. A new thermo-electric fluid-meter and hot-wire anemometer. THE THEiaiOELECTRIC PLUID-IEETER; *vi; *•+:*: jjc;f:+ :(: !t:+sic* * FIGUEE E 276. VARIOUS FOMS OF TEERMOEIECTRIG FLUID-METER. 277 Instrument as a superior type may be listed asfollows: 1st. It facilitates the v/elding of the wiresused in the construction of the instrument. End, The weld produced in this tsrpe is muchstronger and is more reproducihle. 2rd« The instrument itself when completedmay be made more durable and rooust, 4th« The ease with which the resistanceof the balancing IR drop may be controlled is also animportant featu
. A new thermo-electric fluid-meter and hot-wire anemometer. THE THEiaiOELECTRIC PLUID-IEETER; *vi; *•+:*: jjc;f:+ :(: !t:+sic* * FIGUEE E 276. VARIOUS FOMS OF TEERMOEIECTRIG FLUID-METER. 277 Instrument as a superior type may be listed asfollows: 1st. It facilitates the v/elding of the wiresused in the construction of the instrument. End, The weld produced in this tsrpe is muchstronger and is more reproducihle. 2rd« The instrument itself when completedmay be made more durable and rooust, 4th« The ease with which the resistanceof the balancing IR drop may be controlled is also animportant feature. 5th. The current-carrying capacity of theinstrument is about twice that of the above mentionedtype. 6th» Since there are two exactly similarthermocouples in series a greater deflection is producedfor a given value of current through the heatingelements. 7th. Owing to characteristics 5 and 6, therange of velocities covered by this type of instrumentis necessarily broader and the measurements are moreconveniently made. 278 FIGURES i and G.
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Keywords: ., bookcentury1900, bookdecade1920, bookidnewthermoele, bookyear1920
