Air-To-Air Refueling Tanker Aircraft Replacement Update
B.A.E. Systems and the company have signed a collaboration agreement for the design, development, supply, and support of air-to-air refueling tanker aircraft based on the Boeing 767 aircraft platform, helping to secure significant numbers of high-value jobs and skills in the UK.
The Memorandum of Understanding applies to the current UK programmer for the future provision of replacement tanker aircraft, as well as existing programmers in the United States, Japan, and Italy. The M.O.U. also applies to all future programmers globally and potential growth into other large platforms. Both Bae Systems and the company are part of TTSC, the Tanker Team.
The Chief Executive, Bae Systems said, "The bid put forward by TTSC will deliver the best capability for the UK forces, in terms of interoperability and flexibility of usage in concert with the US, as well as securing jobs, skills, and work for many years to come."
"The global market has already overwhelmingly made its decision with the company 767 having been selected by the United States, Japan and Italy. This is why B.A.E. Systems decided to team with the company to the benefit of the UK 's defense industrial base. Today 's M.O.U. will therefore deliver very long term substantial benefits if the UK now selects the Boeing aircraft."
The President and CEO of the company Integrated Defense Systems commented: "A significant market for tankers exists world-wide. We are excited about making Britain 's aerospace industry part of our global tanker team. Today 's announcement is firm evidence of Boeing 's commitment to the UK and support of high value engineering jobs, as well as the companies close working relationship with BAE Systems."
US Secretary of Defense is blocking a lease-buy deal for 100 Boeing tankers while he examines the circumstances surrounding misconduct charges that prompted Boeing last week to fire two executives, including one close to the deal.
The review is the latest crisis to challenge the legitimacy of the US Air Force 's two-year-old attempt to acquire the KC-767 tanker fleet, and came just as The President signed the budget law in November that finally authorized the deal. The dismissals of chief financial officer and former air force acquisition chief in November also triggered calls for a wider review of the service 's procurement decisions.
The company says they were fired for talking to someone about future employment while he/ she was still the air force 's top acquisition official and the Pentagon 's representative in contract talks for the tanker deal. They have denied this and Boeing 's claim that he tried to cover up his actions.
The question of whether they improperly tipped off the company on Airbus pricing data, meanwhile, remains the target of a criminal investigation by the Pentagon 's inspector general. Those allegations stemmed from internal emails obtained and released in late August by a Senator, an ardent opponent of the deal.
The company says there are no links between the misconduct charges and the tanker negotiations. The review, however, means a fresh round of scrutiny that may still imperil the project.
Says The US Secretary of Defense: "We have just read that two people have been relieved of their responsibilities by a company that we had engaged in an understanding with, and that it struck me, at least, that responsible people would want to say to themselves: "Well, what might that mean for the department? Did something happen?"
A spokesman for the anti-tanker lease Taxpayers for Common Sense admits that the potential effects of the new review are unclear, but the misconduct charges alone should at least "deter any new gerrymandering or shenanigans" on the deal.
The charges also may cast a new light on their 10-year tenure as the air force 's top acquisition official. They had gained a reputation as a prickly combatant of defense contractors, more than once publicly calling out a contractor 's misdeeds. But they also supported two controversial proposals that offered big rewards for the company - the tanker lease and a defeated attempt in 2000 to label the C-17 as a commercial item.
Showing posts with label Technology. Show all posts
Showing posts with label Technology. Show all posts
Friday, November 7, 2008
Time Is Very Valuable
Time is at once the most valuable and most perishable of all our possessions. John Randolph of Roanoke gave an explicatory connotation of time. A representative and Senator from Virginia, he lived through 1773 until 1833. Timekeeping articulates about its derivation from times gone by. As science and lifestyles developed, its importance was felt gradually.
After timekeepers were introduced some five thousand years ago, value of time was apprehended. However, man ascertained calendars much before he counted moments. The Sun, the Moon, and the stars are cosmic bodies that have contributed extensively in determining seasons, months, and years.
