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R -Z two-dimensional core calculation model

R 0 at 4.2 K increases at the rate of 6.0 X 10 GPa . Qualitatively, this result is consistent with the suggestion that the spin-dependent scattering is enhanced because of the suppression of fhe ferromagnetic order of fhe Tb layer. Indeed, as shown in

R 1-adamantyl, cyclohexyl, 1-methylcyclohexyl, -menthyl, etc.

R 1-adamantyl, cyclohexyl, 2-PhCH2CH2, PhOCH2, PhC, etc.

R 2-ethylhei l. The pristine absorption profile persisted until application of 0.77 V vs. Ag Ag.

R Abba, G. De Santis, L. Fabrizzi, M. Licchelli, A.M. Manotti Lanfredi, R Pallavicini, A. Poggi and F. Ugozzoh, Nickel complexes of azacyclams

R Adamantyl, t-Butyl

R amplitude by age in lead aVR, each curve corresponding to the indicated percentile level . R waves in aVR are prominent from birth to late infancy. The R wave amplitude increases in the first 3 days, then decreases strikingly thereafter, reaching a plateau by age 6-9 years.

R amplitude by age in lead V2, each curve corresponding to the indicated percentile level . R waves in V2 are most prominent. The amplitude can be high, up to 26.7 mm, after birth. It decreases strikingly with Increasing age throughout early childhood to adolescence.

R amplitude by age in lead V4, each curve corresponding to the indicated percentile level . The R wave amplitude in V4 increases strikingly after age 1-3 months, reaching a plateau by age 6-12 months, and starts to decline by age 9-13 years and thereafter.

R amplitude by age in lead V5, each curve corresponding to the indicated percentile level . The amplitude of R wave in V5 strikingly Increases at age 1-3 months, reaching a plateau by age 3-6 months, and starts declining by age 9-13 years and thereafter. The normal highest amplitude can be up to 28.1 mm at age 3-6 years.

R amplitude by age in lead V6, each curve corresponding to the indicated percentile level . A typical progression of R amplitude changes from birth to adolescence is seen here. The R amplitude in V6 increases gradually after birth, rapidly from age 1-3 months, reaching a plateau by age 3-6 months, increases again from 3-6 years up to 6-9 years of age, followed by a decrease at 9-13 years until 13-18 years of age.

R amplitude by age in lead VI, each curve corresponding to the indicated percentile level . R waves amplitude in VI declines strikingly then gradually from birth to adolescence. An R wave in VI of 16.5 mm can be normal in term newborns.

R amplitude in lead V3 S amplitude in lead V3 by age, each curve corresponding to the indicated percentile level . The sum of R wave amplitude in lead V3 and S wave amplitude in V3 deaeases slightly after birth. It increases after age 7-30 days, reaching the highest value at ages 3-6 months and 1 -3 years, then decreases thereafter up to age 13-18 years.

R amplitude in lead V6 S amplitude in lead V2 by age, each curve corresponding to the indicated percentile level . The sum of R wave amplitude in lead V6 and S wave amplitude in lead V2 decreases slightly from birth to 7 days of age. From that age forward, it increases gradually from age 1 -3 years until age 6-9 years, followed by a decrease thereafter.

R amplitude in lead V6 S amplitude in Lead VI t age, each curve corresponding to the indicated percentile level . The sum of R wave amplitude in V6 and S wave amplitude in VI stays almost unchanged in the first week of life. From that age forward, it increases rapidly to age 3-6 months, then gradually up to age 6-9 years, followed by a decrease up to 13-18 years of age.

R and equilibrium

R and S isomer of Troger s base.10

R aryl, alkyl

R B ratios of flssion product noble gas isotopes as a function of the decay constant in the case of the simultaneous presence of fuel rod defects and uranium contamination BWR off-gas

R c-hexyl

R C02Et, Ph, CH2Ph.

R C02Me. Conditions

R C02Me. Reagents and conditions

R C4H9, OC4H9 X CI, CH2CMe.



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