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His radio name was "Red Fox 1" from that point on. Later, the entire battalion adopted the name of "Red Fox". On January 17, 1985, the Secretary of the Army signed an order awarding the 120th Field Artillery Regiment the special designation of the "Red Fox Regiment".
Fox is a brevity code used by NATO pilots to signal the simulated or actual release of an air-to-air munition or other combat function. Army aviation elements may use a different nomenclature, as the nature of helicopter -fired weapons is almost always air-to-surface .
4 C 3 H 4 N 2 + C(O)Cl 2 → (C 3 H 3 N 2) 2 CO + 2 [C 3 H 3 N 2 H 2]Cl. In this conversion, the imidazole serves both as the nucleophile and the base. An alternative precursor 1-(trimethylsilyl)imidazole requires more preparative effort with the advantage that the coproduct trimethylsilyl chloride is volatile. CDI hydrolyzes readily to give ...
Gray fox (Urocyon cinereoargenteus) — fairly common, but less so than the red fox; [3] it tends to inhabit denser forests than the red fox; the population has been growing for the past century with reforestation in the state the main cause; in the Connecticut, the normal home range for a fox is about two to four square miles, but abundance or ...
Ultimately, these qualities of the detector result in missing data within the diffraction patterns. In situ CDI is a new method of this imaging technology that could increase resistance to incomplete measurements. In situ CDI images a static region and a dynamic region that changes over time as a result of external stimuli (Hung Lo 2018).
Models in the 200 series were designed for general consumption, and were available at major home electronics outlets around the world. The Philips CDI 910 is the American version of the CDI 205, the most basic model in the series and the first Philips CD-i model, released in December 1991.
CDI Corporation was founded in Philadelphia in 1950 as Comprehensive Designers, Inc. [2] The company provided temporary technical services to manufacturing industries, including servicing the growing automotive and defense industries.
The CDI was designed to interpret a signal from a VOR, LDA, or ILS receiver. These receivers output a signal composed of two AC voltages. When used with a VOR, a converter decodes this signal, and, by determining the desired heading or radial from a resolver connected to the OBS knob, provides a 150mV control signal to drive the CDI needle left or right.