The Egyptians contributed in fixing on a calendar that goes by the phases of the Moon. Around 3100 B.C., a discerning appearance of the Dog Star or the Sirius every 365 days made man conceive that 365 days could make a year. The Mayans of Central America considered the Venus too.
Thus, the existing calendar that we follow, ultimately considers the Sun, the Moon, stars and planets. Now, we have a solar calendar of 365 days and a leap year that occurs every four years.
Development of science influenced multi tasking. Thus, life raced up faster and the necessity to organize daily chores was felt enormously. The human intellect could not stop thinking, ways to count on the passing moments.
A keen observation on the apparent motion of the Sun by the Egyptians, and the consequent changes in positions of the shadows are significant. Budging shadows of the Obelisk monuments served as sundials during 3500 B.C. Initially, days were segregated into mornings and afternoons. Later, extra pointers at the Obelisk helped in partitioning the day into hours.
The ancient astronomical implement, merkhet further helped in determining directions and nighttime hours. The sundial resembled a hemisphere or a half bowl.
An advanced water clock was a necessity in studying astronomy, the science of celestial bodies and astrology, study of the impact of the celestial bodies on human concern. However, later, organizing working hours amongst laborers was inevitable during the Industrial Revolution.
A clepsydra or a water clock did not fail to function without sunlight. Ringing bells, gongs, and 24-hour mechanized water clocks were some of the designed models of clepsydras.
The water flow in the water clocks made of stone and metal vessels determined in counting moments, not depending on celestial phenomena. However, since the water flow was unmanageable, calculations were not accurate.
Horology revised clepsydras with modern techniques during the era after 325 B.C. Clepsydras mean water thieves in Greek who started using the device.
A relic and a showpiece, clepsydras speak history.
The Italian physicist Galileo, then a Dutch scientist Huygens and W. H. Shortt, all contributed in advancing the pendulum clock. After many errors rectified, clocks with two pendulums one slave and the other a master, originated. The slave pendulum gives a gentle push to the master pendulum and thus the course of oscillation. The slave oscillator too, regulates the hands of the clock. This facilitates the master pendulum to remain liberated from extra mechanisms and thus, errors at that time were avoidable.
Windup watches are still prevalent amongst the antique lovers. A spring when winded provides power. At the end of the fourteenth century, winded watches gained momentum. Self-winded watches were examples of advancement.
Quartz timepieces replaced the spring timekeepers substantially. Electronic oscillators imbibed in elevated clocks are made of quartz crystal. These recent models display time in numbers, hours, minutes, and seconds. The piezoelectric factor of quartz facilitates the operation of these clocks. They are excellent in accuracy and the price range is economical.
The atomic technology cast its influence on clock innovations. Lifestyles have been depending on accuracy for time. Be that for communication, travel, transport, transactions or daily chores, calculated time is become a requisite in every occupation. Yet, another innovation in horology leads the world come closer.
Globalization would have been impossible with places showing different timings. Therefore, the intellectual life form, human being came up with the Greenwich Mean Time or the GMT. This regularizes time throughout the globe and controls time zones of any and every country. Now, a 24-hour clock is followed along with the 12-hour calculation.
Out of 360 degrees imaginary longitudes, the 0 degree longitude, named as Prime Meridian is located in Greenwich, England. The apparitional lines calculate area and time. Other than its enormous use in travel and global communication, GMT is also used in astronomy.
Some famous clock towers of the world would include the Big Ben in London and Rajabai Tower in Bombay, India.
The Big Ben, the Clock Tower, or St. Stephens Tower is a tourist spot. Also known as, the Great Bell of Westminster, this tower was broadcasted on the New Year Eve in 1923. Certainly, the Big Ben cast its influence on Rajabai Tower, India.
