The determination of the structure of porous electrodes prepared by powder metallurgy

Svatá, M.

doi:10.1016/0032-5910(69)80021-5

“…Sufficient lipid together with -0.05 pCi of lZ5I-marker per experimental animal was dried and suspended in buffer by mechanical agitation, yielding large multilamellar liposomes. In most cases these liposomes were subsequently extruded through polycarbonate membranes4 having 8-, 5-, 3-, 2-, and 1-pm diameter pore sizes to generate populations having different mean diameters (17).…”

Section: )mentioning

confidence: 99%

“…Liposomes were dialyzed a t 4°C in the dark against frequent changes of buffer, for -2 d. Dialysis was carried out in 1-mL dialysis cells fitted with 25-mm polycarbonate membranes5 with a variety of pore sizes (specified below) to remove traces of dialyzable iodine-125 and some liposomes of smaller diameter than the membrane pores (17).…”

Section: )mentioning

confidence: 99%

Particle Size and Surface Area Distributions of Pharmaceutical Powders by Microcomputerized Mercury Porosimetry

Carli

¹

,

Motta

²

1984

Journal of Pharmaceutical Sciences

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“…An exception is [324]. The results of mercury porosimetry have been compared with those of photomicrographs [298,327], suction [163], centrifugal drainage [259], liquid-liquid displacement [299], and for microporous media very often with the results of sorption isotherms.…”

Section: 84 Comparison Of Different Measurement Techniquesmentioning

confidence: 99%

Contact angle and film jumps

Brakel

¹

,

Heertjes

²

1977

Nature

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The disjoining pressure 4.3 Indirect methods of calculating 9 4.3.1 Critical surface tension 4.3.2 Calculation from the work of adhesion 4.3.3 Calculation from adsorption isotherms 4.4 Contact angles on polystyrene 4.5 Contact angle glass-water 4.6 Contact angle glass-toluene/hexane 4.6.1 Introduction 4.6.2 Critical surface tension of glass 4.6.3 Autophobic liquids 4.6.4 Impurities 4.6.5 Calculation of 6 4.6.6 Non-duplex films 4.7 Possible mechanisms causing lib behaviour 4.7.1 Introduction 4.7.2 Increasing liquid surface tension 4.7.3 Decrease of effective meniscus circumference 4.8 Decreasing contact angles 100 4.8.1 General remarks 100 4.8.2 Liquid penetrates solid or film 101 4.8.3 Dissolving surface 4.8.4 De-or replacement of adsorbed films 4.8.5 Evaporation from the film 4.8.6 Film jumps 4.9 Interpretation lib behaviour 4.9.1 General remarks 4.9.2 Polystyrene 4.9.3 Glass-water 4.9.4 Glass -apolar liquids 4.10 Concluding remarks 104 5 CONCAVE AND ANTICLASTIC MENISCI 107 5

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“…An exception is [324]. The results of mercury porosimetry have been compared with those of photomicrographs [298,327], suction [163], centrifugal drainage [259], liquid-liquid displacement [299], and for microporous media very often with the results of sorption isotherms.…”

Section: 84 Comparison Of Different Measurement Techniquesmentioning

confidence: 99%

Capillary rise in porous media

Brakel

¹

,

Heertjes

²

1975

Nature

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The disjoining pressure 4.3 Indirect methods of calculating 9 4.3.1 Critical surface tension 4.3.2 Calculation from the work of adhesion 4.3.3 Calculation from adsorption isotherms 4.4 Contact angles on polystyrene 4.5 Contact angle glass-water 4.6 Contact angle glass-toluene/hexane 4.6.1 Introduction 4.6.2 Critical surface tension of glass 4.6.3 Autophobic liquids 4.6.4 Impurities 4.6.5 Calculation of 6 4.6.6 Non-duplex films 4.7 Possible mechanisms causing lib behaviour 4.7.1 Introduction 4.7.2 Increasing liquid surface tension 4.7.3 Decrease of effective meniscus circumference 4.8 Decreasing contact angles 100 4.8.1 General remarks 100 4.8.2 Liquid penetrates solid or film 101 4.8.3 Dissolving surface 4.8.4 De-or replacement of adsorbed films 4.8.5 Evaporation from the film 4.8.6 Film jumps 4.9 Interpretation lib behaviour 4.9.1 General remarks 4.9.2 Polystyrene 4.9.3 Glass-water 4.9.4 Glass -apolar liquids 4.10 Concluding remarks 104 5 CONCAVE AND ANTICLASTIC MENISCI 107 5

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The determination of the structure of porous electrodes prepared by powder metallurgy

Cited by 5 publications

References 3 publications

Particle Size and Surface Area Distributions of Pharmaceutical Powders by Microcomputerized Mercury Porosimetry

Particle Size and Surface Area Distributions of Pharmaceutical Powders by Microcomputerized Mercury Porosimetry

Contact angle and film jumps

Capillary rise in porous media

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