option. Much like waste management on Earth, cleaning up space junk will likely lie somewhere between a public good and a private sector service. An international, cooperative, public-private partnership concept can address many of these issues and be economically sustainable, while also driving the creation of a proper set of regulations, standards and best practices.IAC 2013 - ADR Policy Project resentation
IAC 2013 - ADR Policy Project resentationSpace Generation Advisory Council - Space Safety and Sustainability Project Group
During the past few years, several research programs have assessed the current state and future evolution of space debris in the Low Earth Orbit region. These studies indicate that space debris density could reach a critical level such that there will be a continuous increase in the number of debris objects, primarily driven by debris-debris collision activity known as the Kessler effect. These studies also highlight the urgency for active debris removal.
An Active Debris Removal System (ADRS) is capable of approaching the debris object through a close-range rendezvous, stabilizing its attitude, establishing physical contact, and finally de-orbiting the debris object. The de-orbiting phase could be powered by propulsion systems such as chemical rockets or electrodynamic tether (EDT) systems.
The aim of this project is to model and evaluate a debris removal mission in which an adapted rocket upper stage, equipped with an electrodynamic tether (EDT) system, is employed for de-orbiting a debris object. This ADRS package is installed initially as part of a launch vehicle on a normal satellite deployment mission, and a far-approach manoeuvre will be required to align the ADRS’ orbit with that of the target debris. We begin by selecting a suitable target debris and launch vehicle, and then proceed with modelling the entire debris removal mission from launch to de-orbiting of the target debris object using Analytical Graphic Inc.’s Systems Tool Kit (STK).
Presented at the 2013 IAASS Conference "Safety Is Not An Option", Montreal, Canada.Active Debris Removal Using Modified Launch Vehicle Upper Stages
Active Debris Removal Using Modified Launch Vehicle Upper StagesSpace Generation Advisory Council - Space Safety and Sustainability Project Group
Recommended
It has become increasingly clear in recent years that the issue of space debris, particularly in low-Earth orbit, can no longer be ignored or simply mitigated. Orbital debris currently threatens safe spaceflight for both satellites and humans aboard the International Space Station. Additionally, orbital debris might impact Earth upon reentry, endangering human lives and damaging the environment with toxic materials. In sum, orbital debris seriously jeopardizes the future not only of human presence in space, but also of human safety on Earth. While international efforts to mitigate the current situation and limit the creation of new debris are useful, recent studies predicting debris evolution have indicated that these will not be enough to ensure humanity's access to and use of the near-Earth environment in the long-term. Rather, active debris removal (ADR) must be pursued if we are to continue benefiting from and conducting space activities. While the concept of ADR is not new, it has not yet been implemented. This is not just because of the technical feasibility of such a scheme, but also because of the host of economic, legal/regulatory, and political issues associated with debris remediation. The costs of ADR are not insignificant and, in today's restrictive fiscal climate, are unlikely/ to be covered by any single actor. Similarly, ADR concepts bring up many unresolved questions about liability, the protection of proprietary information, safety, and standards. In addition, because of the dual use nature of ADR technologies, any venture will necessarily require political considerations. Despite the many unanswered questions surrounding ADR, it is an endeavor worth pursuing if we are to continue relying on space activities for a variety of critical daily needs and services. Moreover, we can’t ignore the environmental implications that an unsustainable use of space will imply for life on Earth in the long run. This paper aims to explore some of these challenges and propose an economically, politically, and legally viable ADR option. Much like waste management on Earth, cleaning up space junk will likely lie somewhere between a public good and a private sector service. An international, cooperative, public-private partnership concept can address many of these issues and be economically sustainable, while also driving the creation of a proper set of regulations, standards and best practices.IAC 2013 - ADR Policy Project resentation
IAC 2013 - ADR Policy Project resentationSpace Generation Advisory Council - Space Safety and Sustainability Project Group
During the past few years, several research programs have assessed the current state and future evolution of space debris in the Low Earth Orbit region. These studies indicate that space debris density could reach a critical level such that there will be a continuous increase in the number of debris objects, primarily driven by debris-debris collision activity known as the Kessler effect. These studies also highlight the urgency for active debris removal.
An Active Debris Removal System (ADRS) is capable of approaching the debris object through a close-range rendezvous, stabilizing its attitude, establishing physical contact, and finally de-orbiting the debris object. The de-orbiting phase could be powered by propulsion systems such as chemical rockets or electrodynamic tether (EDT) systems.
