Ferromagnetic materials under high pressure in a diamond-anvil cell: A magnetic study

Wang, Xin; Hu, Tian-Li; Han, Bing; Jin, Huichao; Zhou, Qiang; Zhang, Tao

doi:10.1088/1674-1056/23/7/070701

Cited by 3 publications

(1 citation statement)

References 30 publications

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“…The use of diamond has a long history because of its unique properties, such as physical, chemical, mechanical, and electrical properties. [1][2][3][4][5][6][7][8][9] Since diamond was first synthesized using transition metals as a solvent in 1955, [10] a large number of investigations have been conducted to study the forming processes of the obtained diamond and the formation mechanism for natural diamond. The pressure and temperature (P-T ) conditions of natural diamond growth are in the ranges of 900 ∘ C-1200 ∘ C and 5.0 GPa-7.0 GPa respectively.…”

Section: Introductionmentioning

confidence: 99%

Effects of Fe additive on diamond crystallization from carbonyl nickel powders-C system under HPHT condition

Li¹,

Jia²,

Feng³

et al. 2015

Chinese Phys. B

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In this paper, diamond crystallization from carbonyl nickel powders-C and carbonyl nickel powders+Fe–C systems are investigated in detail at a pressure of 6.0 GPa and temperatures ranging from 1410 °C–to 1435 °C by temperature gradient growth. The effects of Fe additive on the crystal morphology are discussed in the diamond crystallization process. Furthermore, Fourier infrared measurement results indicate that the spectrum of the diamond obtained from Ni + Fe–C system after annealing treatment is nearly consistent with that of natural diamond crystal. We believe that this study is of benefit to a further understanding of the growth mechanism of natural diamond.

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Section: Introductionmentioning

confidence: 99%

Effects of Fe additive on diamond crystallization from carbonyl nickel powders-C system under HPHT condition

Li¹,

Jia²,

Feng³

et al. 2015

Chinese Phys. B

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In Situ Measurement Techniques Using Diamond Anvil Cell at High Pressure–Temperature Conditions: A Review

Wei,

Lin,

Zhang

et al. 2024

Physica Rapid Research Ltrs

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Diamond anvil cells have garnered significant attention in high‐pressure studies as a valuable tool for investigating material preparation, phase transition dynamics, and ultra‐high‐pressure physical chemistry. Its potential applications span fields such as materials science, condensed matter physics, chemistry, and geology. This study conducted a comprehensive review of the utilization of laser‐heated diamond anvil cell devices in conjunction with in situ optical characterization techniques, such as X‐ray and Raman scattering. Further, diverse in situ performance measurement methods encompassing electrical, thermal, magnetic, and acoustic analyses were examined. The development and role of the prevailing in situ measurement techniques have been described, along with the current progress in applied research for each technique. This study aims to facilitate the discovery of new structures and properties of materials under high pressure–temperature conditions.This article is protected by copyright. All rights reserved.

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In-situ magnetic measurements of substances under extreme conditions

Huang¹,

Wang²,

Liu³

et al. 2017

Acta Phys. Sin.

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Temperature and pressure are the two most important thermodynamic elements, which determine the existent state of substance. Low temperature and high pressure are significant and key extreme conditions in the modern experimental science, providing new routes for many subjects such as physics, chemistry, materials and biology, and playing an important role in finding new phenomena. The magnetic research under extreme conditions is an important branch of the study of the extreme conditions, which not only presents the magnetic changes of the material under extreme conditions, but also is an important means to explore the high temperature superconductors. In this article, we elaborate the principle and method of measuring the magnetic susceptibility and superconducting transition temperature under high pressure. The in-situ magnetic measurement system under high pressure and low temperature is also briefly introduced, designed and installed by ourselves. Using the in-situ magnetic measurement system, the magnetic transition of iron and the superconducting transition temperature of the yttrium barium copper oxide sample under high pressure are measured.

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Ferromagnetic materials under high pressure in a diamond-anvil cell: A magnetic study

Abstract: Ferromagnetic materials under high pressure in a diamond-anvil cell:A magnetic study * Wang Xin(王鑫) a)b) , Hu Tian-Li(胡天立) a) , Han Bing(韩冰) a) † , Jin Hui-Chao(靳会超) a) , Li Yan(李岩) a)b) , Zhou Qiang(周强) a)b) , and Zhang Tao(张涛) a) ‡

Cited by 3 publications

References 30 publications

Effects of Fe additive on diamond crystallization from carbonyl nickel powders-C system under HPHT condition

Effects of Fe additive on diamond crystallization from carbonyl nickel powders-C system under HPHT condition

In Situ Measurement Techniques Using Diamond Anvil Cell at High Pressure–Temperature Conditions: A Review

In-situ magnetic measurements of substances under extreme conditions

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Ferromagnetic materials under high pressure in a diamond-anvil cell: A magnetic study

Abstract: Ferromagnetic materials under high pressure in a diamond-anvil cell:A magnetic study * Wang Xin(王 鑫) a)b) , Hu Tian-Li(胡天立) a) , Han Bing(韩 冰) a) † , Jin Hui-Chao(靳会超) a) , Li Yan(李 岩) a)b) , Zhou Qiang(周 强) a)b) , and Zhang Tao(张 涛) a) ‡

Cited by 3 publications

References 30 publications

Effects of Fe additive on diamond crystallization from carbonyl nickel powders-C system under HPHT condition

Effects of Fe additive on diamond crystallization from carbonyl nickel powders-C system under HPHT condition

In Situ Measurement Techniques Using Diamond Anvil Cell at High Pressure–Temperature Conditions: A Review

In-situ magnetic measurements of substances under extreme conditions

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Product

Resources

About

Abstract: Ferromagnetic materials under high pressure in a diamond-anvil cell:A magnetic study * Wang Xin(王鑫) a)b) , Hu Tian-Li(胡天立) a) , Han Bing(韩冰) a) † , Jin Hui-Chao(靳会超) a) , Li Yan(李岩) a)b) , Zhou Qiang(周强) a)b) , and Zhang Tao(张涛) a) ‡