Journal of Research of the National Bureau of Standards: Physics and chemistry, Volume 75National Bureau of Standards, 1971 |
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Results 1-5 of 100
Page xiv
... observed by the pyrometer . L = blackbody radiance from sighting hole in speci- men as observed by the pyrometer . In all the above equations , geometrical quantities are corrected for the presence of the sighting hole . and the ...
... observed by the pyrometer . L = blackbody radiance from sighting hole in speci- men as observed by the pyrometer . In all the above equations , geometrical quantities are corrected for the presence of the sighting hole . and the ...
Page 24
... observed spectra contains all the features which are found in spectrum ( d ) . In addition to these features there are lines in between which correspond on a one to one basis with those due to 1602 and 1 * 02 . These lines are about ...
... observed spectra contains all the features which are found in spectrum ( d ) . In addition to these features there are lines in between which correspond on a one to one basis with those due to 1602 and 1 * 02 . These lines are about ...
Page 25
... observe fluorescence spectra of the Oz by using Hg 2537 A line were not successful possibly because of the low fluores- cence yield or scattering matrix . Unfortunately the other BaO stretching mode has not been observed as yet . It is ...
... observe fluorescence spectra of the Oz by using Hg 2537 A line were not successful possibly because of the low fluores- cence yield or scattering matrix . Unfortunately the other BaO stretching mode has not been observed as yet . It is ...
Page 28
... observed re- flection were discarded . Observed reflections which occurred only once in the reflection list subsequent to this step were copied unchanged but their standard deviations were increased by a factor of three . Ob- served ...
... observed re- flection were discarded . Observed reflections which occurred only once in the reflection list subsequent to this step were copied unchanged but their standard deviations were increased by a factor of three . Ob- served ...
Page 27
... observed on a diffractometer ; volume : 226.65 A3 ; radiation , Mo ( Ka1 ) , λ = 0.70926 Å ; monochromator : highly oriented graphite crystal ; space - group : Pmcn ; contents 4 ( CaCO3 ) ; reciprocal lattice extinctions , hk0 : h + k ...
... observed on a diffractometer ; volume : 226.65 A3 ; radiation , Mo ( Ka1 ) , λ = 0.70926 Å ; monochromator : highly oriented graphite crystal ; space - group : Pmcn ; contents 4 ( CaCO3 ) ; reciprocal lattice extinctions , hk0 : h + k ...
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Common terms and phrases
absorption aragonite atmosphere plasma atoms Ausloos barytocalcite behavior Bureau of Standards calculated Chem CO3 group composition computed constants continuum Line sum critical point crystal curve density difference distilled distribution of relaxation effect elastic electrical resistivity electron emission coefficients emittance equation error estimated ethylene experimental figure fluctuations function Hatomic Hatomic H heat capacity high temperatures Hquasi Total continuum Hydrogen emission coefficients ions IrO2 Key words laser glasses liquid material maximum measurements mixture modulus molecules N/m² National Bureau Nonequilibrium obtained optical oxide oxygen parameters percent phase photolysis Phys polymer Proc properties radiolysis range ratio reaction refractive index rhenium sample shear shortite sodium specimen spectral standard deviation stress structural relaxation supercritical tantalum tensile stress thermal conductivity thermodynamic tion Total continuum Line ture values vapor pressure virial coefficients viscosity wavelength x-ray yield Young's modulus
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