Magnifying glass

Light microscopy is of great importance for basic research, analysis in materials science and for the practical control of fabrication steps. Wlien used conventionally it serves to reveal structures of objects which are otherwise mvisible to the eye or magnifying glass, such as micrometre-sized structures of microelectronic devices on silicon wafers. The lateral resolution of the teclmique is detennined by the wavelength of tire light... 

Hand-lupe, /. hand lens, magnifying glass, -mulde,/. hand basin, hand bowl, -muster, n. hand specimen, small sample, -probe, /, hand (or small) test or sample. 

Fig. 4-16. Decision tree built by MLC++ from the analysis of 3000 solutes resolved on 18 commercially available CSPs. The magnifying glass shows the region zoomed in Fig. 4-17.

Adjust the magnifying glass for the best view of your sample. 

Optical components for sunglasses, watch glasses, lenses, magnifying glasses, camera lenses... 

Sunglasses, magnifying glasses, lenses, lenses for eyeglasses. .. 

Before we continue, we would like to zoom in on the circuit and make it as large as possible while still displaying the entire circuit. Select View, Zoom, and then Area from the menus. The mouse pointer will be replaced by a magnifying glass ... 

Monoclinic Sulphur. Fill a small porcelain or chamotte crucible with sulphur, and slowly melt it. The melt should occupy at least half of the crucible. Cool the latter until a crystalline crust forms. When the crust almost covers the melt, rapidly pour out the remaining molten sulphur into a beaker of water. Examine the crystals formed with a magnifying glass and draw them. 

Next cool the crucible and treat the product with water. Separate the prepared cadmium sulphide crystals and examine their shape with a magnifying glass. 

View crystals of table salt with a magnifying glass or, better yet, a microscope if one is available. If you do have a microscope, crush the crystals with a spoon and examine the resulting powder. Purchase some... 

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