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Gustav Robert Kirchhoff and Robert Wilhem Bunsen, who working together made important contributions to spectroscopic analysis of substances.

Gut eczema on the dorsal aspect of the right hand

Gutl Pulse sequences for combined determination of T and T2 in inhomogeneous Bo fields, which shows the magnetization build-up with T and the decay with Ti of unfilled, cross-linked SBR.

Gutless Ad vectors. The gutless Ad vector is produced in 293 cells, which complement for the Ad El and express Cre recombinase. The vector construct is transiently transfected into the producer cells and vector production is propagated by infection with the E1 E3 deleted helper virus. Packaging of the helper virus is prevented by excision of the P element by Cre oxP recombination.

Gutman acid-base plot from an IGC experiment with Ethyl acetate.

Gutman et al. synthesis.

Gutmann s solvent donicity number, DN, plotted against for corresponding solvents.

Gutta-percha structure.

Gutter-shaped electrode array

Gutzeit apparatus

GuUiver vehicle architecture

Guussian plane

Guy de Chauliac

GUya Naumovich Freydlin

Guyton de Morveau s Tableau de Nomenclature Chymique from 1782.

GVB oibitals and overlaps for the N states. A red line means that the eleetrons in these singly occupied orbitals are singlet coupled the values of the orbital overlaps are given above the line. Contours are 0.10, 0.15, 0.20 and 0.25. Red contour represents positive, and blue contour represents negative orbital phase

GVB orbitals centered on the P atom for the linear PF2

GVB orbitals centered on the P atom Tot the linear PH2

GVB orbitals for the four electron pairs involving the

GVB orbitals for the Pt—H bonds of H2 Pt2 at equilibrium. Hybridization for each singly occupied GVB orbital is shown on each plot. Each contour represents a change of 0.05 in amplitude. Solid lines represent positive amplitude. Asteriks represent positions of atoms b GVB orbitals for diatomic PtH

GVB-perfect pairing orbitals for the ground state of CO

GVL conversion vs time on stream for Group 1 and2 acetates on Si02 at 340 C, using a formaldehyde to GVL ratio of 4

GVL to hydrocarbon routes

GVWP high flux and 30kDa UF, 2-10 and 100 kDa UF, 3-GVWP low flux, 4-TFC-SK

GWAS results from Gudmundsson et al.



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