The carbolic acid may be increased to one-half ounce to a quart, or chlorin water, or peroxid of hydrogen solution may be injected at least three times a day.
The fumes of chlorin are strongly irritating to the respiratory tract and therefore all live stock should be removed before the work is started.
As a rule, it may be stated that chloringas liberated from the above-sized cone will be sufficient for disinfecting 5,200 cubic feet of air space.
The affected calves should be placed in a dry stable, protected from dampness, and subjected to fumigations of sulphurous anhydrid or chlorin gas.
The ceilings and those portions of the walls which can not be reached should be disinfected by means of chlorin gas liberated from the chlorid of lime by crude carbolic acid.
The liberation of chlorin gas is brought about by the action of sulphuric acid, either on a mixture of chlorid of sodium and black oxid of manganese or on bleaching powder.
The quantity thus obtained was subtracted from the total silver bromid and chlorin obtained by precipitating a solution of the preparation with silver nitrate and the remainder calculated to bromin.
The solution in the distilling flask was then treated with silver nitrate and the chlorinestimated in the usual way.
Hence, before beginning the physiologic experiments it was necessary to determine the strength of the preparation; for this purpose three chlorin determinations (by the Carius method) were made.
In the same case the administration of two ounces of brandy with the ordinary test meal reduced the combined chlorin to .
The subject of experiment was a healthy young man whose stomach was doing a slight excess of work, the amount of combined chlorin being nearly fifty per cent.
The “bound” chlorin of chlorlyptus, being chemically inactive, would have no more practical significance than the bound chlorin in common salt.
It should be noted that Methods 2 and 3 determine chlorin and bromin should any be present with the iodin.
The results of these experiments with iodin fumes on the dog, as shown by necropsy findings, are practically identical with those reported by military surgeons as found in soldiers gassed with chlorin during the war.
In order that the available chlorin content at the time of use may be judged, the date of bottling is stamped on each package.
Chemical Laboratory reported that the free chlorin in Chlorax was 0.
As the solution was alkaline in reaction, it seemed unlikely that all the active chlorin was present in the free state, as declared on the label.
The laboratory notes that though the chlorin content of Chloron and Chlorax is claimed to be the same, that of Chlorax actually is less.
It is not rational to combine an active chlorin preparation and a mercury salt in one mixture, nor is there evidence that the addition of opium to the preparations proposed for internal use is of value or rational.
Chloron is inferior as an antiseptic to the well-known surgical solution of chlorinated soda on account of its low chlorin content and uncontrolled reaction.
This is described as a 5 per cent, aqueous solution of sodium hypochlorite containing free chlorin equivalent to from 0.
The chlorin contained in it is bound too firmly to have any action; in fact, the chlorination appears to have accomplished nothing more than a considerable destruction or weakening of the eucalyptus oil.
Roughly speaking, the percentage of chlorin by weight is about one-twelfth the bulk-percentage.
This may be converted into terms of chlorin or sodium chlorid by means of the table upon page 60.
The sodium appears as Na in the sodium sulfate, and the chlorin as Cl in the two parts of hydrochloric acid.
Sidenote: Properties of chlorin] Chlorin is a greenish-yellow gas.
The name chlorin is derived from a Greek word meaning greenish-yellow, as this is the color of chlorin.
Two parts of common salt yield two parts each of sodium (Na) and chlorin (Cl).
The secreting cells of the stomach-glands are thought to have the power to form hydrochloric acid by uniting the chlorin of the salt with the hydrogen of the water.
These elements all form acids just as chlorin forms hydrochloric acid.
The new Edison alkali storage battery, besides being lighter and more durable, uses no acid and cannot give off chlorin when saturated with sea water.
The battery is leaking but no salt water has reached it and chlorin gas has not developed.
Chlorin gas," he rasped back, "the same gas that overcame Granville Barnes.
It was chlorin that destroyed the red coloring matter in Barnes's blood.
The above list will hopefully give you a few useful examples demonstrating the appropriate usage of "chlorin" in a variety of sentences. We hope that you will now be able to make sentences using this word.
