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Performs a cryogenic distillation process at temperatures reaching -200 °C to separate atmospheric air into its primary components - oxygen and nitrogen.
short description of a machine
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Variants History

Suggestion from Fullerene submitted for review - August 23, 2024

在-200°C下进行低温蒸馏处理, 将大气分离为它的主要组成部分:氧气与氮气

Suggestion from redsquirrel was approved by redsquirrel - April 7, 2024

通过低温蒸馏工艺，在-200℃下分离出大气的主要成分：氧气与氮气。

Suggestion from int_main was replaced as the approved translation by moderator by redsquirrel - April 7, 2024

通过低温蒸馏工艺，在-200℃下分离出大气的主要成分：氧气与氮气

Suggestion from rijn was replaced as the approved translation by NNNZYY - April 6, 2024

在-200 °C下低温蒸馏将大气分离为氧气和氮气。

Suggestion from int_main was approved by NNNZYY - April 6, 2024

通过低温蒸馏工艺，在-200℃下分离出大气的主要成分：氧气与氮气

Suggestion from int_main submitted for review - April 6, 2024

通过低温蒸馏工艺，在-200℃下分离出大气的主要成分：氧气与氮气

Suggestion from int_main was replaced as the approved translation by Kurax - December 24, 2023

通过低温蒸馏工艺，在-200℃下分离出大气的主要成分：氧气与氮气

Suggestion from redsquirrel was replaced as the approved translation by Kurax - December 24, 2023

在 -200 °C 进行低温蒸馏，将大气分离为其主要成分 - 氧气和氮气。

Suggestion from rijn was approved by Kurax - December 24, 2023

在-200 °C下低温蒸馏将大气分离为氧气和氮气。

Suggestion from rijn submitted for review - December 24, 2023

在-200 °C下低温蒸馏将大气分离为氧气和氮气。

Suggestion from int_main submitted for review - June 27, 2023

通过低温蒸馏工艺，在-200℃下分离出大气的主要成分：氧气与氮气

Suggestion from redsquirrel was approved by redsquirrel - December 21, 2021

在 -200 °C 进行低温蒸馏，将大气分离为其主要成分 - 氧气和氮气。

Suggestion from redsquirrel was replaced as the approved translation by moderator by redsquirrel - December 21, 2021

在 -200 °C 的温度下执行低温蒸馏过程，将大气分离为其主要成分 - 氧气和氮气。

Suggestion from redsquirrel was replaced as the approved translation by redsquirrel - December 21, 2021

在200°C下进行低温蒸馏处理, 将大气分离为它的主要组成部分-氧气跟氮气

Suggestion from rijn was replaced as the approved translation by redsquirrel - December 21, 2021

在-200 °C下低温蒸馏将大气分离为氧气和氮气。

Suggestion from Nc32 was replaced as the approved translation by redsquirrel - December 21, 2021

通过在200°C下进行低温蒸馏处理, 将大气分离为它的主要组成部分-氧气跟氮气

Suggestion from redsquirrel was approved by redsquirrel - December 21, 2021

在 -200 °C 的温度下执行低温蒸馏过程，将大气分离为其主要成分 - 氧气和氮气。

Suggestion from redsquirrel submitted for review - November 23, 2021

在200°C下进行低温蒸馏处理, 将大气分离为它的主要组成部分-氧气跟氮气

Suggestion from rijn submitted for review - September 25, 2021

在-200 °C下低温蒸馏将大气分离为氧气和氮气。

Suggestion from Nc32 submitted for review - September 23, 2021

通过在200°C下进行低温蒸馏处理, 将大气分离为它的主要组成部分-氧气跟氮气
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