Archive for October, 2008

Italy at the 1960 Winter Olympics

Friday, October 31st, 2008

Italy at the Olympic Games

Flag of Italy
IOC code  ITA
NOC Comitato Olimpico Nazionale Italiano
external link (Italian)
At the 1960 Winter Olympics in Squaw Valley
Competitors 28 (21 men, 7 women)
Medals
Rank: 14
Gold
0
Silver
0
Bronze
1
Total
1
Olympic history (summary)
Summer Games
1896 • 1900 • 1904 • 1908 • 1912 • 1920 • 1924 • 1928 • 1932 • 1936 • 1948 • 1952 • 1956 • 1960 • 1964 • 1968 • 1972 • 1976 • 1980 • 1984 • 1988 • 1992 • 1996 • 2000 • 2004 • 2008
Winter Games
1924 • 1928 • 1932 • 1936 • 1948 • 1952 • 1956 • 1960 • 1964 • 1968 • 1972 • 1976 • 1980 • 1984 • 1988 • 1992 • 1994 • 1998 • 2002 • 2006

Italy competed at the 1960 Winter Olympics in Squaw Valley, United States.

Medalists

Bronze

  • Giuliana Minuzzo Chenal — alpine skiing, Giant Slalom

coach 11353 signature stripe heritage

International Ship and Port Facility Security Code

Friday, October 31st, 2008

ISPS Code being applied in Southampton, England, with signs prohibiting access to areas next to ships.


ISPS Code being applied in Southampton, England, with signs prohibiting access to areas next to ships.

The cruise ship Sea Princess leaving Southampton harbor; fences are visible on the right, which <a href=prevent access to the ship under the ISPS Code.” src=”http://upload.wikimedia.org/wikipedia/commons/thumb/d/d1/Sea_Princess_Southampton.jpg/299px-Sea_Princess_Southampton.jpg” width=”299″ height=”223″ border=”0″ class=”thumbimage” />


The cruise ship Sea Princess leaving Southampton harbor; fences are visible on the right, which prevent access to the ship under the ISPS Code.

The International Ship and Port Facility Security (ISPS) Code is an amendment to the Safety of Life at Sea (SOLAS) Convention (1974/1988) on minimium security arrangements for ships, ports and government agencies. Having come into force in 2004, it prescribes responsibilities to governments, shipping companies, shipboard personnel, and port/facility personnel to “detect security threats and take preventative measures against security incidents affecting ships or port facilities used in international trade.”

Contents

  • 1 History
  • 2 Scope
  • 3 Requirements
  • 4 National implementation
    • 4.1 United States
  • 5 Difficulties
  • 6 See also
  • 7 References
  • 8 External links

History

The ISPS Code was instituted as part of the international community’s response to the hijacking of the Italian cruise ship Achille Lauro on October 7, 1985 during which event a Jewish-American disabled passenger was killed. Development and implementation were speeded up drasticly in reaction to the September 11, 2001 attacks and the bombing of the French oil tanker Limburg. The U.S. Coast Guard, as the lead agency in the United States delegation to the International Maritime Organization (IMO), advocated for the measure. The Code was agreed at a meeting of the 108 signatories to the SOLAS convention in London in December 2002. The measures agreed under the Code were brought into force on July 1, 2004.

Scope

The Code is a two-part document describing minimum requirements for security of ships and ports. Part A provides mandatory requirements. Part B provides guidance for implementation.

The ISPS Code applies to ships on international voyages (including passenger ships, cargo ships of gross tonnage (GT) of 500 tons and upwards, and mobile offshore drilling units) and the port facilities serving such ships.

The main objectives of the ISPS Code are:

  • To detect security threats and implement security measures
  • To establish roles and responsibilities concerning maritime security for governments, local administrations, ship and port industries at the national and international level
  • To collate and promulgate security-related information
  • To provide a methodology for security assessments so as to have in place plans and procedures to react to changing security levels

Requirements

The Code does not specify specific measures that each port and ship must take to ensure the safety of the facility against terrorism because of the many different types and sizes of these facilities. Instead it outlines “a standardized, consistent framework for evaluating risk, enabling governments to offset changes in threat with changes in vulnerability for ships and port facilities.”

