Titlebook: Making Moral Decisions; An Existential Analy Louis O. Kattsoff Book 1965 Martinus Nijhoff, The Hague, Netherlands 1965 Emotivism.Hedonism.U

Granular

Louis O. KattsoffThe CMR technology is a new class of piezoelectric resonant devices that has the ability to span a broad range of frequencies from few MHz up to GHz on the same silicon chip and attain motional resistances in the range of 25–250. and quality factors above 1,000 in air over the entire frequency spect

滲透

Louis O. KattsoffThe CMR technology is a new class of piezoelectric resonant devices that has the ability to span a broad range of frequencies from few MHz up to GHz on the same silicon chip and attain motional resistances in the range of 25–250. and quality factors above 1,000 in air over the entire frequency spect

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hemoglobin

Louis O. KattsoffThe CMR technology is a new class of piezoelectric resonant devices that has the ability to span a broad range of frequencies from few MHz up to GHz on the same silicon chip and attain motional resistances in the range of 25–250. and quality factors above 1,000 in air over the entire frequency spect

Urea508

Louis O. Kattsoffe requirements are very stringent. To overcome the usual limitation of (Bi)CMOS integrated circuits (ICs) phase noise, mainly due to the low .-factor of standard integrated passive devices (., ., .) inherent to low resistivity substrate, a solution has been to use BAW resonators. Indeed, thin film B

生氣地

Louis O. KattsoffThe CMR technology is a new class of piezoelectric resonant devices that has the ability to span a broad range of frequencies from few MHz up to GHz on the same silicon chip and attain motional resistances in the range of 25–250. and quality factors above 1,000 in air over the entire frequency spect

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Triglyceride

Louis O. Kattsoffhese transducers, which measure magnetic fields in a range not less than 15 to 16 orders of magnitude and are universal in their applications, are in continuous development.This chapter discusses recent progress in the most frequently used magnetic-field microsensors and MEMS, which are perfectly co

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Arrhythmia

Louis O. Kattsoff background in electronics, where circuit models or behavioral models (i.e. lumped-parameter models) of devices are preferred to field models. This is certainly convenient in terms of preliminary design, e.g. in the prototyping stage. However, design optimization should also take into account fine-s