User contributions for Oferiks
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- 19:12, 28 February 2009 diff hist +97 N File:Ch2 Fig44.jpg Typical CHARACTER 2-5-100 of a MORSE CODE LIGHT 2-5-200 (in this case, exhibiting the letter 'K') current
- 19:11, 28 February 2009 diff hist +51 N File:Ch2 Fig43.jpg CHARACTERS 2-5-100 of QUICK-FLASHING LIGHTS 2-5-190 current
- 19:11, 28 February 2009 diff hist +48 N File:Ch2 Fig42.jpg CHARACTERS (2-5-100) of OCCULTING LIGHTS 2-5-170 current
- 19:10, 28 February 2009 diff hist +64 N File:Ch2 Fig41.jpg CHARACTER (2-5-100) of ISOPHASE LIGHT / EQUAL-INTERVAL (2-5-165) current
- 19:09, 28 February 2009 diff hist +66 N File:Ch2 Fig40.jpg CHARACTERS (2-5-100) of FIXED and FLASHING LIGHTS 2-5-105, 2-5-145 current
- 19:08, 28 February 2009 diff hist +103 N File:Ch2 Fig39.jpg 2-4-140 RADIAL SCREENS (here used to reduce the ANGLE OF UNCERTAINTY 2-5-230 of a SECTOR LIGHT 2-5-215) current
- 19:07, 28 February 2009 diff hist +47 N File:Ch2 Fig38.jpg 2-4-125 CUT SCREEN (G.B.) SECTOR SCREEN (U.S.A) current
- 19:06, 28 February 2009 diff hist +26 N File:Ch2 Fig37.jpg 2-4-120 (REVOLVING SCREEN) current
- 19:06, 28 February 2009 diff hist +15 N File:Ch2 Fig36.jpg 2-4-115 SHUTTER current
- 19:05, 28 February 2009 diff hist +24 N File:Ch2 Fig35.jpg 2-4-110 (Occulting) hood current
- 19:03, 28 February 2009 diff hist +25 N File:Ch2 Fig34.jpg 2-4-080 MANIFOLD (U.S.A.) current
- 19:03, 28 February 2009 diff hist +15 N File:Ch2 Fig33.jpg 2-4-000 LANTERN current
- 19:02, 28 February 2009 diff hist +48 N File:Ch2 Fig32.jpg To illustrate 2-3-265 BALLAST LAMP LOADING LAMP current
- 19:01, 28 February 2009 diff hist +22 N File:Ch2 Fig31.jpg 2-3-220 BUNCH FILAMENT current
- 19:00, 28 February 2009 diff hist +23 N File:Ch2 Fig30.jpg 2-3-215 No English term current
- 19:00, 28 February 2009 diff hist +74 N File:Ch2 Fig29.jpg 2-3-210 CYLINDRICAL FILAMENT (in this case the cylinder is closed in plan) current
- 18:59, 28 February 2009 diff hist +26 N File:Ch2 Fig28.jpg 2-3-205 CRUCIFORM FILAMENT current
- 18:59, 28 February 2009 diff hist +81 N File:Ch2 Fig27.jpg Illustrating 2-3-200 LIGHT-CENTRE-LENGTH of an INCANDESCENT ELECTRIC LAMP 2-3-080 current
- 18:57, 28 February 2009 diff hist +22 N File:Ch2 Fig26.jpg 2-3-130 PRE-FOCUS CAPS current
- 18:56, 28 February 2009 diff hist +77 N File:Ch2 Fig25.jpg 2-3-125 PIN CAP in this case illustrating a "bi-post" lamp (U.S.A.) 2-3-125 N current
- 18:55, 28 February 2009 diff hist +19 N File:Ch2 Fig24.jpg 2-3-120 BAYONET CAP current
- 18:55, 28 February 2009 diff hist +31 N File:Ch2 Fig23.jpg 2-3-115 SCREW CAP EDISON SCREW current
- 18:54, 28 February 2009 diff hist +36 N File:Ch2 Fig22.jpg 2-3-080 INCANDESCENT (ELECTRIC) LAMP current
- 18:54, 28 February 2009 diff hist +16 N File:Ch2 Fig21.jpg 2-3-055 OIL LAMP current
- 18:53, 28 February 2009 diff hist +51 N File:Ch2 Fig20.jpg 2-3-035 PARAFFIN VAPOUR LAMP PARAFFIN VAPOUR BURNER current
