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Friday, June 4, 2010

Nancy Ajram & K'naan - Waving flag (With lyrics) Official Video

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LINKS TO DOWNLOAD MP3 SONGS:
- ENGLISH VERSION: http://www.general-search.com/fileinf...

- ARABIC VERSION: http://www.general-search.com/fileinf...

- SPANISH VERSION: http://www.general-search.com/fileinf...



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About Nancy Ajram (From Wikipedia):
Nancy Nabil Ajram (Arabic: نانسي نبيل عجرم‎) (born May 16, 1983) is a multi-platinum Lebanese singer and Goodwill Ambassador for UNICEF [1]. By 2007, Ajram had sold over 2 million records ranking 3rd best selling female artist in Lebanese history[2][3]. She has released seven studio albums to date and appeared in a number of music videos and commercials. She participated in the most significant Arabic festivals and won multiple awards, most importantly the 2008 World Music Award as Best-selling Middle Eastern Artist, the youngest Arab WMA winner to date. Nancy Ajram is the first and only female sponsor and spokesperson of Coca-Cola in the Middle East and Arab world. Considered by many as an Arabic music icon of the decade, Nancy was described on the Oprah Winfrey Show as one of the most influential personalities of the Middle East.
Ajram was born to Nabil Ajram and Raymonda Aoun on May 16, 1983 in Achrafieh, a district in Beirut, Lebanon.

In 1995, at the age of twelve, Nancy Ajram took part in a variety show, Noujoum Al-Moustakbal, ("Stars of the Future"), a Lebanese reality television competition, which finds new solo musical talent. Ajram won a gold medal in the Tarab category after singing a song by Umm Kulthum.

Ajram studied music with renowned Lebanese musicians and despite being less than 18 years old at the time, the syndicate of professional artists in Lebanon accepted her as a member. Her first singles were titled "Hobbak Allam Albi elGheere" by Abdo Mounzer, and "Oulha Kelma Ala Shani". At the age of 15, she released her first album, Mihtagalak ("I Need You') in 1998. It was followed by Sheel Oyoonak Anni ("Stop Staring") in 2000, which achieved more success.




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About K'naan (From Wikipedia):
K'naan (pronounced /ˈkeɪnɑːn/;[1] born Keinan Abdi Warsame (Somali: Keynaan Cabdi Warsame, Arabic: كنعان وارسام‎) in 1978)[2] is a Somali-Canadian poet, rapper, singer, and musician. He has won several Juno Awards, including Artist of the Year and Songwriter of the Year in 2010.
Born in Mogadishu, Somalia,[3] K'naan spent his childhood in Mogadishu[4] and lived there during the Somali Civil War, which began in 1991. His aunt, Magool, was one of Somalia's most famous singers. K'naan's grandfather, Haji Mohamed, was a poet. He is Muslim, and his name, Keinan, means "traveler" in the Somali language. He spent the early years of his life listening to the hip-hop records sent to him from America by his father, who had left Somalia earlier. When he was 13, K'naan, his mother, and his three siblings, older brother, Libann, and younger sister's naciimo, Sagal were able to leave their homeland and join relatives in Harlem, where they stayed briefly before moving to the Toronto, Ontario neighbourhood of Rexdale,[5] where there was a large Somali Canadian community.[6] His family still lives there. In his new country, K'naan began learning English, some through hip hop albums by artists like Nas and Rakim. Despite the fact that he could not speak English, the young K'naan taught himself hip hop and rap diction, copying the lyrics and style phonetically.[7] He then also began rapping.

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About David Bisbal (From Wikipedia):
David Bisbal (born in Almeria, Spain on June 5, 1979) is a Latin Grammy-winning Spanish pop singer. He gained his initial fame as a runner up on the interactive reality television show Operación Triunfo produced by TJ Hall.

He has since released four studio albums, all of which topped the Spanish Albums Chart, in addition to recording a number of live albums. He's toured throughout Europe and Latin America and is now considered to be a crossover international artist.


Thursday, May 13, 2010

What is Nanotechnology

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Technology
is shrinking fast. Computing technology that would have filled a
warehouse 30 years ago can now be squeezed onto a chip a fraction of
the size of your thumbnail. The very smallest scale of engineering is called nanotechnology. A
nanometer is a billionth of a meter, about the width of ten atoms. Nanotechnology may, one day, be capable nanorobotics, nanorobots or
nanobots.
Working at an almost atomic level, nanobots could build
complex items cheaply and repair clothes, equipment and even people
without being noticed. They could also be used to rid the atmosphere of
pollution and to repair holes in the ozone layer.

Nanogear  photoA nanogear

Machines made from individual atoms, like this differential gear, have reached the computer modelling stage, but have not yet been built. For nanotechnology to work, they would need to be made in huge numbers. Scientists are looking to nature for ideas on how nanobots. May be self-replicating, like plant and animal cells than a human hair.

Building atoms

Each ball represents one atom. The whole gear measures just a few nanometers in diameter.









Nanotechnology nanomanipulator May the force be with you

This manipulator is a big step toward an assember that can built nanobots from atoms. It uses an atomic force microscope, together with sopihisticated handling tools to manipulate minute particles.


You can write your comments and questions about nanotechnology using the mail.