The aim of this project is to model and evaluate a debris removal mission in which an adapted rocket upper stage, equipped with an electrodynamic tether (EDT) system, is employed for de-orbiting a debris object. This ADRS package is installed initially as part of a launch vehicle on a normal satellite deployment mission, and a far-approach manoeuvre will be required to align the ADRS’ orbit with that of the target debris. We begin by selecting a suitable target debris and launch vehicle, and then proceed with modelling the entire debris removal mission from launch to de-orbiting of the target debris object using Analytical Graphic Inc.’s Systems Tool Kit (STK).
Presented at the 2013 IAASS Conference "Safety Is Not An Option", Montreal, Canada.Active Debris Removal Using Modified Launch Vehicle Upper Stages
Active Debris Removal Using Modified Launch Vehicle Upper StagesSpace Generation Advisory Council - Space Safety and Sustainability Project Group
During the past few years, several research programs have assessed the current state and future evolution of the Low Earth Orbit region. These studies indicate that space debris density could reach a critical level such that there will be a continuous increase in the number of debris objects, primarily driven by debris-debris collision activity known as the Kessler effect. These studies also highlight the urgency for active debris removal. An Active Debris Removal System (ADRS) is capable of approaching the debris object through a close-range rendezvous, stabilizing its attitude, establishing physical connection, and finally de-orbiting the debris object. The de-orbiting phase could be powered by a chemical engine or an electrodynamic tether (EDT) system. The aim of this project is to model and evaluate a debris removal mission in which an adapted rocket upper stage, equipped with an electrodynamic tether (EDT) system, is employed for de-orbiting a debris object. This hybrid ADRS is assumed to be initially part of a launch vehicle on a normal satellite deployment mission, and a far-approach manoeuvre will be required to align the ADRS’ orbit with that of the target debris. We begin by selecting a suitable target debris and launch vehicle, and then proceed to modelling the entire debris removal mission from launch to de-orbiting of the target debris object using Analytical Graphic Inc.’s Systems Tool Kit (STK).
Presented at the 2012 Beining Space Sustainability ConferenceDesign and Evaluation of an Active Space Debris Removal Mission with Chemical...
Design and Evaluation of an Active Space Debris Removal Mission with Chemical...Space Generation Advisory Council - Space Safety and Sustainability Project Group
Celebrate European football's pinnacle event the Euro Cup 2024 featuring powerhouse teams and electrifying showdowns. Secure your Germany Vs Scotland Tickets to witness the football brilliance live! Hurry, tickets are selling fast!
Exploring Euro Cup 2024 Host Cities in Germany Top Attractions and Accommodat...
Exploring Euro Cup 2024 Host Cities in Germany Top Attractions and Accommodat...Euro Cup 2024 Tickets
Euro Cup fans worldwide can book Euro 2024 Tickets from our online platform www.worldwideticketsandhospitality. Fans can book Slovenia Vs Serbia Tickets on our website at discounted prices.
Slovenia Vs Serbia UEFA Euro 2024 Fixture Guide Every Fixture Detailed.docx
Slovenia Vs Serbia UEFA Euro 2024 Fixture Guide Every Fixture Detailed.docxWorld Wide Tickets And Hospitality
Euro Cup fans worldwide can book Euro 2024 Tickets from our online platform www.worldwideticketsandhospitality. admirers can book Albania Vs Spain Tickets on our website at discounted prices.
Albania Vs Spain South American coaches lead Albania to Euro 2024 spot.docx
Albania Vs Spain South American coaches lead Albania to Euro 2024 spot.docxWorld Wide Tickets And Hospitality
More Related Content
Viewers also liked
During the past few years, several research programs have assessed the current state and future evolution of the Low Earth Orbit region. These studies indicate that space debris density could reach a critical level such that there will be a continuous increase in the number of debris objects, primarily driven by debris-debris collision activity known as the Kessler effect. These studies also highlight the urgency for active debris removal. An Active Debris Removal System (ADRS) is capable of approaching the debris object through a close-range rendezvous, stabilizing its attitude, establishing physical connection, and finally de-orbiting the debris object. The de-orbiting phase could be powered by a chemical engine or an electrodynamic tether (EDT) system. The aim of this project is to model and evaluate a debris removal mission in which an adapted rocket upper stage, equipped with an electrodynamic tether (EDT) system, is employed for de-orbiting a debris object. This hybrid ADRS is assumed to be initially part of a launch vehicle on a normal satellite deployment mission, and a far-approach manoeuvre will be required to align the ADRS’ orbit with that of the target debris. We begin by selecting a suitable target debris and launch vehicle, and then proceed to modelling the entire debris removal mission from launch to de-orbiting of the target debris object using Analytical Graphic Inc.’s Systems Tool Kit (STK).
