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Study of Micrometeorites in Sealed Containers The XFCMT60 was performed on a microfragment from the Tatahouine meteorite, which fell in 1931 and was promptly collected at the Natural History Museum in Paris. The grain analyzed had been recently retrieved from the original site and recovered in a weathered state from the rst centimeters of soil, and was compared to the pristine ones retrieved in 1931 and stored at the Museum. A series of experiments in SEM and TEM were performed61 on this meteorite, in order to study the remnants of pleomorphic bacteria present in fractures and fault lines of the meteorite. For this measurement, a monochromatic beam of 14 keV was obtained using CRLs, associated with a 10 m diameter pinhole to de ne a 2 10 m2 beamspot. The grain was placed in a sealed thin ( 10 m thick) quartz capillary in

71 INTRODUCTION In this chapter we describe various modulator and demodulator (modem) technologies We begin with a discussion of basic modem techniques: that is, techniques widely employed in standard voiceband modems for use in the wired public telephone network Then we discuss the application of basic modem techniques to radio channels, where multipath and fading limit performance and give rise to certain design issues and enhancement techniques that are speci c to the radio environment The application of modem technology to radio systems has evolved along a path similar to that followed in PSTN data transmission [Pah88c, Bla91] but has lagged several years behind wireline developments This has, of course, been due to the special characteristics of radio propagation, which create a much harsher environment for data transmission than we encounter in the telephone network.

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When you have a large number of fillet features, it can be tedious to navigate the FeatureManager. Therefore, it is useful to place groups of fillets into folders. This makes it easy to suppress or unsuppress all the fillets in the folder at once. Separate folders can be particularly useful if the fillets have different uses, such as fillets that are used for PhotoWorks models and fillets that are removed for FEA (Finite Element Analysis) or drawings.

Location-dependent power variations, fading, and multipath act to limit the data rates and performance achievable over a radio channel Consequently, the earliest of modem applications in radio systems used only the simplest wireline modem techniques, although much more advanced techniques were already in use in the PSTN For example, while voiceband wireline modems incorporating adaptive equalization were coming into general use in the early 1970s, adaptive equalization was not applied successfully to radio systems until the late 1970s Similarly, whereas the technique of trellis-coded modulation (TCM) has been used in standard commercial modems for several years now, the application of TCM to mobile radio systems is just beginning Thus, the transfer of evolving wireline modem technology from the wired network to wireless systems is a continual process, with radio applications employing certain design features and enhancements that are speci c to the special characteristics of that environment.

A number of the wireline modem techniques that we describe here are being incorporated into standards for several new mobile wireless systems, including digital cellular systems, digital land-mobile radio systems, and emerging systems for personal communications services (PCSs) In the wireless local area network (WLAN) market, lack of an unlicensed frequency band without restriction on the choice of modulation technique held back application of the more sophisticated modem design technologies in those systems As the market for portable data terminals, notebook computers, and portable facsimile devices grows, the demand for a band speci cally assigned to personal wireless data communications increases.

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