These are benefits of Nanotechnology area. Benefits are will be very useful for humanity.
  • Nano Fabrics
  • Cosmetics
  • Bio Engineering
  • Defence and Security

  • Nanotechnology bottom up photoBottom up

    A mere wisp

    A row of 20,000 of these stick figures is more narrow than a human hair.

    Researchers are looking at different ways to construct nanorobots the “bottom up” approach uses individual atoms and molecules as building block. This stick figure was created from just 28 carbon monoxide molecules.

    Nanotechnology Top Down photoTop Down

    Known as “top down” one potential way of building nanomachines is to miniaturize existing machines. There have been some incredible feats, including whis fully working electric motor, just 0.07 in (1.8mm) in size.


    Putting it in context

    A plankton skeleton, just 0.008 in (0.2 mm) across, sits on one of the engine’s cogs, measuring 0.02 in (0.5 mm)


    Nanotechnology on health

    Medical Nanobots

    Medicine is the on the most exciting applicaiton areas for anobots. It may become possible to inject a fleet of nanobots to perfom vital work inside a human body without resorting to surgery. Imagine toothpaste full of nanobots equipped to locate and destroy plaque or nanobots built to clean a diseased blood vessel.

    Plaque Attack

    The diseased section of the blood vessel is covered with a type of plaque containing cholesterol.


    We want to show you some photos about nanotechnology.

    Ant : 5 milimeters

    Head of a pain: 1-2 milimeters

    Dust mite : 200 micrometers

    Micro Electro Mechanical Devices (Pollen Grain) : 10-100 micrometers

    Human Hair : 10-50 micrometers

    Red Blood Cells with White Cells : 2-5 micrometers

    Cellulose Nanofibrils : 20-100 nanometers

    DNA : 1-2 nanometers

    Stacks of Clay Mineral Platelets each Platelet with 1 nanometer thick

    5 Atoms of Silicon : 1 nanometer

    Carbon Nanotube : 2 nanometer diameter

    What are applications of nanotechnology? Uses of Nanotechnology?


    Nanotechnology on health area photo


    Nanotechnology will be on health area.

    There is a nanotechnology item with red blood cells in vein or artery on this photo. It work to repairs the problems about human body.

    Nanotechnology development has four generations.

    a. Dispersed and contact nanostructures. Example: colloids, aerosols…

    b. Products incorporating nanostructures. Example: coatings, nanoparticle reinforced composites, nanostructured metals, polymers, ceramics…

    • Second generation is Active Nanostructures (2005)

    a. Bio-active, health effects. Example: Targeted drugs, biodevices…

  • First generation is Passive Nanostructures (2000)

  • b.
    Physico-chemical active. Examle: 3D transistors, amplifiers, actuators, adaptive structures…

    Example: 3D networking and new hierarchical architectures, robotics, evolutionary…

    Example: Molecular devices “by design”, atomic design, emerging functions…

    P.S: Nanotechnology can be very useful for human generations or can’t be…

  • Third Generation is Systems of Nanosystems (2010)
  • Fourth Generation is Molecular Nanosystems (2015-2020)
  • Nanotechnology on computer

    Waste Away

    The nanobot would either remain inside the blood system, constantly performing its task or it would be programmed to biodegrade safely, carrying the waste plaque out of the human body.

    Saw “n” scrape

    An incredibly small rotary saw would scrape the plaque free from the blood vessel wall.

    Micro cleaner

    A vacuum hose would stuck up the waste plaque for safe storage inside the nanobot.

    The Challenge : Fabricate and combine nanoscale building blocks to make useful device, e.g a photosynthetic renction center with integral semiconductor strage.

    Benefits of Nanotechnology

    Innovative Application. What is nanotechnology benefits?

    Energy
    Medicine and Drugs
    Nanobio-technology
    Nano Devices
    Optical Engineering


    Monday, May 10, 2010

    Optimization of Cairo West Power Plant for Generation

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    Check out this SlideShare Presentation:


    Optimization of Cairo West Power Plant for Generation

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    Check out this


    Sunday, May 9, 2010

    Control electrical appliances using PC

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    Here is a circuit for using the printer port of a PC, for control application using software and some interface hardware. The interface circuit along with the given software can be used with the printer port of any PC for controlling up to eight equipment .

    The interface circuit shown in the figure is drawn for only one device, being controlled by D0 bit at pin 2 of the 25-pin parallel port. Identical circuits for the remaining data bits D1 through D7 (available at pins 3 through 9) have to be similarly wired. The use of opto-coupler ensures complete isolation of the PC from the relay driver circuitry.

    Lots of ways to control the hardware can be implemented using software. In C/C++ one can use the outportb(portno,value) function where portno is the parallel port address (usually 378hex for LPT1) and 'value' is the data that is to be sent to the port. For a value=0 all the outputs (D0-D7) are off. For value=1 D0 is ON, value=2 D1 is ON, value=4, D2 is ON and so on. eg. If value=29(decimal) = 00011101(binary) ->D0,D2,D3,D4 are ON and the rest are OFF.


    Slideshow

     
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    متعة الحياة أن تعمل عملا لم يسبقك إليه أحد ولم يتوقعه الآخرون.................. Its just another way to unlock ur potential representing my internists with other. By sniffing the web u might see several info.,instructions and details. here i collect similar and simplify them to u, cutting out from my time, efforts even i create my unique posts