For ships the framework includes requirements for:

  • Ship security plans
  • Ship security officers
  • Company security officers
  • Certain onboard equipment

For port facilities, the requirements include:

  • Port facility security plans
  • Port facility security officers
  • Certain security equipment

In addition the requirements for ships and for port facilities include:

  • Monitoring and controlling access
  • Monitoring the activities of people and cargo
  • Ensuring security communications are readily available

National implementation

United States

The United States has issued regulations to enact the provisions of the Maritime Transportation Security Act of 2002 and to align domestic regulations with the maritime security standards of SOLAS and the ISPS Code. These regulations are found in Title 33 of the Code of Federal Regulations, Parts 101 through 107. Part 104 contains vessel security regulations, including some provisions that apply to foreign ships in U.S. waters.

Difficulties

The ISPS code has been difficult for some ships to implement, particularly cargo vessels with small crews undergoing cargo operations. Designating a crewmember to be continually at the entrance to the vessel whilst undergoing cargo operations leaves less crew available for other work. In some cases this could lead to dangerously low levels of crewmembers attending a hazardous operation. Hiring shore-based personnel to perform guard duties can alleviate this problem, but may not be possible in some countries where it is not unknown for security guards to be criminals. Passenger vessels and cruise ships typically have a much larger crew including designated security staff and do not suffer from this problem.

See also

  • Supply Chain Security
  • Port security

References

  1. ^ ISPS Code, Part A, 1.2.1
  2. ^ World Cruise - Maximum Security - Cruise Ships Secure from Terrorist Threats
  3. ^ ISPS Code, Part A, 3.1

boat pier bumpers

Ardminish

Friday, October 31st, 2008

Coordinates: 55°40?N 5°45?W? / ?55.66, -5.75

geography vcard” style=”width: 23em;”>

Ardminish
Scottish Gaelic: Aird Mheanais

Ardminish (Scotland)

Ardminish

Ardminish shown within Scotland

Council area Argyll and Bute
Lieutenancy area Argyll and Bute
Constituent country Scotland
Sovereign state United Kingdom
Post town ISLE OF GIGHA
Postcode district PA41
Dialling code 01583
Police Strathclyde
Fire Strathclyde
Ambulance Scottish
European Parliament Scotland
UK Parliament Argyll and Bute
Scottish Parliament Argyll and Bute
List of places: UK • Scotland

Ardminish (Scottish Gaelic: Aird Mheanais) is the sole village on Gigha in the Inner Hebrides, in Argyll and Bute, Scotland, and considered its “capital”. It is connected to the mainland through a regular ferry service that runs to Tayinloan.

Ardminish has the pier, post office and shop.

The name Ardminish means “The headland of the narrow point”, from a mixture of Gaelic and Norse.

sportmask x8 medium

Steven Robertson

Friday, October 31st, 2008


Robertson in 2004 film Inside I’m Dancing

Steven Robertson (born 1980 in Vidlin, in the Shetland Islands, Scotland) is a Scottish theatre and film actor.

Contents

  • 1 Education
  • 2 Selected filmography
  • 3 TV work
  • 4 External links

Education

Vidlin Primary School Anderson High School, Lerwick Guildhall School of Music and Drama, London

Selected filmography

  • Joyeux Noël (2005)
  • Kingdom of Heaven (2005)
  • Inside I’m Dancing (2004)

TV work

  • Tess of the d’Urbevilles (2008) as Cuthbert Clare

hp w2207 22-inch widescreen flat

Dirichlet BC

Friday, October 31st, 2008

In mathematics, the Dirichlet (or first type) boundary condition is a type of boundary condition, named after Johann Peter Gustav Lejeune Dirichlet (1805-1859). When imposed on an ordinary or a partial differential equation, it specifies the values a solution needs to take on the boundary of the domain. The question of finding solutions to such equations is known as the Dirichlet problem.

In the case of an ordinary differential equation such as

<br />
\frac{d^2y}{dx^2} + 3 y = 1<br />

on the interval the Dirichlet boundary conditions take the form

where \alpha_1\, and \alpha_2\, are given numbers.

For a partial differential equation on a domain

such as

<br />
\nabla^{2} y + y = 0\,<br />

(\nabla^{2}\, denotes the Laplacian), the Dirichlet boundary condition takes the form

<br />
y(x) = f(x) \quad \forall x \in \partial\Omega<br />

where f\, is a known function defined on the boundary \partial \Omega.

Dirichlet boundary conditions are perhaps the easiest to understand but there are many other conditions possible. For example, there is the Neumann boundary condition or the mixed boundary condition which is a combination of the Dirichlet and Neumann conditions.

See also

  • Neumann boundary condition
  • Mixed boundary condition
  • Cauchy boundary condition
  • Robin boundary condition

bcbg red bubble dress

Virginie Efira

Friday, October 31st, 2008

Virginie Efira (born May 5, 1977 in Brussels) is a Belgian anchor and actress on the French Television.