Presented at the 2012 Beining Space Sustainability ConferenceDesign and Evaluation of an Active Space Debris Removal Mission with Chemical...
Design and Evaluation of an Active Space Debris Removal Mission with Chemical...Space Generation Advisory Council - Space Safety and Sustainability Project Group
Viewers also liked (7)
Design and Evaluation of an Active Space Debris Removal Mission with Chemical...
Design and Evaluation of an Active Space Debris Removal Mission with Chemical...
Recently uploaded
Celebrate European football's pinnacle event the Euro Cup 2024 featuring powerhouse teams and electrifying showdowns. Secure your Germany Vs Scotland Tickets to witness the football brilliance live! Hurry, tickets are selling fast!
Exploring Euro Cup 2024 Host Cities in Germany Top Attractions and Accommodat...
Exploring Euro Cup 2024 Host Cities in Germany Top Attractions and Accommodat...Euro Cup 2024 Tickets
Euro Cup fans worldwide can book Euro 2024 Tickets from our online platform www.worldwideticketsandhospitality. Fans can book Slovenia Vs Serbia Tickets on our website at discounted prices.
Slovenia Vs Serbia UEFA Euro 2024 Fixture Guide Every Fixture Detailed.docx
Slovenia Vs Serbia UEFA Euro 2024 Fixture Guide Every Fixture Detailed.docxWorld Wide Tickets And Hospitality
Euro Cup fans worldwide can book Euro 2024 Tickets from our online platform www.worldwideticketsandhospitality. admirers can book Albania Vs Spain Tickets on our website at discounted prices.
Albania Vs Spain South American coaches lead Albania to Euro 2024 spot.docx
Albania Vs Spain South American coaches lead Albania to Euro 2024 spot.docxWorld Wide Tickets And Hospitality
Recently uploaded (20)
Exploring Euro Cup 2024 Host Cities in Germany Top Attractions and Accommodat...
Exploring Euro Cup 2024 Host Cities in Germany Top Attractions and Accommodat...
Netherlands Players expected to miss UEFA Euro 2024 due to injury.docx
Netherlands Players expected to miss UEFA Euro 2024 due to injury.docx
Austria vs France Austria Euro 2024 squad Ralf Rangnick's full team ahead of ...
Austria vs France Austria Euro 2024 squad Ralf Rangnick's full team ahead of ...
Italy vs Albania Italy Euro 2024 squad Luciano Spalletti's full team ahead of...
Italy vs Albania Italy Euro 2024 squad Luciano Spalletti's full team ahead of...
2k Shots ≽ 9205541914 ≼ Call Girls In Sheikh Sarai (Delhi)
2k Shots ≽ 9205541914 ≼ Call Girls In Sheikh Sarai (Delhi)
Ramban Escorts ☎️8617697112 Starting From 5K to 15K High Profile Escorts In...
Ramban Escorts ☎️8617697112 Starting From 5K to 15K High Profile Escorts In...
Slovenia Vs Serbia UEFA Euro 2024 Fixture Guide Every Fixture Detailed.docx
Slovenia Vs Serbia UEFA Euro 2024 Fixture Guide Every Fixture Detailed.docx
+971565801893>>SAFE AND ORIGINAL ABORTION PILLS FOR SALE IN DUBAI AND ABUDHAB...
+971565801893>>SAFE AND ORIGINAL ABORTION PILLS FOR SALE IN DUBAI AND ABUDHAB...
Hire 💕 8617697112 Kasauli Call Girls Service Call Girls Agency
Hire 💕 8617697112 Kasauli Call Girls Service Call Girls Agency
Technical Data | Sig Sauer Easy6 BDX 1-6x24 | Optics Trade
Technical Data | Sig Sauer Easy6 BDX 1-6x24 | Optics Trade
Albania Vs Spain South American coaches lead Albania to Euro 2024 spot.docx
Albania Vs Spain South American coaches lead Albania to Euro 2024 spot.docx
Muzaffarpur Call Girls 🥰 8617370543 Service Offer VIP Hot Model
Muzaffarpur Call Girls 🥰 8617370543 Service Offer VIP Hot Model
European Football Icons that Missed Opportunities at UEFA Euro 2024.docx
European Football Icons that Missed Opportunities at UEFA Euro 2024.docx
WhatsApp Chat: 📞 8617697112 Birbhum Call Girl available for hotel room package
WhatsApp Chat: 📞 8617697112 Birbhum Call Girl available for hotel room package
Slovenia Vs Serbia Eurovision odds Slovenia have top.docx
Slovenia Vs Serbia Eurovision odds Slovenia have top.docx