Fauzy started competing in karting in 1994. In 1999, he moved to British Formula Ford. He moved to British Formula Renault in 2000, and to British Formula Three in 2002.
He moved to the GP2 Series for 2005 and 2006. He did not score any point in GP2. Fauzy raced in the A1 Grand Prix series for Team Malaysia. He then raced in the Formula Renault 3.5 Series in 2007.
Fauzy returned to GP2 in 2008, driving for the Super Nova team in the GP2 Asia Series. In 2009, he raced in the Formula Renault 3.5 Series for Mofaz Racing. He finish in second place in the championship standings.
Fauzy was one of Spyker F1's test and reserve drivers for , He was announced as the third driver for Lotus for the 2010 season.
Fauzy drove in the first free practice sessions at the Malaysian Grand Prix, the British Grand Prix, the German Grand Prix and the Abu Dhabi Grand Prix.
At the end of the 2010 season, Fauzy left Lotus Racing. He joined Renault as a test driver for the 2011 season.
Fauzy returned to full-time racing in 2011. He has re-signed for Super Nova Racing to drive in the 2011 GP2 Series season and 2011 GP2 Asia Series season.
Team standings
Season in progress
Season in progress
Gas chromatography
Gas chromatography is a type of chromatography. The sample that is going to be tested is first turned into a gas, and then carried through a column by a nonreactive 'carrier' gas such as helium or other inert gas such as nitrogen. As the sample is carried through the column it is separated into its individual components. To achieve this the column is housed inside an oven, where the temperature is controlled to allow the individual components to exit the column at different times.
In selecting a carrier gas it is important to select a gas that will not react with the components of the sample. The carrier gas should also be able to withstand high temperatures due to the oven. The flow rate of the carrier gas is important in that if it is too high there is not enough time for the sample to interact with the column and no separation will be seen, if it is too slow the experiment may take a very long time.
The main type of columns used in gas chromatography is a capillary column. Packed columns are created of fused silica or stainless steel. To increase separation of a gas sample columns must be created of a large length and are coiled to fit inside of the oven. Capillary columns are separated into two categories; wall coated open tubular and support coated open tubular. WCOT are capillary tubes with a thin layer of stationary phase, and in SCOT, the tube is lined with a thin film of support material. As the sample moves through the column the individual parts of the sample become contained with the material inside of the column and are then released. This action allows for a sample to become separated.
It is important that the oven is capable of maintaining a constant temperature. Since movement of the sample through the column relies on the boiling point of the sample being analyzed, the oven should be set to a temperature that is slightly higher than its boiling point. For samples with a large boiling range, a temperature program can be used, in which the column temperature is raised. By using a high temperature, the sample moves through the column faster, while at lower temperatures the sample moves slower, but better resolution is achieved.
Many types of detectors are used in gas chromatographic separations, with the most common are flame ionization, thermal conductivity, and mass spectrometry detectors. In a flame ionization detectors, the separated sample from the column is directed into a flame. By creating a voltage near the burner tip and the detector, the ions that are produced from the flame travel towards the detector. Flame detectors are not capable of detecting HO, CO, SO, and CO.
With a thermal conductivity detector, the sample from the column is passed into an area that is electrically heated. The thermal conductivity of the column is reduced when the sample passes over by. When this occurs the detector heats up and measures the change in resistance. The thermal conductivity detector is capable of detecting all types of compounds.
A mass spectrometer measures the mass to charge ratio of fragmented ions of a sample. The output of a column can be feed directly into the ionization chamber of the mass spectrometer. A mass spectrometry detector is capable of being able to obtain information from incompletely separated components. Two types of mass spectrometer detectors used are quadrupole and time of flight mass analyzers. In a quadrupole detector, a voltage is produced which makes ions of a specific mass to travel to the detector. In a time of flight mass analyzer, the speed of an ion is measured allowing the mass to charge ratio to be known.
Gas chromatography is regularly used to describe what is inside a complex sample. The information obtained from gas chromatography is placed into a graph of detector response versus the time the sample leaves the column. If the separate parts of a complex sample come out at different times far apart from one another it is possible to determine what came out of the column.
If a sample is compared to a standard calibration it is possible to know how much of a separated part of the sample makes up the sample. This is useful in monitoring quality of a product such as medicine, beverage, or perfume.
Validity
Validity is an idea that is used in everyday language and in logic. In ordinary language it means correct or in the right form.
An argument is valid if it seems appropriate, well-grounded and can be defended. A contract is valid if it is enforceable in law. In other words, it applies legally to a particular situation. A bank-note is valid if it can be exchanged and used for purchase, and a passport is valid if it lets the holder come in and go out of a country. A will is valid if correctly made, and certified by an appropriate court. In all these cases, valid refers to the soundness in some situation. Logical uses of this idea are similar, but phrased much more exactly.
It is nothing to do with ordinary ideas of truth. Truth points outwards to the world. Validity, on the other hand, points inwards to the syllogism.
The conclusion of a valid argument is a logical consequence of its premises. An example of a valid argument is given by the following well-known syllogism:
And it is not true that Socrates was green.
The problem with the argument is that it is not "sound". In order for a deductive argument to be sound, the deduction must be valid and all the premises true.
King Duncan
King Duncan was the King of Scotland in William Shakespeare's play Macbeth. He was seen as a nice king. He was friends with Macbeth. He was murdered by Macbeth so that Macbeth can become king.
Tom Prichard
Thomas Prichard (born August 8, 1959 in Pasadena, Texas) is an American professional wrestler who once worked for WWE. He is probably best known for his tag teams: The Heavenly Bodies and The Bodydonnas (under the name Zip). He was managed by Jim Cornette and Sunny. His brother is Bruce Prichard, better known as Brother Love.
He was fired by WWE in 2012.
Dirac equation
The Dirac equation is an equation from quantum mechanics. Paul Dirac formulated the equation in 1928. The equation describes the behaviour of fermions (e.g. electrons and quarks), and takes special relativity into account. The equation showed the existence of antimatter.
Bloody Sunday (1920)
Bloody Sunday
Bloody Sunday can refer to several events:
Max Cavalera
Derrick Green
Derrick Leon Green (born January 20, 1971) is an American singer. He is the lead singer for the Brazilian heavy metal band Sepultura. Allmusic said about the singer: "There was a time when the idea of Sepultura recording without Max Cavalera seemed unthinkable. But the incendiary Green turned out to be a fine replacement."
Khattak Dance