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Lower upper

In this work, relativistic effects are included in the no-pah or large component only approximation [13]. The total electronic Hamiltonian is H (r R) = H (r R) + H (r R), where H (r R) is the nom-elativistic Coulomb Hamiltonian and R) is a spin-orbit Hamiltonian. The relativistic (nomelativistic) eigenstates, are eigenfunctions of R)(H (r R)). Lower (upper)... [Pg.452]

Pentane Bp, °C Flash point, °C Ignition temperature, °C Lower Upper... [Pg.404]

Compound Flash point, °C Flammability limit, vol % Lower Upper Autoignition temperature, °C... [Pg.436]

Flash point, °C Autoignition temperature, °C lower upper... [Pg.359]

Name Closed Cup Open Cup Lower Upper Autoignition Temp. °F Air = 1.0... [Pg.268]

Gai Analyiif Gas Composition Combinations Chosan Total Ratio 1 na rt/Combuitifala Flammable Limits (Fig. 1) Lower Upper ... [Pg.298]

Lower Upper Lower Upper Lower Upper Lower Upper Lower Upper Lower 1 Ipper... [Pg.70]

This results in sensible numbers for the class boundaries and allows for comparisons with other series of observations that have different extrema, for example (.375,. 892) or (.25, 1.11). Strict adherence to the theory-inspired rule would have yielded class boundaries. 327,. 4833,. 6395,. 7958, and. 952, with the extreme values being exactly on the edges of the graph. That this is impractical is obvious, mainly because the class boundaries depend on the stochastic element innate in Xmin resp. x ax- Program HISTO, option (Scale), allows for an independent setting of a subdivided range R with C bins of width R/C, and lower/upper limits on the graph. [Pg.75]

Table 1. Percutaneous toxicity of tested agents LD50 p.c. mg/kg [2] + standard deviation or (lower - upper confidence limit). Table 1. Percutaneous toxicity of tested agents LD50 p.c. mg/kg [2] + standard deviation or (lower - upper confidence limit).

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Lower-upper factorization

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