Lotus kick foot. Kick start

Posted on June 6th, 2008 in Uncategorized by admin

The lotus kick is also known as jump outside, outside spinkick, or Teng kong bai lian. This is a very popular jump in Wushu kung fu martial arts. The kick begins by launching off from the right leg into a 360° clockwise rotation that includes an outward snapkick in the air. The performer may land on the right leg or both legs. The kick may be performed from both a running or standing take-off. Advanced practitioners may increase the difficulty of the move by rotating greater than 360°, usually 540° or 720°.

Note: The lotus kick is completely a different move than the foot sweep kick.


Learning the move


Reference Training Guide

  • Fundamentals of High Performance Wushu: Taolu Jumps and Spins by Raymond Wu, ISBN 978-1-4303-1820-0. Step-by-step book. Free downloadable companion training guide.


External links

  • Flash Mavi tutorial on the lotus kick

Cossack motorcycle motorcycles and many

Posted on June 4th, 2008 in Uncategorized by admin

The term Cossack motorcycle can apply to any number of motorcycles, made in the former Soviet Union, a reference to the semi-nomadic mounted Cossacks who lived in Eastern Europe. Some are derived from the design of the 1938 BMW R71 sidecar motorcycle. Examples include the Ural or the Ukrainian Dnepr.

Cossack was also the brand name applied to all Soviet motorcycles distributed by SATRA, (originally located in Surrey, later moving to Carnaby,) from 1973 to 1979, and used by the Australian importer, Capitol Motors until May 1976 when their motorcycle division shut down. These included the flat twins, but also smaller capacity machines, like the Voskhod 175 cc which was rebadged as a “Cossack”. Ural, Dnepr, IZh, Voskhod and Minsk were some of the former Soviet Union manufacturers whose bikes were imported and rebadged. [1]RussianMotorcycles Cossack Motorcycles (Retrieved 30 November 2006)


References


External Links

  • http://www.cossackownersclub.co.uk/cossack_tradenamed_bikes.pdf

Susan Fleming legs

Posted on June 3rd, 2008 in Uncategorized by admin

Susan Fleming (February 19 1908–December 22 2002) was a Hollywood ingenue known as the “Girl with the Million Dollar Legs” for a role she played in the W.C. Fields film Million Dollar Legs (1932). Her big stage break which led to her Hollywood career was as one of the famed “Ziegfeld Girls” in the Ziegfeld Follies.

She later ended her Hollywood career when she married Harpo Marx on September 28, 1936, with whom she adopted four children. She outlived Marx by almost forty years during which time she was an artist and activist in the Palm Springs, California area.

Susan was no relation to Erin Fleming, Groucho’s companion in his later years.

She died of a heart attack in 2002.


External link

Raytheon Intelligence and Information Systems start systems

Posted on June 2nd, 2008 in Uncategorized by admin

Raytheon Intelligence and Information Systems (RIIS, IIS) is a business of Raytheon Company. It is led by Mike Keebaugh and its headquarters is located in Garland, TX. As of 2005, the division contains approximately 9,100 employees of whom 80% are cleared.


History

The site at Garland, TX was formerly E-Systems. Another former E-Systems location, in Greenville, TX, was also owned by Raytheon IIS from the late 1990s through 2002. It was then sold to L-3 Communications, becoming L-3 Integrated Systems, for US$1.13 billion.


Business

The business provides capabilities for various intelligence & data management solutions.


Locations

IIS has eleven major locations which include:

TX - headquarters

  • Landover, MD
  • Reston, VA
  • Washington, VA
  • Falls Church, VA
  • Linthicum, MD
  • Omaha, NE
  • Springfield, VA
  • State College, PA
  • St. Louis, MO
  • Aurora, CO
  • San Angelo, TX
  • Job production out of production

    Posted on May 28th, 2008 in Uncategorized by admin

    Job production involves producing a one-off product for a specific customer. Job production is most often associated with small firms (making railings for a specific house, building/repairing a computer for a specific customer, making flower arrangements for a specific wedding etc.) but large firms use job production too. Examples include:

    • Designing and implementing an advertising campaign
    • Auditing the accounts of a large public limited company
    • Building a new factory
    • Installing machinery in a factory


    Benefits and disadvantages

    Key benefits of job production include:

    • work is generally of a high quality
    • a high level of customisation is possible to meet the customer’s exact requirements
    • significant flexibility is possible, especially when compared to mass production
    • workers can be easily motivated due to the skilled nature of the work they are performing

    Disadvantages include:

    • higher cost of production
    • requires the use of specialist labour (compare with the repetitive, low-skilled jobs in mass production
    • slow compared to other methods (batch production and mass production)


    Essential features

    There are a number of features that should be implemented in a job production environment, they include:

    • Clear definitions of objectives should be set.
    • Clearly outlined decision making process.