Designed by Sir Gilbert Scott, an English architect, the Rajabai Tower is a construction in the campus of the University of Bombay. It is a heritage monument and a tourism attraction, indeed.
A chronometer not only counts moments but a useful tool in determining longitudes during traveling and astronavigation for nautical almanacs.
Time goes by in a rhythm. A metronome is an instance that counts on beats, works on the time factor. Winkel envisioned the idea about this amazing implement, a pre requisite for musicians. However, Ludwig Beethoven designed a practical device out of this innovation.
Today, to feed growing aspirations of man, timepieces come in an array of variety models with augmented functions. Along with displaying time in form of numerals or digital display, calculator, recorder, direction display and date and month display are some of the common additional utilities.
Time Is Very Valuable
Table clocks and wall clocks are manufactured with latest technology and best of artistic designs and patterns. Vivid colors, thematic motifs, and complex functions make these timekeepers a decorative centerpiece too. Woody finish, metal glaze, and animal figurines are universally in demand.
In addition, wristwatches are fashionably designed with varied materials and metals. Precious gemstones studded, LED technologies are hallmarks of precious wristwatches. Complicated functions make them more valuable and versatile. Wristwatches today, also serve as fashion accessories.
However, the key utilization of timepieces would remain the same, counting on moments. Thus, they make good gifts for any and every occasion. Weddings, inaugurations, and corporate celebrations are the best events to convey sentiments.
After timekeepers were introduced some five thousand years ago, value of time was apprehended. However, man ascertained calendars much before he counted moments. The Sun, the Moon, and the stars are cosmic bodies that have contributed extensively in determining seasons, months, and years.
The Egyptians contributed in fixing on a calendar that goes by the phases of the Moon. Around 3100 B.C., a discerning appearance of the Dog Star or the Sirius every 365 days made man conceive that 365 days could make a year. The Mayans of Central America considered the Venus too.
Thus, the existing calendar that we follow, ultimately considers the Sun, the Moon, stars and planets. Now, we have a solar calendar of 365 days and a leap year that occurs every four years.
Development of science influenced multi tasking. Thus, life raced up faster and the necessity to organize daily chores was felt enormously. The human intellect could not stop thinking, ways to count on the passing moments.
A keen observation on the apparent motion of the Sun by the Egyptians, and the consequent changes in positions of the shadows are significant. Budging shadows of the Obelisk monuments served as sundials during 3500 B.C. Initially, days were segregated into mornings and afternoons. Later, extra pointers at the Obelisk helped in partitioning the day into hours.
The ancient astronomical implement, merkhet further helped in determining directions and nighttime hours. The sundial resembled a hemisphere or a half bowl.
An advanced water clock was a necessity in studying astronomy, the science of celestial bodies and astrology, study of the impact of the celestial bodies on human concern. However, later, organizing working hours amongst laborers was inevitable during the Industrial Revolution.
A clepsydra or a water clock did not fail to function without sunlight. Ringing bells, gongs, and 24-hour mechanized water clocks were some of the designed models of clepsydras.
The water flow in the water clocks made of stone and metal vessels determined in counting moments, not depending on celestial phenomena. However, since the water flow was unmanageable, calculations were not accurate.
Horology revised clepsydras with modern techniques during the era after 325 B.C. Clepsydras mean water thieves in Greek who started using the device.
A relic and a showpiece, clepsydras speak history.
The Italian physicist Galileo, then a Dutch scientist Huygens and W. H. Shortt, all contributed in advancing the pendulum clock. After many errors rectified, clocks with two pendulums one slave and the other a master, originated. The slave pendulum gives a gentle push to the master pendulum and thus the course of oscillation. The slave oscillator too, regulates the hands of the clock. This facilitates the master pendulum to remain liberated from extra mechanisms and thus, errors at that time were avoidable.
Windup watches are still prevalent amongst the antique lovers. A spring when winded provides power. At the end of the fourteenth century, winded watches gained momentum. Self-winded watches were examples of advancement.
