A novel rotating experimental platform in a superconducting magnet

Da Chen; Hui Ling Cao; Ya Jing Ye; Chen Dong; Yong Ming Liu; Peng Shang; Da Chuan Yin

doi:10.1063/1.4960127

A novel rotating experimental platform in a superconducting magnet

Da Chen, Hui Ling Cao, Ya Jing Ye, Chen Dong, Yong Ming Liu, Peng Shang, Da Chuan Yin

School of life sciences

Research output: Contribution to journal › Review article › peer-review

3 Scopus citations

Abstract

This paper introduces a novel platform designed to be used in a strong static magnetic field (in a superconducting magnet). The platform is a sample holder that rotates in the strong magnetic field. Any samples placed in the platform will rotate due to the rotation of the sample holder. With this platform, a number of experiments such as material processing, culture of biological systems, chemical reactions, or other processes can be carried out. In this report, we present some preliminary experiments (protein crystallization, cell culture, and seed germination) conducted using this platform. The experimental results showed that the platform can affect the processes, indicating that it provides a novel environment that has not been investigated before and that the effects of such an environment on many different physical, chemical, or biological processes can be potentially useful for applications in many fields.

Original language	English
Article number	084302
Journal	Review of Scientific Instruments
Volume	87
Issue number	8
DOIs	https://doi.org/10.1063/1.4960127
State	Published - 1 Aug 2016

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title = "A novel rotating experimental platform in a superconducting magnet",

abstract = "This paper introduces a novel platform designed to be used in a strong static magnetic field (in a superconducting magnet). The platform is a sample holder that rotates in the strong magnetic field. Any samples placed in the platform will rotate due to the rotation of the sample holder. With this platform, a number of experiments such as material processing, culture of biological systems, chemical reactions, or other processes can be carried out. In this report, we present some preliminary experiments (protein crystallization, cell culture, and seed germination) conducted using this platform. The experimental results showed that the platform can affect the processes, indicating that it provides a novel environment that has not been investigated before and that the effects of such an environment on many different physical, chemical, or biological processes can be potentially useful for applications in many fields.",

author = "Da Chen and Cao, {Hui Ling} and Ye, {Ya Jing} and Chen Dong and Liu, {Yong Ming} and Peng Shang and Yin, {Da Chuan}",

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T1 - A novel rotating experimental platform in a superconducting magnet

AU - Chen, Da

AU - Cao, Hui Ling

AU - Ye, Ya Jing

AU - Dong, Chen

AU - Liu, Yong Ming

AU - Shang, Peng

AU - Yin, Da Chuan

PY - 2016/8/1

Y1 - 2016/8/1

N2 - This paper introduces a novel platform designed to be used in a strong static magnetic field (in a superconducting magnet). The platform is a sample holder that rotates in the strong magnetic field. Any samples placed in the platform will rotate due to the rotation of the sample holder. With this platform, a number of experiments such as material processing, culture of biological systems, chemical reactions, or other processes can be carried out. In this report, we present some preliminary experiments (protein crystallization, cell culture, and seed germination) conducted using this platform. The experimental results showed that the platform can affect the processes, indicating that it provides a novel environment that has not been investigated before and that the effects of such an environment on many different physical, chemical, or biological processes can be potentially useful for applications in many fields.

AB - This paper introduces a novel platform designed to be used in a strong static magnetic field (in a superconducting magnet). The platform is a sample holder that rotates in the strong magnetic field. Any samples placed in the platform will rotate due to the rotation of the sample holder. With this platform, a number of experiments such as material processing, culture of biological systems, chemical reactions, or other processes can be carried out. In this report, we present some preliminary experiments (protein crystallization, cell culture, and seed germination) conducted using this platform. The experimental results showed that the platform can affect the processes, indicating that it provides a novel environment that has not been investigated before and that the effects of such an environment on many different physical, chemical, or biological processes can be potentially useful for applications in many fields.

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SN - 0034-6748

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A novel rotating experimental platform in a superconducting magnet

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