Thursday, October 28, 2010

Prostitution Ross Kemp

FINALLY: PERU ANNOUNCES THE PURCHASE OF SATELLITE EARTH OBSERVATION FOR 2011


BY PURPOSE: PERU ANNOUNCES THE PURCHASE OF SATELLITE EARTH OBSERVATION FOR 2011

Like an anniversary gift for this Blog, in which 4 years we have supported this dream for our country, Recently an important representative of our government announced through the official gazette El Peruano, the imminent acquisition of a satellite earth observation of excellent features, this is truly a great cause for celebration!!
official gazette El Peruano, 11 October 2010

Strategic Satellite
would bring economic benefits for more than 3 billion dollars. Break dependence on technology and give accurate and reliable data


The next year will begin building the first satellite for Peru, which would bring benefits in different areas of the national economy and in the field of intelligence and national security for more than three billion nuevos soles per year, said Deputy Defense Resources, Aita Rafael Campodonico. The Defense Ministry official says the proposals are analyzed to develop the technical background to present the satellite, whose cost range between 80 million and $ 100 million.

"Next year we would be able to acquire a satellite in accordance with the input received from national and foreign researchers to help in choosing the most appropriate technology. "

A satellite in orbit over the Peruvian territory would be an important ally the country's development in the mining and energy fields, in environmental monitoring and control in natural disaster management, the impact of climate change on intelligence and national security, among others. Aita precise scientific events, such as those organized by the National Aerospace Research and Development (Conidae), helped the country to suit the budgetary needs and technological capabilities at the time of choosing the most appropriate satellite to the requirements of the country.

is necessary, he says, to conduct research in all fields to break the technological dependence, and in that sense, it is essential the participation of universities to promote scientific work which is then applied to the Peruvian reality.

Proposals

Among the proposals of the countries is the satellite vendors remote sensing or remote sensing to adapt to the standards that the country needs, fulfill functions such as national security, disaster prevention and assessment, resource assessment, among others.

institutional chief Conidae, John Pasco Barriga, explains that in the world there are 12 countries with the capacity to manufacture the satellite you need the Peruvian government and the technology needed to launch it into space.
" The purchase of the satellite will come with the construction of an earth station, training and training of personnel, launch and technology transfer "says Pasco.

explains that in the two and a half years-long construction of the satellite, the company responsible will provide free images to the state, saving the cost of buying the satellite views required by various government agencies for their work daily. "The operation will increase the country's gross domestic product between 0.4 and 0.45%, equivalent to over three billion soles per year," he says. "If this satellite has a term of 10 years, the cost benefit will immense. "

Pasco details in the region, only Brazil and Argentina have acquired a satellite that Italy and China, respectively. "Chile bought one for the French, to be operational in June 2011, at a cost of $ 72 million, but we are planning to Peru had the technology and will be much better ."

researchers from different countries visited Peru manufacturers to expose the scope of its satellites, reveals. "The country will choose the most appropriate technology in accordance with available resources. "

global week
World Space Week, declared as such by the United Nations, is a celebration that takes place annually from 4 to 10 October, which will mark the milestones of space.

The October 4, 1957 Sputnik I launched the first earth satellite made by man, and October 10, 1967 came into force on Outer Space Treaty, which prohibits weapons facility of mass destruction in orbit or on any body celestial and celestial resources claim, because they are the heritage of humanity.

Features
1. A multitude of satellite applications would use Peruvian and break the dependence of countries that offer satellite imagery. In addition, there would be immediate images, not after a week as with natural disasters that occurred in the country.

2. Peaceful use would be applicable in agriculture, in the atmospheric, forest and vegetation in cartography and photogrammetry, education, geology, hydrology, oceanography, land and in the health field. In addition, you would use in monitoring and mitigating the impact of climate change in the fight against smuggling and drug trafficking, and national defense.

3. CONIDA was the body to assess what is best for the country in its mission to "promote, research, develop and disseminate science and space technology for national interests, to create unique and differentiated services, promoting development national. "

4. To date and according to projections by the Conidae studies, satellite remote sensing or remote sensing would be most appropriate for the country.

5. Using this model the Earth's surface will be observed from space, using the properties of electromagnetic waves emitted, reflected or diffracted by the objects observed.

(*) Recently, the National System of Public Investment SNIP the Ministry of Economy approved the project feasibility study for the implementation of Peru's satellite system, thus both the legal framework (27 899) as the administrative have been concluded for its implementation. See details at:

(*) Now after this important announcement, we left to the specialist and interested in the issue, support this valuable initiative that would result in great benefits for our country's environmental issues, a topic on the impact of climate change on natural disaster issues, national security and defense, as in many other issue related to the development of our country.

(*) From here our sincere appreciation to the National Aerospace Research and Development-CONIDA Space Agency (Peru), its technical team and in particular its institutional Chief, Colonel Henry Pasco Barriga, who has led this process seamlessly and transparently.

(*) Thank you for your broadcast.


Tuesday, October 26, 2010

Kaleidoscope Vision Plus Blind

UK launch new satellite technology demonstration


The worldwide pioneer in the development of mini-satellites Surrey Satellite Technology Limited, SSTL, has been awarded today by the Technology Strategy Board of the British Government (TSB) to lead the design of a national satellite technology demonstration called TechDemoSat-1 / TDM.

The central mission of the satellite TDM is being funded with a grant of £ 770.000 pounds of the Technology Strategy Board of the British government (TSB) and the Agency for the Development of South East England (SEEDA). Once developed this first phase, another £. 2'730, 000 pounds will be made to move to the construction and testing phase of the satellite, which will be Developed in just 18 months.

