Nonimaging Optics Book

1	Nonimaging optical systems and their uses	1
2	Some basic ideas in geometrical optics	7
3	Some designs of image-forming concentrators	25
4	Nonimaging optical systems	43
5	Developments and modifications of the compound parabolic concentrator	69
6	The flow-line method for designing nonimaging optical systems	99
7	Concentrators for prescribed irradiance	159
8	Simultaneous multiple surface design method	181
9	Imaging applications of nonimaging concentrators	219
10	Consequences of symmetry	235
11	Global optimization of high-performance concentrators	265
12	A paradigm for a wave description of optical measurements	305
13	Applications to solar energy concentration	317
14	Manufacturing tolerances	395
App. A	Derivation and explanation of the etendue invariant, including the dynamical analogy; derivation of the skew invariant	415
App. B	The edge-ray theorem	421
App. C	Conservation of skew and linear momentum	433
App. D	Conservation of etendue for two-parameter bundles of rays	439
App. E	Perfect off-axis imaging	449
App. F	The Luneberg lens	461
App. G	The geometry of the basic compound parabolic concentrator	467
App. H	The [theta][subscript i]/[theta][subscript o] concentrator	471
App. I	The truncated compound parabolic concentrator	473
App. J	The differential equation for the 2D concentrator profile with nonplane absorber	477
App. K	Skew rays in hyperboloidal concentrator	481
App. L	Sine relation for hyperboliod/lens concentrator	483
App. M	The concentrator design for skew rays	485