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000001PTechReview-01-1936LIGHTSOURCES
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000002PTechReview-01-1936
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000003PTechReview-01-1936Comparison between discharge phenomena in sodium and mercury vapour lamps I258PTechReview-01-1936-002.pdfBinderPDF
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000004PTechReview-01-1936Comparison between discharge phenomena in sodium and mercury vapour lamps II707378PTechReview-01-1936-070.pdfBinderPDF
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000005PTechReview-01-1936Brightness greater than on the sun626565PTechReview-01-1936-062.pdfBinderPDF
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000006PTechReview-01-1936High-frequency oscillations in sodium lamps879093PTechReview-01-1936-087.pdfBinderPDF
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000007PTechReview-01-1936The development of the coiled-coil lamp97100104PTechReview-01-1936-097.pdfBinderPDF
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000008PTechReview-01-1936The photometry of metal vapour lamps120123128PTechReview-01-1936-120.pdfBinderPDF
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000009PTechReview-01-1936The mercury vapour lamp HP 300129132137PTechReview-01-1936-129.pdfBinderPDF
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000010PTechReview-01-1936A new apparatus for testing the fastness-to-light of materials277280285PTechReview-01-1936-277.pdfBinderPDF
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000011PTechReview-01-1936The "Photoflux", a light-source for flashlight photography289292297PTechReview-01-1936-289.pdfBinderPDF
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000012PTechReview-01-1936
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000013PTechReview-01-1936LIGHT AND ILLUMINATION
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000014PTechReview-01-1936
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000015PTechReview-01-1936Characteristics of the eye with special reference to road lighting102105109PTechReview-01-1936-102.pdfBinderPDF
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000016PTechReview-01-1936The definitions of brightness and apparent brightness and their importance in road lighting and photometry142145149PTechReview-01-1936-142.pdfBinderPDF
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000017PTechReview-01-1936The perception of brightness contrasts in road lighting166169174PTechReview-01-1936-166.pdfBinderPDF
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000018PTechReview-01-1936Irradiation of plants with Neon light193196202PTechReview-01-1936-193.pdfBinderPDF
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000019PTechReview-01-1936Visual acuity and speed of vision in road lighting215218222PTechReview-01-1936-215.pdfBinderPDF
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000020PTechReview-01-1936The problem of glare in highway lighting225228233PTechReview-01-1936-225.pdfBinderPDF
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000021PTechReview-01-1936Sodium lighting of tennis courts252255255PTechReview-01-1936-252.pdfBinderPDF
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000022PTechReview-01-1936The perception of colour283286290PTechReview-01-1936-283.pdfBinderPDF
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000023PTechReview-01-1936How can one judge the efficiency of road lighting349356359PTechReview-01-1936-349.pdfBinderPDF
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000024PTechReview-01-1936
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000025PTechReview-01-1936RADIO AND TELEVISION
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000026PTechReview-01-1936
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000027PTechReview-01-1936An experimental television transmitter and receiver161924PTechReview-01-1936-016.pdfBinderPDF
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000028PTechReview-01-1936Relaxation oscillations394248PTechReview-01-1936-039.pdfBinderPDF
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000029PTechReview-01-1936Demonstration model illustrating superheterodyne reception767984PTechReview-01-1936-076.pdfBinderPDF
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000030PTechReview-01-1936The VR 18 transmitting and receiving equipment114117122PTechReview-01-1936-114.pdfBinderPDF
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000031PTechReview-01-1936Some characteristics of receiving valves in short-wave reception171174180PTechReview-01-1936-171.pdfBinderPDF
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000032PTechReview-01-1936Electrical filters I240243248PTechReview-01-1936-240.pdfBinderPDF
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000033PTechReview-01-1936Electrical filters II270273279PTechReview-01-1936-270.pdfBinderPDF
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000034PTechReview-01-1936Electrical filters III298301309PTechReview-01-1936-298.pdfBinderPDF
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000035PTechReview-01-1936Electrical filters IV327330341PTechReview-01-1936-327.pdfBinderPDF
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000036PTechReview-01-1936Electrical filters V363370373PTechReview-01-1936-363.pdfBinderPDF
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000037PTechReview-01-1936The communal aerial246249254PTechReview-01-1936-246.pdfBinderPDF
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000038PTechReview-01-1936Improvements in radio receivers264267272PTechReview-01-1936-264.pdfBinderPDF
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000039PTechReview-01-1936Television321324329PTechReview-01-1936-321.pdfBinderPDF
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000040PTechReview-01-1936Gas-filled triodes367374376PTechReview-01-1936-367.pdfBinderPDF
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000041PTechReview-01-1936
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000042PTechReview-01-1936SOUND, RECORDING AND REPRODUCTION
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000043PTechReview-01-1936
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000044PTechReview-01-1936The loudspeaker and sound-amplifying installation on the T.S.S. "Normandie"222528PTechReview-01-1936-022.pdfBinderPDF
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000045PTechReview-01-1936Optical model experiments for studying the acoustics of theatres464955PTechReview-01-1936-046.pdfBinderPDF
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000046PTechReview-01-1936Absolute sound-pressure measurements828589PTechReview-01-1936-082.pdfBinderPDF
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000047PTechReview-01-1936The Philips-Miller system of sound recording107110117PTechReview-01-1936-107.pdfBinderPDF
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000048PTechReview-01-1936The sound recorder of the Philips-Miller system135138144PTechReview-01-1936-135.pdfBinderPDF
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000049PTechReview-01-1936The sound-recording cutter in the Philips-Miller system211214217PTechReview-01-1936-211.pdfBinderPDF