She was first hired by Club RTL (A Belgian TV channel in the RTL Group) to present a children’s show called Mégamix. She went on to present other programmes in Belgium, including A la recherche de la nouvelle Star. In September 2002 she was offered the job of the presenter of Belgian’s version of Star Academy. After casting to be a weather girl on France’s M6 channel, she was soon pushed into the limelight as one of M6’s main public faces, presenting shows such as Le Grand Zap, La saga des …, Follement Gay, Absolument 80/90, Le Grand Piège and Drôles d’équipes. She was the host of Classé Confidentiel for one year, before replacing Benjamin Castaldi as the host of the popular musical reality show Nouvelle Star for the end of the show’s fourth series. She also present various shows on RTL-TVi (a spin-off channel in the RTL Group). Efira was a guest star on the highly successful French show Kaamelott.

Efira’s film career took off in 2004, appearing as Liz Wilson in the French-language version of Garfield: The Movie, as well as playing Piper in the French version of the 2005 film Robots.

References

Translated from French Wikipedia

swarovski purse 718263

My Buddy (doll)

Friday, October 31st, 2008


The My Buddy doll line was made by Hasbro in 1985 with the intention of making a doll to appeal to little boys. Hasbro also introduced a companion “Kid Sister” for girls. Hasbro discontinued the line before the start of the 1990s and Playskool took over production, making changes to the likeness and clothing.

Description

My Buddy during his initial run had all these characteristics:

  • Red baseball cap
  • Brown Hair
  • Red/Yellow/blue/white striped long sleeve shirt
  • Blue overalls with “My Buddy” logo on chest
  • blue shoes with white stripe
  • The whole doll (besides head) was stuffed fabric.
  • Face had blue or brown eyes, freckles, “button” nose, and smile

Two versions of the dolls existed- the brunette version, described above, and a blonde version-

  • Blue baseball cap
  • Blonde Hair
  • Red/Yellow/blue/white striped long sleeve shirt
  • Red overalls with “My Buddy” logo on chest
  • Red shoes with white stripe
  • The whole doll (besides head) was stuffed fabric.
  • Face had blue or brown eyes, freckles, “button” nose, and smile

Also, an African American version, outfitted the same as the brunette Caucasian doll, was available.

nanette lepore day tripper jacket

P. J. Antony

Thursday, October 30th, 2008

P. J. Antony

P. J. Antony in Nirmalyam (1973)
Born 1923
Eranakulam, Kerala, India
Died 14 March 1979
Madras, Tamilnadu, India
Occupation Actor, Director, Script Writer, Lyricist, Novelist
Official website

P. J. Antony is a national award winning Malayalam film actor. He received National Film Award for Best Actor for his performance in Nirmalyam in 1974. He was the first south Indian to receive the award. A respectable figure in professional play field also, he worked with communist cultural and art bodies like the K.P.A.C. and also established his own theatre named Prathibha Theatres in Kochi.

Contents

  • 1 Biography
  • 2 Filmography
    • 2.1 Acting
    • 2.2 Writer
    • 2.3 Director
  • 3 References
  • 4 External links

Biography

In his early 20’s Antony served in the Royal Navy during the World War II. Post war, he returned home and joined a workshop as an officer. It was in this period in which Antony got chance to work with professional play artists. Soon he established himself as a prominent figure in Malayalam plays with his skills in acting, writing and direction. He was directly associated with the K.P.A.C., a major professional plitical play theatre at that time. He later established two play theatres namely P. J. Theatres and Prathibha Theatres. Prathibha Theatres is still active. With the expertise in plays, Antony entered film field. His debut film was Randidangazhi(1957), a film adaptation of Thakazhi Sivasankara Pillai’s novel in the same title. He won the National Film Award for Best Actor, then known as the Bharath Award in 1974 for his performance as a velichappadu (an Oracle or medium between the Goddess and the worshipper in a Hindu temple) in Nirmalyam, directed by prominent literary figure, M. T. Vasudevan Nair. Antony was the lyricist and screenwriter for a few films. He also directed a film titled Periyar.

