✍ Scribed by R.L. Blokhra; C.L. Kaul; B.R. Soni; S.K. Jalota
No coin nor oath required. For personal study only.
Studies in electro-osmosis and electro-osmotic pressure dit%rence have been carried out with methanol using a sintered glass disk as the membrane. The measurements are reported at voltages varying from 0 to 300 V and temperatures varying from 30 to 50°C. The cross-phenomenological coefficient and permeability coefficient have been evaluated graphically. The dependence of the coe.fficients on temperature and voltage is discussed.
R6sum&Des etudes d%lectro-osmose et de dit%re.nce de pression &ctro-osmotique ont et6 effectuees dam le m&hanol avec comme membrane un disque en verre fritt6. Les mesures sont rapport&s a des tensions variant de 0 a 300 V et des temperatures variant de 30 ii 5O"C. Le. coefhcient ph6nom6nologique crois6 et le coefficient de permeabilite ont &is evalues graphiquement. Discussion ee la relation entre les coefficients de tem@xature et de tension.
wurden Untersuchungen iiber die Elektroosmose und den elektroosmotischen Druck mit Methanol an einer Glasfrittenmembran durchgefiit.
Die Messungen umfassten den Spammngsbereich zwischen 0 und 30 V bei Temperaturen zwischen 30 und 50°C. Der Wechselwirkungskoefhzient und der PermeabilititskoeSizient wurden graph&h ermittelt. Man diskutiert die Spanmmgs-und Temperaturabhtingigkeit dieser Werte.
📜 SIMILAR VOLUMES
A general thermodynamic derivation for the temperature and pressure derivatives of the chemical reaction parameter is presented. These derivatives are evaluated for several simple equations of state. Applications are indicated for error analysis, for computation of small changes, for correlation of