Leroy C., Rancoita P.-G. Principles Of Radiation Interaction In Matter And Detection
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January 9, 2009 10:21 World Scientific Book - 9.75in x 6.5in ws-bo ok975x65˙n˙2nd˙Ed
930 Principles of Radiation Interaction in Matter and Detection
BiCMOS, 299
circuit, 299
circuit, 299
CMOS, 299
pro cess, 571
comp onent, 334, 378
electronics, 336
HF2BiCMOS
pro cess, 557
technology, 548, 552–554
space qualification, 299
technology, 540, 541, 551
transistor, 342
Voltage drop, 575
Voxel, 778, 779
W, see Sampler, passive, W
Wave
diffracted, 248
function, 247
phase difference, 248
plane, 247
radiofrequency, see Radiofrequency,
wave
spherical, 247
vector, 247
Wavefront, 124
coherent, 124
Wavelength
in vacuum, 128
maximum, 423
shifter, 421, 435, 656, 669
fib er, 438
material, 436
plate, 437
Weak process, see Interaction, weak
Weibull
function, 577, 579, 581, 583
parameter, 583
Weizs¨acker–Bethe mass formula, 221,
223, 230
Wilson Brobeck formula, 72
WIMP, 28
WLS, see Wavelength, shifter
Wolf number, see Sunspot, relative
number
Work function, 443, 446
X ray, see Ray, X
detector, see Ray, X, detector
Xylene, 23, 656
YAP:ce, 773
Z ¨urich number, see Sunspot, relative
number
ZBL potential, see
Ziegler–Biersack–Littmark, potential
Zeeman effect, 306
Ziegler–Biersack–Littmark
p otential, 363
universal, 363
treatment, 356