    See also

    • Manufacturing
    • Craft production
    • Batch production
    • Mass production
    • Just In Time
    • Lean manufacturing
    • Production, costs, and pricing

    Emergency power unit case the latter fails

    Posted on May 28th, 2008 in Uncategorized by admin

    An emergency power unit (EPU), also called an emergency power supply unit (EPSU), is a device for energy production in case of failure of the primary systems.

    For example, the EPU used in the F-16 aircraft employs a gas turbine powered by the engine bleed air or by hot gases generated by catalytic decomposition of hydrazine, which then drives the emergency electricity generator and the emergency hydraulic pump. On some commercial aircraft, such as the Airbus A330, a ram air turbine is used for emergency power.

    Elevators often use battery-based EPUs to facilitate the descent of the elevator cabin to a safe position when the building power supply fails.

    Uninterruptible power supply units and generators can be referred to as EPUs.

    Icelandic rock the mid-1970s and were

    Posted on May 27th, 2008 in Uncategorized by admin

    Rock and roll is a style of popular American music which has spread across the world, including to the North Atlantic island nation of Iceland. Rock came to the island beginning in the mid-1950s. Rock’s popularity increased steadily over the next few years. This wave peaked with the tour by Tony Crombie & His Rockets in May of 1957. A few bands with their own style did emerge, however, including City, Disco and Lúdó.

    From 1930 until the mid 1980s, radio broadcasting in Iceland was a state monopoly controlled by the “cultural” elite and consequently rock music was not played much at all on Icelandic radio. But despite this state of affairs, Icelandic popular culture was not completely isolated from the outside world. Crews of Icelandic fishing boats and commercial aircraft would buy rock records in America, England and Germany and bring them back home to Iceland. Also, the US Navy base in Keflavík, Iceland, operated a radio station for the troops (AFRS 1484 on the radio dial) that mainly played rock music and was very popular with young Icelanders in the Reykjavík area and remained important to Icelandic rock music until at least the mid 1970s. Some of the disc-jockeys from the early 70’s were Tom Wiecks, Jim Roark, Karl Phillips, and Mark Lazar.

    The British Invasion and Beatlemania arrived in Iceland in 1964, and the indigenous groups Hljómar from Keflavík and Dátar from Reykjavík arose as Icelandic counterparts to The Beatles, later followed by Flowers, Bendix and other bands. Beginning in about 1969, the English language period of Icelandic rock began, with bands like Trúbrot, Náttúra and Pelikan becoming popular.

    From 1973 to 1979, the Reykjavík rock scene was dominated by progressive rock and funk groups such as Eik and Cabaret (these two groups merged under the name Eik in 1977).

    The mid to late 1970s saw the rise of Gunnar Þórðarson and Magnús Eiríksson, who revitalized the field of Icelandic rock and created a more distinctive national style. A wave of punk rock based out of Reykjavík occurred in about 1981 and temporarily displaced more traditional rock music, much like rock had displaced jazz in the early 1960s. Notable mid to late 1980s Icelandic rock bands include Grafík and Tobmobile as well as the punkers in The Sugarcubes featuring Björk. Towards the end of the 20th century and continuing to the present (2005), the group Quarashi with its mixture of rock and rap has achieved international attention; the same applies to the hard rock group Mínus and the lethargic Sigur Rós. From the late 1980s continuing to the present (2005) the band “Sálin hans Jóns mins” or just “Sálin” has had a strong presence on the Icelandic rock scene.

    Dielectric dispersion electric starters

    Posted on May 26th, 2008 in Uncategorized by admin

    Because polarization cannot follow an electric field in a high-frequency field, permittivity has a dependence on the frequency. This dependence is called dielectric dispersion. It is very important for the application of dielectric materials and the analysis of polarization systems.

    When the frequency becomes higher:

    1. it becomes impossible for dipolar polarization to follow the electric field in the microwave region around 1010 Hz;
    2. in the infrared or far-infrared region around 1013 Hz, ionic polarization loses the response to the electric field;
    3. electronic polarization loses its response in the ultraviolet region around 1015 Hz.

    In the wavelength region below ultraviolet, permittivity approaches the constant ε0 in every substance, where ε0 is the permittivity of the free space. Because permittivity indicates the strength of the relation between an electric field and polarization, if a polarization process loses its response, permittivity decreases.


