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SIGNALS GENERATED IN A THIN TEM SPECIMEN hundreds of nanometers and analysis of submicron areas showed a tremendous potential and was rightfully called microanalysis The 1970s saw the development of the cold eld emission gun (CFEG) with a source brightness of at least a thousand times that of the best thermionic source, lanthanum hexaboride (LaB6 ) This high brightness, a consequence of the small size of the emitter, translates into improved beam coherence and much smaller electron probes This technology enabled the development of the scanning transmission electron microscope (STEM) in which a small intense electron probe is scanned on a thin, TEM-like sample Instead of detecting the secondary or backscattered electrons as in a scanning electron microscope (SEM), the STEM detectors are beneath the specimen, where different types of transmitted electrons can be used for imaging.

Just as a TEM, a STEM can yield bright eld (BF) and dark eld (DF) images Although different in nature and thus yielding slightly different information, STEM imaging initially was not the decisive argument in favor of the new instrument, especially because STEM images require longer exposure times and are much noisier than their TEM counterparts The major reason to develop STEM was indeed its natural compatibility with EDX The smaller probe sizes allowed EDX analysis of much smaller features and beam control enables line scans and X-ray maps to be generated just like in a SEM but with a phenomenally better resolution because of the absence of the pearshaped interaction volume present in bulk samples It is fair to say that it is exactly these EDX and EELS analytical capabilities that drove the development of the so-called dedicated STEM.

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Over time two tendencies emerged, resolutionwise STEM imaging caught up with TEM imaging and TEMs were tted with scanning coils and later with eld emission guns (FEGs) which enabled TEMs to operate in STEM mode Although originally the STEM mode was not intended as a real competitor for the dedicated STEM, but just to boost the EDX capabilities of the TEM, the scope changed when the only manufacturer of dedicated STEMs went out of business Simultaneously it also became clear that there are some advantages.

The answer in each case is 'It makes no difference'. 35 tennis players will be reduced to one winner in 34 matches, no matter how they are arranged. The 500 pieces of the puzzle will be reduced by 1 with each move made, and the number of pieces of chocolate will increase by 1 with each piece broken. 7C: Bouncing on water Yes. there is. Rays of light passing through air and striking water at an angle will be partly reflected and partly refracted: the shallower the angle at which they strike the water, the more light is reflected, which is why you see such vivid reflections of the distant shore in the waters of a lake. If the rays of light are travelling through water, the denser medium, and strike the water-air surface at a sufficiently shallow angle, called the critical angle, then they will be totally reflected. If a hard object strikes the surface of water at a shallow angle, it can actually bounce. Children - and adults! - play at skimming stones with flat sides which may bounce several times before their speed drops and they sink. In the days of cannons, it occasionally happened that a cannonball fired over water in a naval display would bounce on the surface and injure spectators on the far side of the harbour, as Descartes noted.

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By replacing one T network by two networks as shown in Figures 12.33 and 12.32, the equivalent model of CG device becomes Figure 12.34. To further simplify the model, we can combine the capacitors Csb, Cgb,s, and Cgs as one capacitor C gs, and the capacitors Cdb, Cgb,d, and Cgd as one capacitor C gd , in which the node B is swal lowed or submerged inside C gs and C gd, which are C gs = C gs + C sbC gb, s = C gs + C sb + C gb, s C sb C 1 + Av, CG db C gb , (12.291)

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Gauge Tables and Bend Tables are specific to sheet metal parts, and are covered in detail in s 29 and 30.

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