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4 LONG WAVELENGTH (E.G., FAR INFRARED)
9 PARTICULAR BEAM CONTROL DEVICE
10 . (1 indent ) Q-switch
11 .. (2 indent ) Absorption type
12 .. (2 indent ) Electro-optic
13 .. (2 indent ) Acousto-optic
14 .. (2 indent ) Mechanical
15 ... (3 indent ) Rotating mirror
16 ... (3 indent ) Rotating prism
17 .. (2 indent ) Plural Q-switches
18 . (1 indent ) Mode locking
19 . (1 indent ) Mode discrimination
21 . (1 indent ) Nonlinear device
22 .. (2 indent ) Frequency multiplying (e.g., harmonic generator)
23 . (1 indent ) Producing plural wavelength output
24 . (1 indent ) Scanning
25 . (1 indent ) Control of pulse characteristics
26 . (1 indent ) Modulation
27 .. (2 indent ) Polarization
28 .. (2 indent ) Frequency
29.01 . (1 indent ) Having particular beam control circuit component
29.011 .. (2 indent ) Feedback circuitry
29.012 .. (2 indent ) Power supply
29.013 .. (2 indent ) Having particular electrode structure
29.014 .. (2 indent ) Controlling light intensity
29.015 .. (2 indent ) Controlling current or voltage
29.016 .. (2 indent ) Controlling beam phase
29.02 . (1 indent ) Optical output stabilization
31 .. (2 indent ) Amplitude
32 .. (2 indent ) Frequency
33 PARTICULAR OPERATING COMPENSATION MEANS
34 PARTICULAR TEMPERATURE CONTROL
35 . (1 indent ) Liquid coolant
36 . (1 indent ) Heat sink
37 HAVING AN APPLIED MAGNETIC FIELD
38.1 PARTICULAR COMPONENT CIRCUITRY
38.01 . (1 indent ) Having feedback circuitry
38.02 . (1 indent ) For driving or controlling laser
38.03 . (1 indent ) Switch (e.g., thyratron, etc.)
38.04 . (1 indent ) Power supply
38.05 . (1 indent ) Electrode
38.06 . (1 indent ) Optical pumping
38.07 . (1 indent ) Controlling current or voltage to laser
38.08 . (1 indent ) Having noise suppression circuitry
38.09 . (1 indent ) Having fault protection circuitry
39 PARTICULAR ACTIVE MEDIA
40 . (1 indent ) Amorphous (e.g., glass)
41 . (1 indent ) Insulating crystal
42 .. (2 indent ) Utilizing color centers
43.01 . (1 indent ) Semiconductor
44.01 .. (2 indent ) Injection
44.011 ... (3 indent ) Crystal orientation
45.01 ... (3 indent ) Particular confinement layer
45.011 .... (4 indent ) With strained layer
45.012 .... (4 indent ) With superlattice structure
45.013 .... (4 indent ) With saturable absorption layer
46.01 ... (3 indent ) Particular current control structure
46.011 .... (4 indent ) Transverse junction
46.012 .... (4 indent ) Channeled substrate
46.013 .... (4 indent ) Having oxidized region
46.014 .... (4 indent ) Having air gap region
46.015 .... (4 indent ) Having implant region
46.016 .... (4 indent ) Disordered region
49.01 ... (3 indent ) Particular coating on facet
50.1 ... (3 indent ) Monolithic integrated
50.11 .... (4 indent ) With diffraction grating (Bragg reflector)
50.12 .... (4 indent ) Laser array
50.121 .... • (5 indent ) Multiple wavelength emissive
50.122 .... • (5 indent ) Independently addressable
50.123 .... • (5 indent ) Phase locked
50.124 .... • (5 indent ) With vertical output (surface emission)
50.21 .... (4 indent ) Having photodetection means
50.22 .... (4 indent ) Having an amplifier
50.23 .... (4 indent ) Having lens
52 .. (2 indent ) Chelate
54 .. (2 indent ) Particular structural features
56 .. (2 indent ) Metal vapor
57 .. (2 indent ) Excimer or exciplex
58 .. (2 indent ) With means for controlling gas flow
59 .. (2 indent ) Gas maintenance (e.g., purification, replenishment, etc.)
60 .. (2 indent ) Including a specified gas additive
61 .. (2 indent ) Discharge tube feature
62 ... (3 indent ) Segmented
63 ... (3 indent ) Backflow feature
64 ... (3 indent ) Waveguide
65 ... (3 indent ) Support
66 . (1 indent ) Active media with particular shape
67 .. (2 indent ) Disc-shaped
68 . (1 indent ) Plural active media or active media having plural dopants
69 PARTICULAR PUMPING MEANS
70 . (1 indent ) Pumping with optical or radiant energy
71 .. (2 indent ) End-pumped laser
72 .. (2 indent ) Pump cavity
73 .. (2 indent ) High-energy particles
74 ... (3 indent ) Electron beam
75 .. (2 indent ) Semiconductor
77 .. (2 indent ) Exploding or combustible material
80 .. (2 indent ) Excited phosphor
81 . (1 indent ) Electrical
82 .. (2 indent ) Inductive or capactive excitation
83 .. (2 indent ) Transversely excited
84 ... (3 indent ) Traveling wave
85 .. (2 indent ) Glow discharge
86 .. (2 indent ) Having an auxiliary ionization means
87 .. (2 indent ) Having particular electrode structure
88 ... (3 indent ) Hollow electrode
89 . (1 indent ) Chemical
90 . (1 indent ) Gas dynamic
91 . (1 indent ) With depopulation of lower states
92 PARTICULAR RESONANT CAVITY
93 . (1 indent ) Folded cavity
94 .. (2 indent ) Having a ring configuration
95 . (1 indent ) Unstable resonator
96 . (1 indent ) Distributed feedback
97 . (1 indent ) Plural cavities
98 . (1 indent ) Specified cavity component
99 .. (2 indent ) Reflector
101 .. (2 indent ) Lens or lens system
102 .. (2 indent ) Grating
103 .. (2 indent ) Window, aperture, and mask
104 ... (3 indent ) Aerodynamic window
105 .. (2 indent ) Birefringent material
106 .. (2 indent ) Polarizer
107 . (1 indent ) Mirror support or alignment structure
108 . (1 indent ) Specified output coupling device
FOR000 CLASS-RELATED FOREIGN DOCUMENTS
Any foreign patents or non-patent literature from subclasses that have been reclassified have been transferred directly to FOR Collections listed below. These Collections contain ONLY foreign patents or non-patent literature. The parenthetical references in the Collection titles refer to the abolished subclasses from which these Collections were derived.
PARTICULAR BEAM CONTROL DEVICE (372/9)
FOR100 . (1 indent ) Output stabilization (372/29)
FOR101 WITH PARTICULAR COMPONENT CIRCUITRY (372/38)
FOR102 . (1 indent ) Semiconductor (372/43)
FOR103 .. (2 indent ) Injection (372/44)
FOR104 ... (3 indent ) Particular confinement layer (372/45)
FOR105 ... (3 indent ) Particular current control structure (372/46)
FOR106 .... (4 indent ) Transverse junction (372/47)
FOR107 .... (4 indent ) Channeled substrate (372/48)
FOR108 ... (3 indent ) Particular coating on facet (372/49)
FOR109 ... (3 indent ) Monolithic integrated (372/43)
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