    See also

    • Dielectric relaxation
    • Dielectric spectroscopy

    Hello, Hello, I’m Back Again scooter and

    Posted on May 22nd, 2008 in Uncategorized by admin

    Hello, Hello, I’m Back Again” is a 1973 hit single performed by Gary Glitter and co-written by Glitter and his producer Mike Leander. The title of the song is only sung once and as a result other more frequent sung lines have become alternative titles, these include “It’s Good To Be Back” and “Did You Miss Me?”, etc. Sometimes the tile is shortened to simply “Hello, Hello”. The song is about a man calling his lover after being away for some time and begins with “Did you miss me (yeah), while I was away?”, with “Hello, Hello, It’s good to be back .. Good to be back” sung repeatedly in the chorus. It reached Number 2 in the United Kingdom, charting in several other countries and remained a popular oldie for decades. The song has been featured on a number of Glitter compilations and live albums since, as well as his 1973 studio album, Touch Me. In 1995 the song returned to the UK charts when Glitter re-recorded it, under the title “Hello, Hello, I’m Back Again (Again!)”.


    Cover versions

    • Glitter performed lyrics from “Hello, Hello, I’m Back Again” in The KLF’s “Gary In The Tardis”, found on the 1988 single “Doctorin’ the Tardis”.
    • The opening track of British rock group Oasis’s 1995 album (What’s the Story) Morning Glory? “Hello” borrows from the song both lyrically and stylistically.
    • German techno group Scooter sampled the song in their single “Hello! (Good To Be Back)” from the 2005 album Who’s Got The Last Laugh Now?.
    • The American band Shivaree covered the song in their 2007 cover album .

    Flexible Mechanisms mechanisms were

    Posted on May 21st, 2008 in Uncategorized by admin

    Flexible mechanisms, also sometimes knows as Flexibility Mechanisms or Kyoto Mechanisms), refers to Emissions Trading, the Clean Development Mechanism and Joint Implementation. These are mechanisms defined under the Kyoto Protocol intended to lower the overall costs of achieving its emissions targets. These mechanisms enable Parties to achieve emission reductions or to remove carbon from the atmosphere cost-effectively in other countries. While the cost of limiting emissions varies considerably from region to region, the benefit for the atmosphere is in principle the same, wherever the action is taken.

    Much of the negotiations on the mechanisms has been concerned with ensuring their integrity. There was concern that the mechanisms do not confer a “right to emit” on Annex 1 Parties or lead to exchanges of fictitious credits which would undermine the Protocol’s environmental goals. The negotiators of the Protocol and the Marrakesh Accords therefore sought to design a system that fulfilled the cost-effectiveness promise of the mechanisms, while addressing concerns about environmental integrity and equity.

    To participate in the mechanisms, Annex 1 Parties must meet the following eligibility requirements:

    1. They must have ratified the Kyoto Protocol.
    2. They must have calculated their assigned amount, as referred to in Articles 3.7 and 3.8 and Annex B of the Protocol in terms of tonnes of CO2-equivalent emissions.
    3. They must have in place a national system for estimating emissions and removals of greenhouse gases within their territory.
    4. They must have in place a national registry to record and track the creation and movement of ERUs, CERs, AAUs and RMUs and must annually report such information to the secretariat.
    5. They must annually report information on emissions and removals to the secretariat.

    Contents


    Emissions trading (ET)

    Main article:Carbon emissions trading

    The Emissions Trading-mechanism allows parties to the Kyoto-protocol to buy greenhouse gas emission permits from other countries to help meet their domestic emission reduction targets.


    Joint Implementation (JI)

    Main article:Joint Implementation

    Through the Joint Implementation, industrialised countries with a greenhouse gas reduction commitment (so-called Annex 1 countries) may fund emission reducing projects in other industrialised countries as an alternative to emission reductions in their own countries. Typically, these projects occur in countries in the former Eastern Europe.


    Clean Development Mechanism (CDM)

    Main article:Clean Development Mechanism

    Through the CDM, countries can meet their domestic emission reduction targets by buying greenhouse gas reduction units from (projects in) non Annex 1 countries to the Kyoto protocol (mostly third world countries).


    See also

    • Kyoto Protocol
    • Clean Development Mechanism
    • Joint Implementation


    External links

    • Emissions Trading UNFCCC pages on ET
    • Joint Implementation UNFCCC pages on JI
    • Clean Development Mechanism UNFCCC pages on CDM
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