THE DETERMINATION OF MELTING-POINTS AND THE COMPOSITION OF SOME CANDLE MATERIAL. W. E. Garrigues. J. Am. Chem. Soc. , 1894, 16 (12), ...
School of Chemistry, Rutgers University, New Brunswick, N. J. THE continuous growth in the application of qualitative organic analysis in industry and the ...
Colgate University, Hamilton, N. Y. TEIKMETZ (3) stated in 1918: âWhen looking up the literature for eutectic alloys. O S of low melting point, records of a large.
The Molal Voumes of Aliphatic Hydrocarbons at their Melting Points. .... Researchers continue to discover the key roles our gut bacteria can play in our health, ...
May 1, 2002 - Device for Measuring Changes of Optical Transmittance with Temperature. Arthur. Furst and J. J. Shapiro. Analytical Chemistry 1954 26 (6), ...
temperature is by a thermocouple used in conjunction with a potentiometer. An apparatus that employs this combination, and with which the melting points of ...
temperature is by a thermocouple used in conjunction with a potentiometer. An apparatus that employs this combination, and with which the melting points of ...
Altogether, we found that K,Mn,O, gave the most satisfactory results. Of course, the color ... the dish, no trouble need be feared from that source. RENSSELAER ...
May 21, 2013 - The total energy E of a monatomic system in the EAM potential is ..... The polycrystalline configuration remained stable at the end of the cooling ...
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DETERMINATION OF MELTING POINTS A T LOW TEMPERATURES
Cell
Amp.
Volts
3.6 3.6 3.6
4.5 6.0
I 2
3 Amp. Hrs.
EXPERIMENT I. C. D. Anode amps. C. D. Cathode amps. per sq. cm. per sq, cm.
0.06 0.06 0.06
6.0
Theoretical C1. Chlorine grams
Chlorine made grams
Loss of Nagnesium
Weight before grams ........................ ........................ after ' I
.
LOSS........................................
Graphite Magnesium
0.03
0.17 0.17
Efficiency
Chlorine per liter
50.7
79
60
Cathode
64 %
26.6 Cell .?
Cell w z
0.7 0.62 0.08
0.7 0.675 11.5%
0.02j
3.6%
EXPERIMENT
Cell
Amp.
Volts
4.5 4.0 4.5
5.5 6.0
I 2
3 Amp. Hrs.
2. C. D. Anode amps. C. D. Cathode amps. per sq. cm. per sq. cm.
0.12 0.064 0.074
6.5
Theoretical Chlorine grams
62
Chlorine made grams
82.4
.................... ...................... Loss and per cent.. .......................
