000			01715 a2200277 4500
008			051207s xx 000 0 eng
022			_a1522-3264;
050			_aAC1.S5
082			_a050
100			_aMiller, Joel B.,
245		0	_aExplosives Detection with Nuclear Quadrupole Resonance. _cJoel B. Miller and Geoffrey A. Barrall.
260			_bAmerican Scientist, _c2005.
440			_aSIRS Enduring Issues 2006. _nArticle 62, _pScience, _x1522-3264;
500			_aArticles Contained in SIRS Enduring Issues 2006.
500			_aOriginally Published: Explosives Detection with Nuclear Quadrupole Resonance, Jan./Feb. 2005; pp. 50-57.
520			_a"Hidden bombs pose an enormous menace. Some are responsible for such well-publicized atrocities as the downing of two Russian jetliners on the same day last August [2004]. Those in the many millions of land mines that now litter the globe garner fewer headlines on any particular day but do far more damage overall, killing or injuring more than 10,000 people each year. How can civilized society rid itself of such threats? Clearly, the answer is complicated, but one component of the solution is to devise equipment that can reliably uncover concealed explosives before they do harm." (AMERICAN SCIENTIST) This article examines research into better ways to detect hidden bombs and land mines.
599			_aRecords created from non-MARC resource.
650			_aBomb detectors
650			_aBombs
650			_aExplosives
650			_aLand mines _xDetection
650			_aNitrogen
650			_aNuclear quadrupole resonance
710			_aProQuest Information and Learning Company _tSIRS Enduring Issues 2006, _pScience. _x1522-3264;
942			_c UKN
999			_c37815 _d37815