Quartz timepieces replaced the spring timekeepers substantially. Electronic oscillators imbibed in elevated clocks are made of quartz crystal. These recent models display time in numbers, hours, minutes, and seconds. The piezoelectric factor of quartz facilitates the operation of these clocks. They are excellent in accuracy and the price range is economical.
The atomic technology cast its influence on clock innovations. Lifestyles have been depending on accuracy for time. Be that for communication, travel, transport, transactions or daily chores, calculated time is become a requisite in every occupation. Yet, another innovation in horology leads the world come closer.
Globalization would have been impossible with places showing different timings. Therefore, the intellectual life form, human being came up with the Greenwich Mean Time or the GMT. This regularizes time throughout the globe and controls time zones of any and every country. Now, a 24-hour clock is followed along with the 12-hour calculation.
Out of 360 degrees imaginary longitudes, the 0 degree longitude, named as Prime Meridian is located in Greenwich, England. The apparitional lines calculate area and time. Other than its enormous use in travel and global communication, GMT is also used in astronomy.
Some famous clock towers of the world would include the Big Ben in London and Rajabai Tower in Bombay, India.
The Big Ben, the Clock Tower, or St. Stephens Tower is a tourist spot. Also known as, the Great Bell of Westminster, this tower was broadcasted on the New Year Eve in 1923. Certainly, the Big Ben cast its influence on Rajabai Tower, India.
Designed by Sir Gilbert Scott, an English architect, the Rajabai Tower is a construction in the campus of the University of Bombay. It is a heritage monument and a tourism attraction, indeed.
A chronometer not only counts moments but a useful tool in determining longitudes during traveling and astronavigation for nautical almanacs.
Time goes by in a rhythm. A metronome is an instance that counts on beats, works on the time factor. Winkel envisioned the idea about this amazing implement, a pre requisite for musicians. However, Ludwig Beethoven designed a practical device out of this innovation.
Today, to feed growing aspirations of man, timepieces come in an array of variety models with augmented functions. Along with displaying time in form of numerals or digital display, calculator, recorder, direction display and date and month display are some of the common additional utilities.
Time Is Very Valuable
Table clocks and wall clocks are manufactured with latest technology and best of artistic designs and patterns. Vivid colors, thematic motifs, and complex functions make these timekeepers a decorative centerpiece too. Woody finish, metal glaze, and animal figurines are universally in demand.
In addition, wristwatches are fashionably designed with varied materials and metals. Precious gemstones studded, LED technologies are hallmarks of precious wristwatches. Complicated functions make them more valuable and versatile. Wristwatches today, also serve as fashion accessories.
However, the key utilization of timepieces would remain the same, counting on moments. Thus, they make good gifts for any and every occasion. Weddings, inaugurations, and corporate celebrations are the best events to convey sentiments.
Share Your Photos In A Unique Way With Photo Stamps
Share Your Photos In A Unique Way With Photo Stamps
Photo stamps can be a fun and unique way of sharing your favorite photo with family and friends. You can use photo stamps for just about any occasion and purpose, from letters, postcards, invitations to cards and packages.
Photo stamps come in several different rates from thirty nine cents for first class standard to twenty four cents for postcards and photo stamps. Larger postage rates can be made for packages. Photo stamps cost from about $17.99 for a single sheet of twenty thirty nine cent stamps and many photo stamps sites offer a discount when two or more sheets are purchased at one time.
Many people wonder how the United States Postal Service can tell the difference between a photo stamp and a counterfeit photo stamp. The information based indicia is how the United States Postal Service can tell the difference. The information based indicia is a specially designed two dimensional bar code on the printed photo stamps between the border and photos.
The special designed bar code contains information such as the date of the creation of the photo stamps and the software package serial number. A great deal of research has gone into the information based indicia technology and the end result is that photo stamps are completely reliable and trust worthy.