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000050PTechReview-01-1936The recording strip in the Philips-Miller system231234239PTechReview-01-1936-231.pdfBinderPDF
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000051PTechReview-01-1936
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000052PTechReview-01-1936TELEPHONY
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000053PTechReview-01-1936
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000054PTechReview-01-1936Optical telephony152155160PTechReview-01-1936-152.pdfBinderPDF
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000055PTechReview-01-1936Electrical filters I240243248PTechReview-01-1936-240.pdfBinderPDF
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000056PTechReview-01-1936Electrical filters II270273279PTechReview-01-1936-270.pdfBinderPDF
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000057PTechReview-01-1936Electrical filters III298301309PTechReview-01-1936-298.pdfBinderPDF
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000058PTechReview-01-1936Electrical filters IV327330341PTechReview-01-1936-327.pdfBinderPDF
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000059PTechReview-01-1936Electrical filters V363370373PTechReview-01-1936-363.pdfBinderPDF
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000060PTechReview-01-1936Rectifiers for telephone exchanges295298300PTechReview-01-1936-295.pdfBinderPDF
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000061PTechReview-01-1936The use of loading coils in telephony353360364PTechReview-01-1936-353.pdfBinderPDF
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000062PTechReview-01-1936
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000063PTechReview-01-1936X-RAYS
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000064PTechReview-01-1936
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000065PTechReview-01-1936A modern high-voltage equipment6913PTechReview-01-1936-006.pdfBinderPDF
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000066PTechReview-01-1936Practical applications of X-rays for the examination of materials I293234PTechReview-01-1936-029.pdfBinderPDF
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000067PTechReview-01-1936Practical applications of X-rays for the examination of materials II606364PTechReview-01-1936-060.pdfBinderPDF
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000068PTechReview-01-1936Practical applications of X-rays for the examination of materials III959898PTechReview-01-1936-095.pdfBinderPDF
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000069PTechReview-01-1936Practical applications of X-rays for the examination of materials II586364PTechReview-01-1936-058.pdfBinderPDF
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000070PTechReview-01-1936Practical applications of X-rays for the examination of materials V188191193PTechReview-01-1936-188.pdfBinderPDF
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000071PTechReview-01-1936Practical applications of X-rays for the examination of materials220223225PTechReview-01-1936-220.pdfBinderPDF
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000072PTechReview-01-1936Practical applications of X-rays for the examination of materials VII253256257PTechReview-01-1936-253.pdfBinderPDF
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000073PTechReview-01-1936Practical applications of X-rays for the examination of materials VIII373380382PTechReview-01-1936-373.pdfBinderPDF
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000074PTechReview-01-1936Dosage control in X-ray Laboratories and Works626565PTechReview-01-1936-062.pdfBinderPDF
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000075PTechReview-01-1936Systematic X-ray examination for the detection of pulmonary tuberculosis335342345PTechReview-01-1936-335.pdfBinderPDF
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000076PTechReview-01-1936
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000077PTechReview-01-1936CATHODE RAYS
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000078PTechReview-01-1936
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000079PTechReview-01-1936The production of sharp fluorescent spots in cathode ray tubes333641PTechReview-01-1936-033.pdfBinderPDF
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000080PTechReview-01-1936Control of the beam intensity in cathode ray tubes919497PTechReview-01-1936-091.pdfBinderPDF
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000081PTechReview-01-1936An oscillograph apparatus147150154PTechReview-01-1936-147.pdfBinderPDF
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000082PTechReview-01-1936The electron-microscope as an aid in metallographic research312315319PTechReview-01-1936-312.pdfBinderPDF
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000083PTechReview-01-1936Electron-optical X-ray observations on the transition of Alpha to Gamma iron317320323PTechReview-01-1936-317.pdfBinderPDF
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000084PTechReview-01-1936
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000085PTechReview-01-1936ELECTROTECHNICAL APPARATUS
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000086PTechReview-01-1936
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000087PTechReview-01-1936A modern high-voltage equipment6913PTechReview-01-1936-006.pdfBinderPDF
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000088PTechReview-01-1936Relay valves as timing devices in seam-welding practice111418PTechReview-01-1936-011.pdfBinderPDF
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000089PTechReview-01-1936A high-frequency furnace with valve generator535662PTechReview-01-1936-053.pdfBinderPDF
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000090PTechReview-01-1936A new metal rectifying valve with mercury cathode656872PTechReview-01-1936-065.pdfBinderPDF
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000091PTechReview-01-1936An oscillograph apparatus147150154PTechReview-01-1936-147.pdfBinderPDF
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000092PTechReview-01-1936A controllable rectifier unit for 20 000 volts/18 amperes161164168PTechReview-01-1936-161.pdfBinderPDF
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000093PTechReview-01-1936Heavy-current condensers178181185PTechReview-01-1936-178.pdfBinderPDF
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000094PTechReview-01-1936Automatic starting resistances205208213PTechReview-01-1936-205.pdfBinderPDF
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000095PTechReview-01-1936An impulse-voltage generator for two million volts236239242PTechReview-01-1936-236.pdfBinderPDF
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000096PTechReview-01-1936Rectifiers for telephone exchanges295298300PTechReview-01-1936-295.pdfBinderPDF
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000097PTechReview-01-1936A surveillance system using infra-red rays306309314PTechReview-01-1936-306.pdfBinderPDF
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000098PTechReview-01-1936The Philips twin current welding unit338345352PTechReview-01-1936-338.pdfBinderPDF
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000099PTechReview-01-1936