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Kirkwood-Fouss relaxation time distributions for methanol solutions of Nal a

Kirsch s tandem reaction.

Kiscc dependency on the yield strength for NiCrMoV rotor steel in hydrogen sulfide

Kishf s biomimetic synthesis of pinnatoxin A based on an intramolecular Diels-Alder reaction.

Kishi Polyols -- Route B

Kishi Polyols — Route A

Kishi Polyols — Route C

Kishi s approach for the construction of the C19-C26 polyketide-type segment of rifamycin S.

Kishi s early work

Kishi s echinulin synthesis

Kishi s method for the construction of the bis core of isolasalocid A.

Kishi s retrosynthesis of onnamide A

Kishi s synthesis-1. Preparation of fragments

Kishi s synthesis-2. Preparation of BCD- and EF-rings

Kishi s synthesis-3. Intramolecular Diels-Alder reaction and completion of the total synthesis

Kiso s synthesis of mirabazole C

Kiso s synthesis of the -2-methylcy.steine building blocks.

Kissinger analysis of the activation energy, E, of decomposition for the reaction for pure LiAlH

Kissinger analysis of the activation energy, EA, of decomposition for the reaction for pure LiAlH4

Kissinger plot for dehydrogenation of as-received LiAlH. Energy of activation for the decomposition LiAlH — 4 LijAlH 2 3A1 peak III in

Kissinger plot for dehydrogenation of as-received LiAlH4. Energy of activation for the decomposition LiAlH4— Yi Li3AlH6 2 3A1 H2 peak III in

Kissinger plot to estimate the activation energy of the reaction. The activation energy of the reaction evaluated from the slope of the line is 130 kJ mole

Kissinger plots for aCu-Al alloys quenched from 873 K

Kissinger plots of the Ni45Ti23Zri5SisPdi2bulk amourphus alloy

Kissinger-Boswell plot of the crystallization temperature in amorphous Dyo o o.40 studied as a function of the heating rate i .



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