This new satellite to be developed in the UK, will test innovative technologies in the aerospace field. It is expected that the components and tools used in the satellite flight TechDemoSat (TDS) are applied in new satellites and to demonstrate their worth and enable them to gain new and important international projects.

In this satellite will include new instruments, one to measure the sea state, another to track vessels of the orbit (AIS), including one to destroy the satellite itself TDS at the end of his life, and thus reduce the "space pollution." The latter is a "candle" to deploy that force the satellite to leave the area and this will burn in the Earth's atmosphere, efficient technologies such as removing the space ship, is expected to have a large market in the future.

"There are a number of space companies based in Britain who have great technology and have to demonstrate it in orbit. We hope this initiative will help to test these new technologies and open new commercial markets for them, "he told BBC News Michael Lawrence of the TSB.

SURREY SATELLITE (SSTL) Leads the

Participants in the project are British companies Com Dev Europe, Selex Galileo, Qinetiq, Aero Sekur, RAL Space, Oxford University, University of Surrey, Leicester University, MSSL, the Langton Star Centre (which will provide an experiement of UK schools) and Surrey Satellite Technology Limited, SSTL, the latter will lead the project.

GPS signal reflection

TechDemoSat will a tough schedule, as SSTL has to be able to send the satellite ready for launch in just 18 months. One of the biggest payloads is proposed SSTL itself is an instrument for observing the Earth of 7.5 kgs designed to measure the state of the sea. "The sensor uses the fact that there are a lot of GPS signals coming down from space and are reflected from the surface of the ocean. The instrument can measure the variation of these signals and therefore infer the state of the sea. So depending if the water is agitated or mild (the ocean altimetry), we obtain a different type of feedback signal said Doug Liddle, chief scientist of Surrey Satellite.

One of the smaller payloads, weighing only 750 g, is being provided by Selex Galileo, which includes a gyroscope the size of a sugar cube that can detect the orientation of the spacecraft.

Sekur Aero is behind the sail area, which is deployed a membrane that takes the residual air molecules still present in the spacecraft's orbit and drag it into the terrestrial orbit declines faster than it normally would be.

project is expected to emulate the project TechDemoSat MOSAIC (Micro Satellite Applications in Collaboration ) from a decade ago, at a cost of £. 11'millones pounds of public investment which was also led by Surrey Satellite, and technological innovations which ultimately resulted revenues by nearly 300 million pounds in the business of export of satellites and components.

These initiatives are part of the Space Innovation and Growth Strategy (Space-IGS) , a 20-year plan to maximize the potential of the space industry in the United Kingdom. If the satellite is delivered on time and within budget, we have a TechDemoSat-2. One issue that has yet to define what the means for the TDS-1 into orbit. The cost of transport to the space of a 150 kg spacecraft as TDS can cost around £. 2.5 'M, this is an issue that the UK Space Agency will be resolved soon.



(*) are grateful for their dissemination .

Monday, October 4, 2010

Bleach And Naruto Games From All Countrys

Turkey launched OBSERVATION SATELLITE 2011



RASAT is the first earth observation satellite designed and manufactured by Turkish engineers, will be launched into space the Yasny launch base, located in southwest Russia on the border with Kazakhstan.

RASAT is being built by the Research Council of Turkey Scientific and Technological Research and the Institute of Space Technology called TUBITAK-UZAY and sponsored by the State Planning Organization-DPT).

The first satellite developed entirely by Turkish engineers in all its stages, from design, production and testing, will be released next year, according to information broadcast by the Anatolia news agency. The agreement for the satellite launch RASAT was signed last month between officials and the company TUBITAK ISC Kosmotras launch.

The RASAT program objective is to provide the necessary infrastructure to assemble, integrate and test small satellites in Turkey independently and without external support. Additionally, the images acquired by the RASAT be used for urban and regional planning and agricultural and forestry studies.

Produced with the aim of showing Turkey's ability to produce satellites, RASAT be launched by a launch vehicle Russian-Ukrainian Dnepr operated by ISC Kosmotras. The Dnepr launch vehicle was developed from the modification of ICBMs, ICBM, the SS-18. Dnepr is known as the most effective launch vehicle used for launching low-orbit satellites mini. RASAT The campaign will be launched in the Dnepr program number 17. This satellite will contribute very significantly to increase the potential of Turkey in the high technology sector.

satellite RASAT See details and BILSAT in:

(*) We must remember that Turkey had its current satellite capacity building through its first program to have a satellite earth observation itself, the BILSAT-1, which was developed by British company Surrey Satellite Technology limitied-SSTL , a project which developed an extensive technology transfer program, whose results can be seen today, Turkish engineers building their own satellite earth observation.

This is a clear and compelling example of what Peru has to seek to implement its National Operations Center-Satellite Image CNOIS, ie find an experienced strategic partner to enable us to develop our country REAL capacity for development and technological independence in the aerospace field.

(**) Peru should think big and aim for technological independence, and this is only possible to work hand in hand with the best. From here a call to reflection, so that by implementing our own satellite system for CNOIS, is chosen the best alternative at the best cost benefit.

is also important to learn from the mistakes of others ... see the example of our southern neighbor, which according to several sources SSOT project develops cost well above the original budget and a work schedule more a year of delay (in terms of technology is an eternity) and without even a definite date of release. On the other hand, we also have proposals from countries like Spain, who have never developed a single satellite itself, so its technology transfer program would simply VOID, and also going through a serious economic crisis in its fledgling aerospace industry, delays in payments to the European Space Agency, and future plans to launch satellites with obsolete technology and something really costs and millionaires.

(*) Thank you for your broadcast.