SU112734A1

SU112734A1 - Immersion Refractometer

Info

Publication number: SU112734A1
Application number: SU575628A
Authority: SU
Inventors: Б.Ф. Дикий; Б.П. Иващенко
Original assignee: Б.Ф. Дикий; Б.П. Иващенко
Priority date: 1956-03-19
Filing date: 1956-03-19
Publication date: 1957-11-30

Description

В существующих погру:кных зефрглстсмстрах плотность раствора опрсделкет прохождением света из растзора в призму, что не позвол ет автоматизировать тгхнологичсс;С Й процесс и осуи;ествкть поточность производства.In existing pogruzhnykh zfrglmsmsstrakh density of the solution opsdellet the passage of light from the solution into the prism, which does not allow to automate the technology, the C process and the process, the precision of production.

Предлагаем); погружной рефрактометр дл ОГ1реДСЛС 1ИЯ ПЛОГНости раствора по углу преломлени в нем проход щего луча света не имеет указанных недостаткоБ. Он даст Бозмож.ность произвести улучшенр-е технологического процесса и обес::е1нть непрерывность определени плотности раствора.We offer); The submersible refractometer for OG1 READS 1II PLUGNESS of the solution with respect to the angle of refraction of the transmitted light beam in it does not have the indicated disadvantage B. It will give the Possibility to produce an improved technological process and ensure the continuity of the determination of the density of the solution.

Сущность изобргтепи заключаетс в том, что в описывас.мом рефрактометре плот 1ость раствора ОПредел егс прохождением света через призму в раствор.The essence of the isobrpie is that in the description of the refractometer, the raft of the solution was determined by the passage of light through the prism into the solution.

Достигаетс это тем, что предлагаемый Г р и бор выполнен в виде трубки, на одном конце которой устапов,чен источник света, а на другом, погружаемол в исследуемый раствор, oнт;:poв нл стекл нпа трехгранна 1ризма, от которой подведен световод к фотопрлемнику . Дл обеспечени непрерывной сигнализацин и регулировани процесса в рефракто,гетре применен пульс рующин исто-ши-к света наThis is achieved by the fact that the proposed Gr and Bor is made in the form of a tube, at one end of which is installed, the source of light, and at the other, immersed in the test solution, one; . In order to provide continuous signalization and regulate the process in the refracto, a pulse ruster source of light is applied to the gaiter.

Claims

1:; psmepnom current and phasic multiplier with y: pcttlem psrc-zheny current for direct connection of the potential of: p; okh.1npzma.

Usrap op :; The instrument is shown in the drawing, where 1 is a tube pcq; iai; -iCA; i:; ia, 2-pulse ;; pytoniuii a source with alternating current, and-ste; l; This is triangular. -segopod.

LightEdit; 1avl st beam of light after it is applied in ms ms of prP in prism 3 to a photo photo of 5 of a known type with a usable AC current peak for ps :: o; p isio; pp1te, mechnopzma, providing nenpepjcBnocT; -) c; Gg; glossary of the condition of testing is1 - .: tusmogo dissolve, p to adjust the process.

Pr.dlagas: 1: yp refractometer southeast bt pst1ol zovan B canning. ca Rpnof ;, spirit and drdtih den, 1 x industry.

P j e dme t p z o brety e

the separation of the density of a solution but the angle of refraction of a ray of light in it, about a hp and with the fact that, with a continuous determination of the density, it is made in the form

pipes, one; the sun of which is installed:) CTC4i:; i: light, and on the other, immersed in the test solution, a glass triangular prism, from which a light guide is connected to a photodetector of a known type.

2. The form is made of 1i refractil; etra according to item i, which is the fact that, for the purpose of continuous testing ;; gats-; 1n and regulating the process, in Gy; :::: to be sung by an alternating current i: a photomultiplier with a y 1 lntel nepo: je} {Horo current for direct and switching on: r; wh ell b; x x me.; 1 b.