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Measures for Progress: A History of the National Bureau of Standards

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636 APPENDiX K<br />

2. WEIGHTS &<br />

MEASURES<br />

3. HEAT & POWER<br />

Hund, Theory <strong>of</strong> determination <strong>of</strong> ultra-radio frequencies<br />

by standing waves on wires [Standard <strong>of</strong> wavelength]<br />

(S491, 1924)<br />

Standard frequency and time interval broadcasts<br />

(no pub!., 1925—1937)<br />

Pratt & Diamond, Receiving sets <strong>for</strong> aircraft beacon and<br />

telephony [Development <strong>of</strong> stub antenna <strong>for</strong> aircraft]<br />

(RP19, 1928; Diamond & Davies RP313, 1931)<br />

Dunmore, Design <strong>of</strong> tuned reed course indicators <strong>for</strong> air-<br />

craft radio beacon (RP28, 1928)<br />

Wenner, A new seismometer . . - (RP66, 1929)<br />

Diamond and Kear, A 12-course radio range <strong>for</strong> guiding<br />

aircraft . - - (RP154, 1930)<br />

Diamond & Gardner, Engine ignition shielding <strong>for</strong> radio<br />

reception in aircraft (RP158, 1930)<br />

Thomas, A new design <strong>of</strong> precision resistance standard<br />

(RP2O1, 1930)<br />

Diamond & Dunmore, A radiobeacon and receiving system<br />

<strong>for</strong> blind landing <strong>of</strong> aircraft (RP238, 1930)<br />

Souder & Peters,. An investigation <strong>of</strong> <strong>the</strong> physical properties<br />

<strong>of</strong> dental materials [A new dental interferometer<br />

<strong>for</strong> measuring expansion <strong>of</strong> dental amalgams] (T157,<br />

1920)<br />

Danielson & Souder, The causes and control <strong>of</strong> fish scaling<br />

<strong>of</strong> enamels <strong>for</strong> sheet iron and steel (J. Am. Ceram. Soc.<br />

4, 620, 1921)<br />

Peters & Boyd, Interference methods <strong>for</strong> standardizing and<br />

testing precision gage blocks (S436, 1922)<br />

Testing sieves by projection methods (LC72 and<br />

LC74, 1922; LC584, 1940)<br />

Bearce, A fundamental basis <strong>for</strong> measurements <strong>of</strong> length<br />

(S535, 1926)<br />

Bean, Buckingham & Murphy, Discharge coefficients <strong>of</strong><br />

square-edged orifices <strong>for</strong> measuring <strong>the</strong> flow <strong>of</strong> air<br />

(RP49, 1929)<br />

Bean, An apparatus and method <strong>for</strong> determining <strong>the</strong> compressibility<br />

<strong>of</strong> a gas and <strong>the</strong> correction <strong>for</strong> "supercompressibility"<br />

(RP17O, 1930)<br />

Tables <strong>of</strong> <strong>the</strong>rmodynamic properties <strong>of</strong> ammonia<br />

(C142, 1923)<br />

Osborne, Stimson, Sligh & Cragoe, Specific heat <strong>of</strong> super-<br />

heated ammonia vapor (S501, 1924)<br />

Kanolt, Nonflammable liquids <strong>for</strong> cryostats (S520, 1925)<br />

Burgess and Stimson, The International Temperature<br />

Scale (RP22, 1928; RP1962, 1948)<br />

Osborne, Stimson & Fiock, A calorimetric determination<br />

<strong>of</strong> <strong>the</strong>rmal properties <strong>of</strong> saturated water and steam from<br />

00 to 270° C. (RP209, 1930)<br />

4. OPTICS Jackson & Silsbee, C. C., The solubility <strong>of</strong> dextrose in<br />

water (S437, 1922)<br />

Meggers, Kiess & Stimson, Practical spectographic anal-<br />

ysis (S444, 1922)<br />

Gibson & Tyndall, The visibility <strong>of</strong> radiant energy (S475,<br />

1923)

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