The size of each photo stamp postage measures 1.9 inches in width and 1.4 inches in height and the actual photo area is 1.1 inches in width and 1.1 inches in height. When creating photo stamps the most important thing is the photo you choose for your stamp so keep in mind the actual size of the final image when choosing your photo. You have two choices when choosing your photo for your photo stamps you can either choose to take the photo with the photo stamp in mind or you can choose a photo that has already been taken.
When taking a photo for your photo stamps the composition of your photo is very important. When setting up the shot for you photo stamp, it is important to choose a setting without a lot of background objects, such as trees and buildings. Next, you want to choose a pose that when shrunk down to the actual photo size of 1.1 inches by 1.1 inches you can still clearly see what or who the photos are of.
When using a person as the object of your photo stamp, it is a good idea to just use a close up of the face. When using multiple people, try for a close up head shot getting all the people included in the photo to lean their heads towards one another. When using an inanimate object for your photo stamp make sure that when shrunk down to the actual image size on the stamp that you can still make out what the object is.
When choosing to use a photo that has already been taken, you want to try to use a editing program to shrink the photo down to 1.1 inches by 1.1 inches to make sure you can still see the photo clearly. When choosing your photo make sure to pick a photo with a clutter free background.
You can choose either a color or black and white photo for you photo stamps, you can also use a custom drawing or design. When choosing a photo for your photo stamps close up shots that was focused and sharp work the best. When using a custom drawing or design the most important thing is to make sure the image will be clear and recognizable when shrunken down.
Photo stamps can be a fun and unique way of sharing your favorite photo with family and friends. You can use photo stamps for just about any occasion and purpose, from letters, postcards, invitations to cards and packages.
Photo stamps come in several different rates from thirty nine cents for first class standard to twenty four cents for postcards and photo stamps. Larger postage rates can be made for packages. Photo stamps cost from about $17.99 for a single sheet of twenty thirty nine cent stamps and many photo stamps sites offer a discount when two or more sheets are purchased at one time.
Many people wonder how the United States Postal Service can tell the difference between a photo stamp and a counterfeit photo stamp. The information based indicia is how the United States Postal Service can tell the difference. The information based indicia is a specially designed two dimensional bar code on the printed photo stamps between the border and photos.
The special designed bar code contains information such as the date of the creation of the photo stamps and the software package serial number. A great deal of research has gone into the information based indicia technology and the end result is that photo stamps are completely reliable and trust worthy.
The size of each photo stamp postage measures 1.9 inches in width and 1.4 inches in height and the actual photo area is 1.1 inches in width and 1.1 inches in height. When creating photo stamps the most important thing is the photo you choose for your stamp so keep in mind the actual size of the final image when choosing your photo. You have two choices when choosing your photo for your photo stamps you can either choose to take the photo with the photo stamp in mind or you can choose a photo that has already been taken.
When taking a photo for your photo stamps the composition of your photo is very important. When setting up the shot for you photo stamp, it is important to choose a setting without a lot of background objects, such as trees and buildings. Next, you want to choose a pose that when shrunk down to the actual photo size of 1.1 inches by 1.1 inches you can still clearly see what or who the photos are of.
When using a person as the object of your photo stamp, it is a good idea to just use a close up of the face. When using multiple people, try for a close up head shot getting all the people included in the photo to lean their heads towards one another. When using an inanimate object for your photo stamp make sure that when shrunk down to the actual image size on the stamp that you can still make out what the object is.
When choosing to use a photo that has already been taken, you want to try to use a editing program to shrink the photo down to 1.1 inches by 1.1 inches to make sure you can still see the photo clearly. When choosing your photo make sure to pick a photo with a clutter free background.
You can choose either a color or black and white photo for you photo stamps, you can also use a custom drawing or design. When choosing a photo for your photo stamps close up shots that was focused and sharp work the best. When using a custom drawing or design the most important thing is to make sure the image will be clear and recognizable when shrunken down.
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