John E. Leffler | Researchain

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Tetrahedron Letters | 1984

Variability of silica surfaces as reaction media

G. Craig Flowers; Susan M. Lindley; John E. Leffler

Comparaison des proprietes des surfaces de 9 silices en tant que milieux reactionnels (adsorbants, catalyseurs, etc.)

Journal of the American Chemical Society | 1985

Supercritical carbon dioxide: behavior of .pi.* and .beta. solvatochromic indicators in media of different densities

Michael E. Sigman; Susan M. Lindley; John E. Leffler

Journal of Organic Chemistry | 1985

Analysis of the polarity of silica surfaces as reaction media: behavior of adsorbed solvatochromic indicators

Susan M. Lindley; G. Craig Flowers; John E. Leffler

Journal of Chemical Physics | 1955

Entropy Requirements of the Hammett Relationship

John E. Leffler

Journal of Organic Chemistry | 1987

Supercritical carbon dioxide. The cis to trans relaxation and #7B-P, π transition of 4-(diethylamino)-4'-nitroazobenzene

Michael E. Sigman; John E. Leffler

Journal of Organic Chemistry | 1982

p-Methoxybenzoyl p-nitrobenzoyl peroxide revisited: catalysis by silica

John E. Leffler; John T. Barbas; G. Craig Flowers

Journal of Organic Chemistry | 1987

Supercritical carbon dioxide. 3. Decomposition of phenylazotriphenylmethane in supercritical carbon dioxide

Michael E. Sigman; John E. Leffler

Journal of Organic Chemistry | 1985

Decomposition of bis(p-methoxybenzoyl) peroxide and the carboxy-inversion product on silica

G. Craig Flowers; John E. Leffler

The Journal of Physical Chemistry | 1986

Supercritical carbon dioxide. 2. .pi.* and the dielectric function for supercritical CO2 media at various densities

Michael E. Sigman; John E. Leffler

Journal of Organic Chemistry | 1985

The decomposition of cumyl peracetate on silica

John T. Barbas; John E. Leffler

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G. Craig Flowers

Florida State University

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Michael E. Sigman

Oak Ridge National Laboratory

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John T. Barbas

Oak Ridge National Laboratory

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Susan M. Lindley

Florida State University

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R.D. Temple

Florida State University

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