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Weight determination

The control technique of fuel distribution in uranium - graphite fiael elements seems to be most perform. The technique allows to determine weight of uranium or its connections in a chosen zone of fuel elements. There were used the sources of radiation on a basis radionuclide Am. The weight of uranium in fuel element or its parts is determined by combine processing of a tomograms, set received on several parallel layers of fuel element. The comparative results of tomographic researches and chemical analysis of weight of uranium in quarters of spherical fuel elements are resulted in the table. [Pg.599]

It is particularly desirable to use MCSCF or MRCI if the HF wave function yield a poor qualitative description of the system. This can be determined by examining the weight of the HF reference determinant in a single-reference Cl calculation. If the HF determinant weight is less than about 0.9, then it is a poor description of the system, indicating the need for either a multiple-reference calculation or triple and quadruple excitations in a single-reference calculation. [Pg.24]

Feasibility Study on Use of Activation Analysis for Determining Weight of Pellet in M34 Primers , AMMRC TN 68-06 (1968) 6) H. Priest et al,... [Pg.389]

Mw is the experimetally determined weight average molecular weight... [Pg.153]

The first of these was made by Lovell and Goldschmid.28 These workers determined weight losses produced by the action of ferric... [Pg.127]

Alloys of zinc with fixed metals, or the compounds of the fourth class, are examined by adding a determined weight of fixed flux, mixed with some charcoal, and heating in a lined crucible at tho temperature of tho iron assay all. the zino is volatilized, and from the loss of weight so sustained tlio amount of zinc is estimated approximatively. If tlio alloyed metal bo of a volatile nature, this course will not afford hue results, and the estimation of the constituents of tho compound must bo effected by tho humid assay, wliieh indeed is tho most trustworthy, and in the cud tho most expeditions for tho analysis of all zincous compounds. [Pg.1166]

Acid flows into the vessel (1) from a pipe ending inside a container constructed of add-resistant steel or lead, in which the tipping vessel is located. The stream of add fills the vessel, and as a determined weight is reached it tips over and another... [Pg.106]

The nitrating acid is metered by means of tipping a vessel fixed on a horizontal shaft (Fig la). Acid flows into the vessel (1) from a pipe ending inside a container constructed of acid-resistant steel or lead, in which the tipping vessel is located. The stream of acid fills the vessel, and as a determined weight is reached it tips over and another empty vessel swings into place under the acid inlet pipe. This fills in turn and tips over to pour off its contents, and so the cycle continues. A volume-meter connected to the equipment indicates the volume of liquid... [Pg.25]

The attribute range effect whereby attribute ranges are not sufficiently considered when determining weights (cf. von Nitzsch and Weber 1993). [Pg.134]

Schoemaker PJH, Waid CC (1982) An Experimental Comparison of Different Approaches to Determining Weights in Additive Utility Models. Management Science 28 182-196... [Pg.237]

In Fig. 2 is shown a determination of the relationship between relative viscosity of PVC solutions in cyclohexanone and GPC - determined weight average molecular weights. A series of Occidental Chemical Co products were used. The data were fit to the Mark-Houwink equation ... [Pg.242]

Details of the way in which the calculations are performed may be found in a textbook on statistics. The method resembles the well-known method of least squares, but it has the characteristic feature that a system of rationally determined weight factors is introduced. If the calculations are carried through to completion, the method gives not only the most probable values of the constants themselves but also the probable errors of the different constants. [Pg.347]

Experimental Approach. The first two experiments examined the effects on strength of reducing the adhesive s urea or caustic contents. The rest of the experiments were run to clarify the reactions involved in producing the resin. Among these, two experiments determined weight losses on heating carbohydrates, with or without urea and acid catalyst present. In the final experiments, samples taken from resin and model compound syntheses were examined by HPLC and 13C-NMR to find what products were formed and in what sequence. [Pg.369]

Determine weighted fin efficiency. Weighted fin efficiencies for low-fin tubes are functions of the outside heat-transfer coefficient. Weighted fin efficiencies t) can be determined from curves provided by various manufacturers. Table 7.4 permits approximation of weighted fin efficiencies. For this problem, the weighted efficiency rj is 0.94. [Pg.317]

Kraus, R. J., Murray, E. E Wiley, S. R., Zink, N. M Loritz, K., Gelembiuk, G. W. Mertz, J. E. (1996). Experimentally determined weight matrix definitions of the initiator and TBP binding site elements of promoters. Nucleic Acids Res 24,1531-9. [Pg.112]

Thermogravimetric analysis (TGA) A widely used method to determine weight change upon heating, such as decomposition and amount of volatile components, including moisture. [Pg.202]

Others would prefer a simple measurement of waist circumference (WC) to determine weight-related health risk. Stratification for men would be a WC less than 38 inches, from 38 to 42 inches, and more than 42 inches for normal, overweight, and obese. For women it would be a WC less than 33 inches, from 33 to 36 inches, and more than 36 inches. [Pg.60]


See other pages where Weight determination is mentioned: [Pg.575]    [Pg.377]    [Pg.91]    [Pg.751]    [Pg.329]    [Pg.208]    [Pg.333]    [Pg.335]    [Pg.37]    [Pg.39]    [Pg.67]    [Pg.341]    [Pg.376]    [Pg.17]    [Pg.20]    [Pg.119]    [Pg.575]    [Pg.44]    [Pg.533]    [Pg.144]    [Pg.11]    [Pg.129]    [Pg.210]    [Pg.343]    [Pg.345]    [Pg.59]    [Pg.26]    [Pg.96]    [Pg.333]    [Pg.223]    [Pg.172]   
See also in sourсe #XX -- [ Pg.58 ]




