What is the full meaning of the abbreviation M.O.U.S.E. in the I.T lab?
813963
Possibly:\n Microsoft Office User SpEcialist.\n( from acronymfinder.com )
605350
The terms that you are using are from the IEEE (and older IRE) band designations that have been around for at least 40 years.\nKu stands for (K)urz(German for short) (u)nder and runs from 12 to 18 GHz.\nKa stands for (K)urz (a)bove and runs from 18 to 40 GHz\nC stands for "compromise" and runs from 4 to 6 GHz\nAll of the IEEE designations are: I,G,P,L,S,C,X,Ku,K,Ka,V and W\nAs you can see these designations are a way to name the microwave bands.\nNATO and the European Union have a different designation and they are: A,B,C,D,E,F,G,H,I,J,K,L and M.\nThe only correlation (in terms of frequency) is between NATO B and IEEE P
347018
Goto\n\nhttp://certification.about.com/cs/sampletests/a/mcse70290.htm
734823
SUS is actually a viscosity unit. It stands for "Saybolt universal seconds". When you see it on a can of spray, it informs you on the viscosity of the product you're about to spray (like wd40).
868079
how about:\nH.I.T.E.S\n?
251813
Electronic Mail\nEnd of Medium \nEnterprise Manager \nElectro Magnetic\n\nPayload\nPerformance Test\nPublic Transportation\nPulse Transformer\n\nIt really depends on where the abbreviations are used.
346680
http://www.mcse.ms/archive118-2004-11-1236236.html
8431
It is SOS.  In Morse code this is ... --- ...\n\nGood luck!  I hope somebody will rescue you!
793080
Does the "E" stand for ego?
927545
SOS is the commonly used description for the International Morse code distress signal (· · · - - - · · ·). This distress signal was first adopted by the German government in radio regulations effective April 1, 1905, and became the worldwide standard when it was included in the second International Radiotelegraphic Convention, which was signed on November 3, 1906, and became effective on July 1, 1908.\n\nFrom the beginning, the SOS distress signal has actually consisted of a continuous sequence of three-dots/three-dashes/three-dots, all run together without letter spacing. In International Morse Code, three dots form the letter S, and three dashes make the letter O, so "SOS" became an easy way to remember the correct order of the dots and dashes. In modern terminology, SOS is a "procedural signal" or "prosign", and the formal way to show that there are no internal spaces when it is sent is to write it with a bar above the letters, i.e. SOS.\n\nIn popular usage, SOS became associated with phrases such as "Save Our Ship," "Save Our Souls," "Survivors On Ship," "Save Our Sailors" "Stop Other Signals" and "Send Out Sailors". However, these phrases were a later development, most likely used to help remember the correct letters—something known as a backronym.\n\nA backronym or bacronym is a type of acronym that begins as an ordinary word, and is later interpreted as an acronym. The word "backronym" is a portmanteau of back and acronym, and was coined in 1983. The term is also used for a new set of words put to an existing acronym (e.g. "advanced research projects agency" → "arpa" → "address and routing parameters area").
6007
A Static Lullaby Business->International Business \nAbove Sea Level Academic & Science->Ocean Science \nAdaptive Switch Laboratories Academic & Science \nAdvanced Squad Leader Governmental->Military \nAge Sex Location Internet->Chat \nAge, Sex, Location Community->Law \nAggregate Stop-loss Limit Miscellaneous \nAmbient Stress Level Business->International Business \nAmercian Sign Language Regional->Language Codes (3 Letters) \nAmerican Sign Language Computing->SMS \nAnalytical Service Laboratories Business->Firms \nAnti-Saloon League Community->Non-Profit Organizations \nArterial Spin Labeling Medical \nAshanti Goldfields, LTD. Business->NYSE Symbols \nAssigned Stockage Level (or List) Governmental->Military \nAtmospheric Sciences Laboratory Governmental->Military \nAtmospheric Surface Layer Academic & Science->Ocean Science \nAuthorized Stockage Level (or List) Governmental->Military \nAverage Sentence Length Community->Educational
253624
CMOS stands for "Complimentary Metal Oxide Semiconductor".  It means that the technology is capable of making both NMOS and PMOS type transistors in the same process.   The MOS part just means the basic materials used to make the device are metals, oxide (meaning glass, basically), and semiconductors.   The P and N has to do with the whether the main well the transistor is constructed over is N doped semiconductor or P doped semiconductor.  The micron value you see in front of this, the ".9 um" or ".35 um" is called various things but usually called the "feature size" or the "critical dimension".  This is a measure of the width of the smallest feature on the device, usually the transistor channel width.\n\nAnother term to describe a technology which you may see is "BiCMOS".  This means that bipolar transistors can also be made along with NMOS and PMOS within the framework of that technology.   \n\nThings are small enough today that we use nanometers instead of microns.  I've been working with both 65 nanometer and 45 nanometer processes lately.  About the smallest currently used in consumer electronics devices is 90 nanometers at the moment, with 65 nanometer devices starting to become available.  In microns, this is .065 and .045 microns, and it's just easier to say "forty-five nanometers" than "point oh four five microns".  \n\nBasically, the way semiconductor processes are developed, the device engineers come up with a range of devices, individual circuit components, which can be made through the same set of steps, this set is generally referred to as a "process" or a "technology", so you could have a ".180 um CMOS process", for example.  The design engineers then have to work within the specified characteristics of that range of devices when designing a particular product that serves a purpose.  Process and integration engineers work to control the equipment and the steps of the process such that the materials used get structured correctly so that the resulting devices are within the spec range originally intended by the device engineer so that the product will actually work.  \n\nHere are some excellent construction analysis reports on various semiconductor chips, with lots of good images of cross sections.  Most of it's fairly technical and full of jargon, but there's a lot of information that may be useful to you, and a lot of good images:\n\nhttp://smithsonianchips.si.edu/ice/s4.htm
416521
e stands for the electronic
491227
Asterisk.\n\nAnd don't give the points to Smiddy, he posted first but he modified his answer. :-)
1086109
The abbreviations are i.e. for "that is" and e.g. for "for example."  I don't know the exact words the i.e. and e.g. stand for but I believe they are Latin.
832724
patho is study of disease, phsio is how things work or live and myo is muscle and oma  is tumor. so it is finding out work or what  is happening within the uterine tumor
192132
Begins with "O". Ends with "M". Lots of other letters in between.