unitized mercury cathode apparatus for electrolytic

CPC Scheme

ELECTROLYTIC OR ELECTROPHORETIC PROCESSES FOR THE PRODUCTION OF COMPOUNDS OR NON-METALS; APPARATUS THEREFOR (anodic or cathodic protection C23F 13/00; single-crystal growth C30B) [2021-01] NOTE Compounds of particular interest are also classified in the relevant classes, e.g. in C01, C07, C08 .

The method of regulating the voltage on the anodes of

Thereby the regulation directly interelectrode distance between the group of anodes and cathode. 3. Asked as setting an optimal voltage level for specific groups of anodes mercury electrolytic cells depend on their design, age, condition coverage, and, as

Castner–Kellner process

The apparatus shown is divided into two types of cells separated by slate walls. The first type, shown on the right and left of the diagram, uses an electrolyte of sodium chloride solution, a graphite anode (A), and a mercury cathode (M). The other type of cell, shown

PREPARATION OF DIHYDROLIPOAMIDE BY ELECTROLYTIC REDUCTION

proteins [5]. The apparatus used is illustrated in fig. The cathode compartment, A, is a small rimless beaker (about 40 ml capacity) fitted with a side-arm and contains a pool of mercury (Analar grade) the surface of which can be stirred with1.

Galvanic Polarization on a Mercury Cathode

LEWIS AND JACKSON. ? POLARIZATION ON MERCURY CATHODE. 401 The electrolytic cell and the measuring apparatus are sketched in Figure 1. The cell consists of a glass bottle, which is immersed in a thermostat (the latter not shown in the figure). B

C25 ELECTROLYTIC OR ELECTROPHORETIC PROCESSES APPARATUS THEREFOR

. in mercury cathode cells [2] 1 / 38 . . . with vertical mercury cathode [2] 1 / 40 . . . with horizontal mercury cathode [2] APPARATUS THEREFOR [2] 1 / 00 Electrolytic production, recovery or refining of metals by electrolysis of solutions (C25C 5/00 takes .

Separation Factor of Hydrogen and Deuterium by Suspension Electrolysis Using Mercury Cathode

the mercury cathode. The influence of the applied potential on the separation factor was studied orer the temperature range of 15--8O0C. The results provided an indication of the rate-determining steps governing the electrolytic hydrogen evolution.

Castner–Kellner process

The apparatus shown is divided into two types of cells separated by slate walls. The first type, shown on the right and left of the diagram, uses an electrolyte of sodium chloride solution, a graphite anode (A), and a mercury cathode (M). The other type of cell, shown

US Patent for Process for treatment of water and

Apparatus 30 comprises an electrolyte cell 32 comprising a first electrode 34 (the cathode in this arrangement) and a second electrode 36 (the anode in this arrangement). First electrode 34 and second electrode 36 are in a coaxial relationship with respect to one another as illustrated in FIGS. 1, 2 and 3.

The method of regulating the voltage on the anodes of

Thereby the regulation directly interelectrode distance between the group of anodes and cathode. 3. Asked as setting an optimal voltage level for specific groups of anodes mercury electrolytic cells depend on their design, age, condition coverage, and, as

Galvanic Polarization on a Mercury Cathode

LEWIS AND JACKSON. ? POLARIZATION ON MERCURY CATHODE. 401 The electrolytic cell and the measuring apparatus are sketched in Figure 1. The cell consists of a glass bottle, which is immersed in a thermostat (the latter not shown in the figure). B

Electrolytic Cells

Electrolytic cells use electrical work as source of energy to drive the reaction in the opposite direction. The dotted vertical line in the center of the above figure represents a diaphragm that keeps the Cl 2 gas produced at the anode from coming into contact with the sodium metal generated at the cathode.