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Agarose gels molecular weight determination

Apparatus for determination of molecular weight by colligative methods

Atomic weight, determination

Atomic weight, determination average, of rare earth elements

Atomic weight, determination in a mixture

Atomic weights, determination table

Biomolecule Molecular Weight Determination

Biopolymers molecular weight determination

Capillary sieving electrophoresis protein molecular weight determination

Centrifugation molecular weight determinations

Classification of the Methods for Molecular-Weight Determination

Coagulation molecular weight determination

Combined Forecasting and Determining Weights Method

Conditions governing a weight size determination

Determination of Molecular Weight and Second Virial Coefficient

Determination of Molecular Weight in Emulsion Polymerization

Determination of Molecular-Weight Distribution by Fractionation

Determination of low-molecular-weight alkyl sulphate

Determination of molecular weight distribution

Determination of number-average molecular weights

Determination of the Number-Average Molecular Weight

Determination of total amine or equivalent weight

Determination of weight-average molecular

Determination of weight-average molecular weights

Differential molecular weight distribution determination

Dry weight determination

Ebullioscopic determinations molecular weight

Electrospray interface molecular weight determination

Elemental analysis molecular weight determination

Elements atomic weight determinations

Entanglement molecular weight determination from plateau

Field-flow fractionation molecular weight determination

Glucan molecular weight determination

Glycosides molecular weight determination

Hemicelluloses molecular-weight determination

Homopolymer molecular weights, determination

Hyaluronic acid molecular weight determination

In molecular weight determination

Indexes molecular weight determination

Instrumentation for Molecular Weight Determination

Liquid molecular weight determination

Mass spectrometry determining protein molecular weight

Mass spectrometry molecular weight determination

Mass spectroscopy molecular weight determinations

Melting points molecular-weight determination

Membrane osmometry, determination weight

Methods for molecular weight determination

Micellar weight determination

Molar weight, determination

Molar weight, determination density

Molecular Weight Determination of Small

Molecular mass, determination weight average

Molecular weight averages determination

Molecular weight determination

Molecular weight determination Light scattering)

Molecular weight determination branched copolymers

Molecular weight determination by cryoscopy

Molecular weight determination by end-group analysis

Molecular weight determination by gel filtration

Molecular weight determination by gel permeation chromatography

Molecular weight determination by light scattering

Molecular weight determination by mass spectrometry

Molecular weight determination by sedimentation equilibrium

Molecular weight determination by vapor pressure osmometry

Molecular weight determination colligative property measurement

Molecular weight determination cryoscopy

Molecular weight determination dilute solution light scattering

Molecular weight determination early results

Molecular weight determination ebulliometry

Molecular weight determination elastomers

Molecular weight determination electrophoresis

Molecular weight determination light-scattering method

Molecular weight determination membrane osmometry

Molecular weight determination method

Molecular weight determination nucleic acids

Molecular weight determination of

Molecular weight determination polyethylene

Molecular weight determination polymolecularity

Molecular weight determination polyurethane

Molecular weight determination procedure

Molecular weight determination vapor-phase osmometry

Molecular weight determination viscometry

Molecular weight determination viscosity

Molecular weight determination, drinking

Molecular weight determination, oxidized

Molecular weight determination, polymers osmotic pressure method

Molecular weight determination, polymers viscometric method

Molecular weight determination, starch

Molecular weight determining

Molecular weight determining formula from

Molecular weight determining from

Molecular weight determining from light

Molecular weight distribution, cellulosic fibers, determination

Molecular weight distributions determining

Molecular weight, Calculation Determination

Molecular weight, determination calibration curve

Molecular weight, mass spectral determination

Molecular weight, spectrophotometric determination

Molecular weights determination by gel chromatography

Molecular-weight determination boiling-point elevation

Molecular-weight determination by gel

Molecular-weight determination from electrospray mass spectra

Molecular-weight determination small molecules

Molecular-weight distributions determination

Neodymium oxalate, determination of atomic weight

Neodymium, determination atomic weight of, in pure

Nitrocellulose molecular weight determination

Number-average molecular weights determination

Osmotic molecular weight determination

Osmotic molecular weight determination results

Osmotic molecular weight determination theory

Peptides molecular weight determination

Poly molecular weight determination

Polyamides molecular weight determination

Polycaprolactone molecular weight determination

Polymer molecular-weight distribution, determination

Polymers, molecular-weight determination

Polysaccharides molecular-weight determinations

Product oils molecular weight determinations

Protein chromatography molecular weight determination

Proteins molecular weight determination

Rast molecular weight determination

Sedimentation enzyme molecular-weight determination

Sedimentation equilibrium, determination weight-average molecular weights

Sedimentation velocity molecular weight determination

Size exclusion chromatography determine relative molecular weights

Size exclusion chromatography molecular weight determination

Size, Shape, and Molecular Weight Determinations

Sodium alginate molecular weight determination

Starch acetate molecular weight determinations

TOC and dry weight determination

Temperature influence on molecular weight determination

The Determination of Molecular Weight

The Molecular Weight Determination of Biopolymers

To determine number-average molecular weight

Viscosity detectors weight determinations

Weight percent determination

Weight-gain determinations

Weight-loss determinations

Weights and Molecular Weight Determinations

Weights of Proteins Determined by Light Scattering

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