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The Research on the Homogenous Temperatures of Inclusions in Halite from the Isothermal Evaporation of Brine and Natural Halite from Lop Nor Playa, Xinjiang, China

Wang Mili

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Abstract

Halite has crystallized at the 30℃ and 52℃ isothermal evaporations in lab from brine of Lop Nor salty lake, Xinjiang, China. And the plenty of liquid-phase inclusions occur in the halites. The homogenous temperatures of liquid-phase inclusions in halite is measured. The results show that only few temperature data of liquid-phase inclusions are close to 30℃ and 52℃ temperatures of brine, but most of the temperatures are by 20 - 90 ℃ higher than the fixed temperatures, a few are by 6 - 30℃ lower than those. In addition, the homogenous temperatures of natural halite from salty lake of Lop Nor also show the similar case, i. e. , most of them are obviously away from the possible temperature of the halite-crystallizing brine. These materials show that they are influenced by a few factors. Therefore, the homogenous temperature of liquid-phase inclusions in halite must be carefully applied in determining the temperatures of paleo-lake water or medium; only through the synthetic analysis, are the reliable information obtained.

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What this paper is about

Halite has crystallized at the 30℃ and 52℃ isothermal evaporations in lab from brine of Lop Nor salty lake, Xinjiang, China. And the plenty of liquid-phase inclusions occur in the halites. The homogenous temperatures of liquid-phase inclusions in halite is measured. The results show that only few temperature data of liquid-phase inclusions are close to 30℃ and 52℃ temperatures of brine, but most of the temperatures are by 20 - 90 ℃ higher than the fixed temperatures, a few are by 6 - 30℃ lower than those. In addition, the homogenous temperatures of natural halite from salty lake of Lop Nor also show the similar case, i. e. , most of them are obviously away from the possible temperature of the halite-crystallizing brine. These materials show that they are influenced by a few factors. Therefore, the homogenous temperature of liquid-phase inclusions in halite must be carefully applied in determining the temperatures of paleo-lake water or medium; only through the synthetic analysis, are the reliable information obtained.

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Available abstract

Halite has crystallized at the 30℃ and 52℃ isothermal evaporations in lab from brine of Lop Nor salty lake, Xinjiang, China. And the plenty of liquid-phase inclusions occur in the halites. The homogenous temperatures of liquid-phase inclusions in halite is measured. The results show that only few temperature data of liquid-phase inclusions are close to 30℃ and 52℃ temperatures of brine, but most of the temperatures are by 20 - 90 ℃ higher than the fixed temperatures, a few are by 6 - 30℃ lower than those. In addition, the homogenous temperatures of natural halite from salty lake of Lop Nor also show the similar case, i. e. , most of them are obviously away from the possible temperature of the halite-crystallizing brine. These materials show that they are influenced by a few factors. Therefore, the homogenous temperature of liquid-phase inclusions in halite must be carefully applied in determining the temperatures of paleo-lake water or medium; only through the synthetic analysis, are the reliable information obtained.

Key concepts: Halite, Brine, Geology, Isothermal process, Fluid inclusions, Mineralogy, Geochemistry, Evaporite

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