- 18:52, 28 February 2009 diff hist +21 N File:Ch2 Fig19.jpg 2-2-220 DIVERGED BEAM current
- 18:52, 28 February 2009 diff hist +192 N File:Ch2 Fig18.jpg 2-2-215 N DIRECTIONAL DRUM LENS illustrating the principle of a CONVERGED BEAM 2-2-215 ( in the absence of the converging prisms a 360° fan beam of nearly uniform intensity would be produced) current
- 18:50, 28 February 2009 diff hist +132 N File:Ch2 Fig17.jpg 2-2-175 (OPTICAL PANEL) with a main beam and a DIVERTED BEAM 2-2-225 (in this example the diverted beam is for the use of aviation) current
- 18:48, 28 February 2009 diff hist +50 N File:Ch2 Fig16b.jpg -2-100 (DIOPTRIC) DRUM LENS (a type of fixed lens) current
- 18:47, 28 February 2009 diff hist +48 N File:Ch2 Fig16a.jpg 2-2-090 FIXED LENS (in this case a Fresnel lens) current
- 18:47, 28 February 2009 diff hist +78 N File:Ch2 Fig15.jpg 2-2-145 EQUI-ANGULAR PROFILE (showing equal angles of incidence and emergence) current
- 18:45, 28 February 2009 diff hist +23 N File:Ch2 Fig14.jpg 2-2-135 FRESNEL PROFILE current
- 18:44, 28 February 2009 diff hist +66 N File:Ch2 Fig13.jpg 2-2-045 SPHERICAL REFLECTORS (used as REINFORCING MIRRORS 2-2-040) current
- 18:43, 28 February 2009 diff hist +44 N File:Ch2 Fig12.jpg 2-2-035 PARABOLIC REFLECTOR PARABOLIC MIRROR current
- 18:42, 28 February 2009 diff hist +29 N File:Ch2 Fig11.jpg 2-2-020(1) PRISMATIC SECTIONS current
- 18:39, 28 February 2009 diff hist +51 N File:Ch2 Fig10.jpg 2-2-000 OPTIC with support and associated equipment current
- 18:39, 28 February 2009 diff hist +26 N File:Ch2 Fig9.jpg 2-1-245 GEOGRAPHICAL RANGE current
- 18:38, 28 February 2009 diff hist +13 N File:Ch2 Fig8.jpg TRANSMISSION. current
- 18:38, 28 February 2009 diff hist +11 N File:Ch2 Fig7.jpg REFLECTION. current
- 18:37, 28 February 2009 diff hist +98 N File:Ch2 Fig6.jpg 2-1-105 CURVE OF LUMINOUS INTENSITY DISTRIBUTION (of a light source) (in this case, in polar form) current
- 18:36, 28 February 2009 diff hist +28 N File:Ch2 Fig5.jpg 2-1-100 ANGLE OF DIVERGENCE. current
- 18:35, 28 February 2009 diff hist +27 N File:Ch2 Fig4.jpg 2-1-065 INVERSE SQUARE LAW. current
- 18:35, 28 February 2009 diff hist +46 N File:Ch2 Fig3.jpg 2-1-055 ILLUMINANCE (at a point of a surface). current
- 18:34, 28 February 2009 diff hist +66 N File:Ch2 Fig2.jpg 2-1-045 LUMINANCE (in a given direction, at a point on a surface). current
- 18:32, 28 February 2009 diff hist +63 N File:Ch2 Fig1.jpg 2-1-035 LUMINOUS INTENSITY (of a source, in a given direction). current
- 17:24, 28 February 2009 diff hist +61 N File:Ch5 Fig3.jpg Typical time response of a system to a step increase of input current
- 17:21, 28 February 2009 diff hist +89 N File:Ch5 Fig2.jpg Block diagram of automatic control system (5-2-045) incorporation a closed loop (5-2-080) current
- 17:20, 28 February 2009 diff hist +5 Wear-out-failure period current
- 17:19, 28 February 2009 diff hist +2 Constant-failure-rate period current
- 17:19, 28 February 2009 diff hist +3 Constant-failure-rate period
