what is metallurgiccal microscope?
107708
It is used in inspecting for micro fractures in metal and usually welding. Most places with govt. contracts especially for airplanes and weaponry can't afford micro fractures in welds and such. Some form of xray is also used to help detect fractures.
232577
Its Full Metal Alchemist. \nYou can find out all you want at this site:\n\nhttp://www.edwardelric.com/
907372
A magnet whose magnetic properties is dependent on current flow.
357714
Some types of metal and other magnets.
521721
Any metal whose concentration can be determined by ICP (inductively coupled plasma).  Pretty much any metal but mercury.
1013374
In chemistry, a metal (Greek: Metallon) is an element that readily forms ions (cations) and has metallic bonds. Metals are sometimes described as a lattice of positive ions (cations) surrounded by a cloud of delocalized electrons. The metals are one of the three groups of elements as distinguished by their ionisation and bonding properties, along with the metalloids and nonmetals. On the periodic table, a diagonal line drawn from boron (B) to polonium (Po) separates the metals from the nonmetals. Elements on this line are metalloids, sometimes called semi-metals; elements to the lower left are metals; elements to the upper right are nonmetals.
969915
yes its it called the scannig electron microscope I believe
748284
copper, silver, aluminum, lead, magnesium, platinum and tungsten
474845
There is a HUGE amount of infomation on metallurgy out there, but if you want an interesting search, try searching out why the HUBBLE Space Telescope failed - there was some deformed metal and the reason the optics tests passed before launch is an interesting story about materials, optics and people.\n\nI'm a metallurgist, and of all the exotic materials it turns out steel has the greatest range of properties (from annealed iron all the way up to ball bearing steel and stainless).  Titanium is interesting stuff (good for corrosion and medium temps (500°F-1000°F), but aluminum can have the highest density-to-strength ratio.  Research on how tungsten filaments are made is interesting too.  \n\nMark Twain said that a metallurgy student would learn more making his own pocket knife by digging the ore out of the ground, refining it into steel, and fabricating the knife than he would by book learning - do you have a passion you're particularly interesting in?  Learning about something you're interested in is effortless.\n\nAnother optics subject of interest is what is currently going on in semiconductor photolithography - they are reaching the limits of what can be done with light and refractive materials (CaF lenses) and immersion lithography (see link below).
213711
Obviously, an unreactive metal. Well, you can galvanise the zinc, or you can paint it (I'm serious).
882220
pretty sure its a metal.\nhope this helps. :)
289378
Refining of metal is a process used to extract impurities from the metal to make it "pure".  Gold, silver, and Platinum are some metals that are refined. In general ore is usually combined with a flux and then placed in a melting furnace and heated at very high temperatures until it turns into a molten material. The flux fuses with the undesired material. The flux is lighter than the precious metal and floats to the top. The molten material is poured into molds, like brick shape or an inverted cone.  The slag (the impurities) floats to the top and what you have left is a "button" of the precious metal.
1115091
The best answer to this question would very long. The quick and dirty response is:\n\nCutting tools in metalwork apply a compressive force to the work piece. The compressive force overcomes the forces holding the atoms together and and the material begins to slip along planes of irregular crystal stucture. The effected zone is reffered to as the shear zone. \n\nAgain this is short answer. Probably raised more questions than it answered.
862601
Yes.   There are many different types of microscopes.  Fluorescent microscope is one of them.
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Metal working for me, \n\nPeace
305330
Both are used to magnify
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Coarse adjustment is used to focus the image on the microscope under low or medium power by using larger motions of the lens. (Note: Coarse adjustment should never be used during High power)\n\nFine adjustment is used to focus the image on the microscope of only high power by using very tiny motions of the lens.