File:ICP torch.svg

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Summary

Description
English: The construction of Inductively Coupled Plasma torch.

A: cooling gas tangential flow to the outer quartz tube

B: discharge gas flow (usually Ar)

C: flow of carrier gas with sample

D: induction coil which forms the strong magnetic field inside the torch

E: force vectors of the magnetic field

F: the plasma torch (the discharge).

Electromotive force which sustains the discharge originates from the magnetic field as described by the Faraday–Lenz law.
Latviešu: Induktīvi saistītās plazmas lāpas uzbūve.

A: dzesējošās gāzes tangenciālā plūsma uz ārējo kvarca cauruli

B: izlādes gāzes plūsma (parasti Ar)

C: nesējgāzes ar paraugu plūsma

D: indukcijas spole, kas rada lāpas iekšienē spēcīgu magnētisko lauku

E: magnētiskā lauka spēka vektori

F: plazmas lāpa (izlāde).

Elektrodzinējspēku, kas uztur izlādi, rada magnētiskais lauks saskaņā ar Faradeja–Lenca likumu.
Русский: Конструкция факела индуктивно-связанной плазмы.

A: тангенциальный поток охлаждающего воздуха ко внешней кварцевой трубке

B: поток разрядного газа (обычно Ar)

C: поток газа-носителя с аэрозолем образца

D: катушка индукции, создающая в пределах факела сильное магнитное поле

E: силовые векторы магнитного поля

F: факел плазмы (разряд).

Электродвижущая сила, поддерживающая разряд, образуется под влиянием магнитного поля согласно закону Фарадея–Ленца.
Date
Source This work is based on the drawing Figure 117 in the following book: (2004) Spectrochemical Analysis by Atomic Absorption and Emission (2nd ed.), Cambridge: RSC Publishing, p. 205 ISBN: 0-85404-624-0. , which is monochrome and less artistic :) The current file is created with Inkscape.
Author Esmu Igors

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16 January 2018

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Date/TimeThumbnailDimensionsUserComment
current19:43, 16 January 2018Thumbnail for version as of 19:43, 16 January 2018550 × 1,094 (73 KB)commons>Esmu IgorsSorry. The cooling gas inlet had wrong perspective.

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