INCLINED PLANE MERCURY CATHODE ELECTROLYSIS

Mercury cathode chlorine cell 1959-08-04 2872403 Electrolytic cell 1959-02-03 2848408 Fluid output end apparatus for a mercury cathode electrolytic cell 1958-08-19 2719117 Mercury-cathode electrolytic cell 1955-09-27 2648630 Mercury cathode electrolysis

Isotope Effects in Electrolytic Formation of Lithium Amalgam

Apparatus The arrangement of the apparatus is illustrated in Fig. 1. The electrolyser, with the volume of ca. 100cm3, was equipped with an anode plate (Pt or Ni), a cathode lead wire (Platinum sealed in glass tube except both ends), a stirrer

A MODIFICATION OF THE ELECTROLYTIC GUTZEIT

In this apparatus the entire sample of 15 to 16 cc. is placed in the cathode chamber which is separated from the anode chamber by a sealed in alundum disk. This insures complete and rapid reduction of all arsenous acid since it is always present on the reducing side of the apparatus. 19 This is an Open Access article under the CC BY license. 20 Electrolytic Gutzeit Apparatus Description.

An apparatus for the production of high isotopic purity deuterium

Abstract An apparatus for the electrolytic preparation of high purity Dz is described. D2 with isotopic purity exceeding 99.98 % (atomic percentage) was obtained with this apparatus by electrolysing D20 (99.8 % isotopic purity) down to about 30% of its original

Recovery of mercury from mercury compounds via

article{osti_7084471, title = {Recovery of mercury from mercury compounds via electrolytic methods}, author = {Grossman, M W and George, W A}, abstractNote = {A process for electrolytically recovering mercury from mercury compounds is provided. In

Isotope Effects in Electrolytic Formation of Lithium Amalgam

Apparatus The arrangement of the apparatus is illustrated in Fig. 1. The electrolyser, with the volume of ca. 100cm3, was equipped with an anode plate (Pt or Ni), a cathode lead wire (Platinum sealed in glass tube except both ends), a stirrer

Recovery of Mercury From Concentrates by Cupric Chloride Leaching and Aqueous Electrolysis

Mercury cathode FIGURE 2.-Bench-scale electrolytic cell. used for electrolyte agitation during electrolysis. A larger 200-A cell, shown in figure 3, was constructed. The container was a Pyrex glass vessel 11-1/2 in in ID by 12 in high. A 2-in-diam

Electrolytic Cells

Electrolytic cells use electrical work as source of energy to drive the reaction in the opposite direction. The dotted vertical line in the center of the above figure represents a diaphragm that keeps the Cl 2 gas produced at the anode from coming into contact with the sodium metal generated at the cathode.

PREPARATION OF DIHYDROLIPOAMIDE BY ELECTROLYTIC REDUCTION

proteins [5]. The apparatus used is illustrated in fig. The cathode compartment, A, is a small rimless beaker (about 40 ml capacity) fitted with a side-arm and contains a pool of mercury (Analar grade) the surface of which can be stirred with1.

An apparatus for the production of high isotopic purity deuterium

Abstract An apparatus for the electrolytic preparation of high purity Dz is described. D2 with isotopic purity exceeding 99.98 % (atomic percentage) was obtained with this apparatus by electrolysing D20 (99.8 % isotopic purity) down to about 30% of its original

CPC Scheme

ELECTROLYTIC OR ELECTROPHORETIC PROCESSES FOR THE PRODUCTION OF COMPOUNDS OR NON-METALS; APPARATUS THEREFOR (anodic or cathodic protection C23F 13/00; single-crystal growth C30B) [2021-01] NOTE Compounds of particular interest are also classified in the relevant classes, e.g. in C01, C07, C08 .

Separation Factor of Hydrogen and Deuterium by Suspension Electrolysis Using Mercury Cathode

the mercury cathode. The influence of the applied potential on the separation factor was studied orer the temperature range of 15--8O0C. The results provided an indication of the rate-determining steps governing the electrolytic hydrogen evolution.

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