Search Results - "Mussini, P. R."

Building up an electrocatalytic activity scale of cathode materials for organic halide reductions by Bellomunno, C., Bonanomi, D., Falciola, L., Longhi, M., Mussini, P.R., Doubova, L.M., Di Silvestro, G.

“…A wide investigation on the electrochemical activity of four model organic bromides has been carried out in acetonitrile on nine cathodes of widely different…”
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Microcrystalline cellulose powders: structure, surface features and water sorption capability by Ardizzone, S, Dioguardi, F S, Mussini, T, Mussini, P R, Rondinini, S, Vercelli, B, Vertova, A

“…Characterization of an Avicel PH 102 MCC powder through polymerization degree determination, X‐ray diffraction and N2 adsorptions at subcritical temperatures…”
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Reference value standards and primary standards for pH measurements in organic solvents and water + organic solvent mixtures of moderate to high permittivities by Rondinini, S., Mussini, P. R., Mussini, T.

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Recent advances in the electromotive force method for determining transference numbers of electrolytes and characterizing new salt bridges by MUSSINI, P. R, MUSSINI, T

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A thermodynamic study of the aqueous (sodium chloride + sodium hydroxide) electrolyte using sodium amalgam and thallous chloride electrode cells by Falciola, L., Mussini, P.R., Mussini, T., Pozzi, S., Rondinini, S.

“…The aqueous mixed (sodium chloride + sodium hydroxide) system has been studied using e.m.f. measurements at T=298.15 K of the combined cells Pt|Na–Hg|NaCl( m…”
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Silver as a powerful electrocatalyst for organic halide reduction: the critical role of molecular structure by Rondinini, Sandra, Mussini, Patrizia Romana, Muttini, Paolo, Sello, Guido

“…The remarkable electrocatalytic properties of silver for organic halide reductions, related to its strong specific interactions with halide ions, and therefore…”
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Autoprotolysis constants in nonaqueous solvents and aqueous organic solvent mixtures by Rondinini, S., Longhi, P., Mussini, P. R., Mussini, T.

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Thermodynamics of the amalgam cell {KxHg1 − x| KCl (m)| AgCl | Ag }and primary medium effects upon KCl in { ethylene glycol + water }, { acetonitrile + water }, and { 1,4-dioxane + water } solvent mixtures by Manzoni, A., Mussini, P.R., Mussini, T.

“…The electromotive force E of the amalgam cell {KxHg1−x| KCl(m)|AgCl|Ag} has been measured as a function of the mole fraction x of K metal in amalgams and of…”
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Characterization of Lithium Sulfate as an Unsymmetrical-Valence Salt Bridge for the Minimization of Liquid Junction Potentials in Aqueous−Organic Solvent Mixtures by Faverio, Cristiana L, Mussini, Patrizia R, Mussini, Torquato

“…The transference numbers t of lithium sulfate in acetonitrile/water and methanol/water solvent mixtures have been studied by measuring the emfs of such…”
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pH measurements in non-aqueous and mixed solvents: Predicting pH(PS) of potassium hydrogen phthalate for alcoholwater mixtures (Technical Report) by Rondinini, S., Mussini, P. R., Mussini, T., Vertova, A.

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Electrodeposited polycrystalline silver electrodes: Surface control for electrocatalysis studies by ARDIZZONE, S, CAPPELLETTI, G, MUSSINI, P. R, RONDININI, S, DOUBOVA, L. M

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Electrocatalytic potentialities of silver as a cathode for organic halide reductions by Rondinini, Sandra B., Mussini, Patrizia R., Crippa, Federico, Sello, Guido

“…The peculiar halide affinity for silver results in an extraordinary electrocatalytic activity for the reduction of halides (either glycosyl halides or, more…”
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Thermodynamics of the amalgam cell {LixHg1−x| Li2SO4(m) | Hg2SO4| Hg} in water, (methanol + water), and (acetonitrile + water) solvent mixtures by Faverio, C.L., Mussini, P.R., Mussini, T.

“…The electromotive forceEof the amalgam cell {LixHg1−x| Li2SO4(m) | Hg2SO4| Hg} has been measured as a function of the mole fractionxof Li metal in amalgams,…”
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Batch effects, water content and aqueous/organic solvent reactivity of microcrystalline cellulose samples by Ardizzone, S, Dioguardi, F.S, Mussini, P.R, Mussini, T, Rondinini, S, Vercelli, B, Vertova, A

“…The structural, morphological and surface features on two MCC powders of the same commercial type (Avicel PH 102), but coming from different countries (The…”
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Characterization of aqueous rubidium chloride as an equitransferent ultraconcentrated salt bridge by BUIZZA, C, MUSSINI, P. R, MUSSINI, T, RONDININI, S

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Ion and solvent transfers at homoionic junctions between concentrated electrolyte solutions by MUSSINI, P. R, LONGHI, P, MUSSINI, T, RONDININI, S

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A new, long-lived Ca-selective electrode by Rondinini, S., Mussini, P.R., Vertova, A., Bortoluzzi, A., Bono, L., Longhi, P.

“…The preparation and performance of a new Ca-selective electrode based on a Nafon ® membrane modified by means of the new ionic carrier N-ethyl-…”
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Mercury(II) oxide and silver(I) oxide electrodes in aqueous solutions (Technical Report) by Rondinini, S., Longhi, P., Mussini, P. R., Mussini, T.

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Medium effects, comparability and predictability of pH-standards in aqueous+organic solvent mixtures: behavior of the (ethylene carbonate+water) and (propylene carbonate+water) systems by Antonini, D, Falciola, L, Mussini, P.R, Mussini, T

“…From the potential difference measurements of the reversible buffered cells Pt ∣ H 2 ∣ KHPh+KCl ∣ AgCl ∣ Ag ∣ Pt and Pt ∣ H 2 ∣ KHPh+KCl ∣ Hg 2Cl 2 ∣ Hg ∣ Pt…”
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An alternative methodology for determining transport parameters of electrolytes in mixed solvents from concentration cells, without prior knowledge of activity coefficients by Mussini, Patrizia R., Mussini, Torquato

“…An alternative methodology is described for the determination of transport parameters of electrolytes in nonaqueous or aqueous-organic solvents from…”
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