Filmography

Acting

  • Manninte Maril (1980)
  • Nirmalayam (1973) …. Velichapad
  • Nadhi (1969) …. Mullakkal Varkey
  • Asuravithu (1968) …. Kunjarikkar
  • Anveshichu Kandethiyilla (1967)
  • Balyakalasakhi (1967)
  • Kunjali Marakkar (1966) …. Zamorin’s Nephew
  • Murappennu (1965) …. Balan’s Uncle
  • Bhargavi Nilayam (1964) …. Narayanan Nair (Nanukuttan)
  • Ammaye Kaanaan (1963)
  • Randidangazhi (1958)

Writer

  • Kolangal (1981) (novel)
  • CID Nazir (1971) (dialogue)
  • Nadhi (1969) (story)

Director

  • Periyar (1973)

References

  1. ^ Uncertain, IMDB states April 4, www.pjantonyfoundation March 14.
  2. ^ Uncertain, IMDB states 1923, www.pjantonyfoundation.com Jan. 1, 1925.
  3. ^ http://www.hindu.com/2004/03/15/stories/2004031502010300.htm P.J. Antony remembered
  4. ^ Official website: About Us
  5. ^ The Hindu: P.J. Antony’s `Socrates’ today
  6. ^ Weblokam profile

buy bmf wheels

Copley

Thursday, October 30th, 2008

Copley may refer to:

Contents

  • 1 People
  • 2 Places
    • 2.1 Australia
    • 2.2 England
    • 2.3 Wales
    • 2.4 United States of America
  • 3 Other

People

  • Al Copley - American Jazz Pianist
  • Amber Copley - American beauty queen
  • David C. Copley - newspaper publisher, descendant of Ira Clifton Copley
  • Dr. Evan Copley - American academic and composer
  • Sir Godfrey Copley, 2nd Baronet - 17th Century British landowner, for whom the Copley Medal is named
  • Ira Clifton Copley - 19th Century American statesman who founded the Copley Press
  • John Copley - British theatre producer
  • John Singleton Copley - 18th Century American portrait painter
  • Martin Copley (conservationist) - Australian conservationist
  • Michael Copley - South African musician
  • Paul Copley - British actor
  • Randy Copley - Canadian ice hockey player
  • Rebecca Copley - American soprano opera singer
  • Terence Copley - British author
  • Teri Copley - American actress
  • William Copley (multiple)

Places

Australia

  • Copley, South Australia

England

  • Copley, County Durham
  • Copley, Greater Manchester in Cheshire
  • Copley, West Yorkshire

Wales

  • Copley, Swansea

United States of America

  • Copley, Ohio
  • Copley Square in Boston
  • Copley Plaza in Boston
  • Coplay, Pennsylvania

yankel ginzburg blackjack

Power spike

Thursday, October 30th, 2008


Voltage spike

In electrical engineering, spikes are fast, short duration electrical transients in voltage (voltage spikes), current (current spike), or transferred energy (energy spikes) in an electrical circuit.

Fast, short duration electrical transients (overvoltages) in the electric potential of a circuit are typically caused by

  • lightning strikes
  • power outages
  • tripped circuit breakers
  • short circuits
  • power transitions in other large equipment on the same power line
  • malfunctions caused by the power company
  • electromagnetic pulses (EMP) with electromagnetic energy distributed typically up to the 100 kHz and 1 MHz frequency range.
  • Inductive spikes

In the design of critical infrastructure and military hardware, one concern are pulses produced by nuclear explosions , whose nuclear electromagnetic pulse (NEMP) distribute large energies in frequencies from 1 kHz into the Gigahertz range through the atmosphere.

The effect of a voltage spike is to produce a corresponding increase in current (current spike). However some voltage spikes may be created by current sources. Voltage would increase as necessary so that a constant current will flow. Current from a discharging inductor is one example.

For sensitive electronics, excessive current can flow if this voltage spike exceeds a material’s breakdown voltage, or if it causes avalanche breakdown. In semiconductor junctions, excessive electrical current may destroy or severely weaken that device. An avalanche diode, transient voltage suppression diode, transil, varistor, overvoltage crowbar, or a range of other overvoltage protective devices can divert (shunt) this transient current thereby minimizing voltage.

While generally referred to as a voltage spike, the phenomenon in question is actually an energy spike, in that it is measured not in volts but in joules; a transient response defined by a mathematical product of voltage, current, and time.

Voltage spike may be created by a rapid buildup or decay of a magnetic field, which may induce energy into the associated circuit. However voltage spikes can also have more mundane causes such as a fault in a transformer or higher-voltage (primary circuit) power wires falling onto lower-voltage (secondary circuit) power wires as a result of accident or storm damage.

Voltage spikes may be longitudinal (common) mode or metallic (normal or differential) mode. Some equipment damage from surges and spikes can be prevented by use of surge protection equipment. Each type of spike requires selective use of protective equipment. For example a longitudinal mode voltage spike may not even be detected by a protector installed for normal mode transients.

hho dry cell