Cryosat First

May 17, 2010: the Cryosat-2 satellite was launched on 8 April 2010 at 15: 57 (Spanish time) from the Baikonur cosmodrome (Kazakhstan). A Dnepr rocket, manufactured by the International Space Company Kosmotras company was used for this purpose. TCP Sistemas Ingenieria provided support in addition to remain on active duty in all phases of the launch. The Cryosat-2 satellite was launched on April 8, 2010 at 15: 57 (Spanish time) from the Baikonur cosmodrome (Kazakhstan). A Dnepr rocket, manufactured by the International Space Company Kosmotras company was used for this purpose.

The first station which won a satellite signal was located in Malindi (Kenya), 17 minutes after the launch. This station belongs to the so-called network increased from ESA ground stations. It also operate from 2005 two sets of TCPSI: FEC and CSMC. Kiruna station contacted the satellite one hour and 26 minutes after the first reception of the signal from Malindi. As it is usual in the phases of LEOP, and given our systems for mission criticality, TCPSI professionals were supporting remote from our offices during the period time interval between one hour before the launch and 5 hours after the same. In addition, they remained on active duty (on-call) until noon on the following Sunday, prepared to react to any anomaly that may arise. Thanks to the high reliability of the FEC-CSMC binomial, there was no incidence in these systems. CryoSat-2 replaces the original Cryosat satellite that was lost in 2005 due to a failure during launch. However, the objectives of the Mission remain as defined for the first satellite: measure changes in the thickness of the vast ice sheets covering Greenland and Antarctica, as well as variations in the thickness of the relatively thin ice blocks floating in the polar oceans. Thanks to these measures of the thickness ice as precise in both types of ice, Cryosat-2 will provide critical information for scientists can understand the role ice plays in the ground system.

Flow Energy

Choose to deal with a passion that allow you to work long hours or for extended periods and will be inexhaustible energy because it engages in activities that enjoy. Will work on what you have chosen to give you the energy needed to advance, so be more busy time will not necessarily make it feel fatigued. Whatever your age, choose something that passionate about it and start with new dose of enthusiasm and renewed energy. Enthusiasm is the fuel that will take you towards the achievement of great accomplishments and with renewed vitality. Their energies will be multiplied as well as their desire to live to be immersed in a new project, which you have chosen and with which it is committed. There is a great deal of energy without form that can materialize when you decide and choose what you want to do. Entire flow of energy available is latent in its interior, waiting for that you would signal and show you the way that engages.

It will be that way the fuel to work toward your goal and achievement of the most important goals of his life. His willingness to act, its speed and desire to advance respond to taste for the chosen activity. Your energy level and willingness for the effort and continuous work are much lower if work that plays is not to your liking and if you do this only for the money. By dealing with activities consistent with you you can achieve higher levels of energy and enthusiasm. To clearly define their goals, to decide that you will choose to do and how, you begin to think about you and any activity that is compatible with your person renewed enthusiasm and raise your energy level. It is also necessary to pay attention to our body to advance on the road towards the achievement of the most important goals.

Solar Energy

Solar energy is the energy produced by the Sun and that is converted to useful human energy, either to heat something, or produce electricity (as its main applications). Each year the Sun throws 4 thousand times more energy than that you consume, so that their potential is virtually unlimited. Solar energy is currently one of most developed renewable energies and therefore used at this time. How do we convert solar energy into useful energy? Solar energy is used for two things primarily, although they are not the only ones, for things such as food or water, known as solar thermal, heating and to generate electricity, known as photovoltaic solar energy. The main devices used in solar thermal energy are water heaters and solar stoves. To generate electricity using solar cells, which are the soul of what is known as solar panels, which are responsible for transforming solar energy into power Electric. Solar energy applications are not limited to those mentioned here, but these two utilities are the most important. Other uses of solar energy are: drinkable water heaters solar drying evaporation distillation R efrigeracion as you can see the applications that can be given to energy solar is very wide, and every day are finding new technologies to be able to take advantage of it. DForce original author and source of the article author