Elements atomic weight

Element Atomic Weight (amu) Mass of 1 Mole of Atoms (g)... [Pg.26]

Element Atomic Weight Spin, I Natural Abundance (%) Receptivity (13C =1.00) Quadrupole Moment (10-30m2) (MHz) at 2.348 T (23.48 kG)... [Pg.95]

Element Atom % Weight % Element Atom % Weight... [Pg.5]

Element Atomic weight A Change of valence ii. ing por amp.-sec. Element Atomic weight A Change of valence n mg per amp.-sec. [Pg.27]

Element. Atomic weight. Difference. Mean of extreme atomic weights. [Pg.5]

Element. Atomic weight. Period of half-change. Average life. Radioactive constant, A. Radiation. Velocity of rays. cm. per sec. Range of a-rays in cm. ... [Pg.351]

Element Atomic weight Spin Natural abundance (%) Receptivity (vs. O Quadrupole moment (10-2 m2) Resonance frequency H 400 MHz... [Pg.231]

When V = 1, A = E i.e. for monovalent elements atomic weight is same as the equivalent weight. [Pg.154]

Element Atomic weight Salt Mol. wt. Weight of salt required in one litre... [Pg.174]

Sample Reference numbers on micrographic Element Atomic (%) Weight (%)... [Pg.231]

Element Atomic Weight Inventory Form Isotope Natural Abundance (%) Purity (%) Price ( /mg) ... [Pg.65]

Element Atomic weight Isotope Mass % Abundance... [Pg.614]

Element Atomic weight Isotope (nuclide) Exact mass... [Pg.688]

The elements which are similar in their chemical function have either atomic weights which are close (as Pt, Ir, Os) or show a uniform increase of the atomic weight (as K, Rb, Cs). In such comparisons there were not used the conclusions of Gerhardt, Regnault, Cannizzaro and other, who established the real value of the elements atomic weights. [Pg.46]

Atomic Number Symbol Element Atomic Weight Covalent Radius (A) Electronic Configuration... [Pg.1365]

Element Atomic Weight Isotope (Nuclide) Exact Mass... [Pg.799]

Gram-atom (1927) (gram-atomic weight) n. The mass of an element in grams numerically equal to the elements atomic weight. [Pg.467]

Element Atomic weight Mean Atomic number Mean... [Pg.58]

The problem with triads and, indeed, Prout s hypothesis is easy to discern in retrospect. It is simply that atomic weight, which both concepts draw upon, is not the most fundamental quantity that can be used to systematize the elements. Atomic weight such as that of lead, as just discussed, depend on the particular geological origin of the sample examined. In addition, the measured weight is an average of several isotopes of the particular element. Atomic number, on the other hand, is fundamental and correctly characterizes, as far as presently known, the distinction between one element and the next. Prout s hypothesis is brought back to... [Pg.179]

Element Atomic Weight Nuclide Precise Mass... [Pg.953]

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