Superconducting magnet

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DX series Superconducting Magnet for sale:

Dexinmag is a world-renowned manufacturer specializing in the production of Superconducting Magnets.

Working Principle of the Superconducting magnet

What is a superconducting magnet?

A superconducting magnet is an electromagnet (coils made of superconducting material) manufactured using superconducting technology and can generate powerful magnetic fields, which have superconductivity and superconducting magnetism at low temperatures.

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Applications of Dexinmag Superconducting magnets

The Dexinmag company masters the core technology of superconducting magnets and ultra-low temperature, and has unique technical expertise and rich engineering experience in design and manufacturing; Our products are widely used in many fields such as military industry, medical care, scientific instruments, semiconductors, and large-scale scientific engineering.

They are used in MRI instruments in hospitals, and in scientific equipment such as NMR spectrometers, mass spectrometers, fusion reactors and particle accelerators.

Gyrotron superconducting magnet

The gyrotron superconducting magnet is the core component of the electronic rotation resonance system. The products are widely used in radar, electronic confrontation, controlling thermal nuclear polytage, microwave weapons and medical care. In order to ensure the output efficiency of the resonance system, the same axis requirements of the magnetic body are extremely high, and the same axis deviation requires <0.1mm. DEXINMAG products include the magnetic field strength 1T ~ 9T no liquid helium gyrotron superconducting magnet, which can be customized according to the customer's magnetic field position.

Core Technology	Our indicators
Magnetic field optimization design technology	Magnetic field uniformity (P-P): <8PPM@ 50cm DSV;
Dynamic magnetic technology	The magnet is not damaged under 20g acceleration, and the magnet is stable running under the impact of 10g acceleration;
Superconducting joint process	Magnetic field stability: <0.05ppm/h;
Low -temperature system technology	Little liquid, liquid -free low temperature technology, 2K low -temperature technology;
High -field, ultra -high -field composite superconducting magnetic technology	The dry 2T ~ 14T magnet has been standardized, 15T research and development.

Scientific research superconducting magnet

The Dexinmag team has more than 15 years of experience in the thread tube supercorbe magnet. The strength of the standard snail tube magnetic field can be up to 14 T. The split -type superconducting magnet can achieve up to 7T magnetic field strength, which meets various applications such as neutron scattering and spectral experiments. The vector magnet can provide vector magnetic fields tilted or rotated in the two -dimensional or three -dimensional direction, creating more possibilities for strong magnetic field experiments.

Low -temperature strong magnetic system

The low -temperature strong magnetic system can provide a very low temperature (<1.6 k) test environment. The low -temperature system can be matched with a maximum 14T thread tube superconducting magnet or a maximum 9T/1T/1T three -dimensional vector superconducting magnet. Combined with various types of test sample rods and testing systems, it can be achieved in the low -temperature strong magnetic field environment. The material transmission, thermal transportation, the properties of the dielectric, and the magnetoelectric coupling of the material can be achieved.

Proton therapy superconducting magnet

Proton and heavy ions are the most advanced radiotherapy technology in the world. Dexinmag's superconducting magnetic technology in the proton therapy system, superconducting the superconducting the treatment rack superconducting magnet, can provide miniaturized and lightweight magnet solutions.

Home > Magnetic Field Source > Superconducting Magnet > Product Introduction

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Superconductivity of Superconducting magnet

When the temperature drops below a certain critical temperature(Tc), the resistivity of the material suddenly drops to zero, for mercury:

Tc=4.2K (-268.9°C)

Superconducting magnetism of Superconducting magnet

The maximal magnetic field achievable in a superconducting magnet is limited by the field at which the winding material ceases to be superconducting, its "critical field", Hc

Hc=Hc(0)[1-T²/T²c]

The working principle of superconducting magnets mainly involves two key effects related to the superconducting state: zero resistance effect and Meissner effect. They are independent of each other.

Superconductivity - zero resistance effect: Zero resistivity ρ=0 (≤10⁻¹⁵Ωm); Conductivity is infinite σ → ∞. When the temperature of a superconducting material is lower than the critical temperature, current can flow inside the superconductor with zero impedance. This is because the electron pairs of the superconducting material combine in the form of Cooper pairs, forming a state called "superfluid".

Superconducting magnetism - Meissner effect: The magnetic induction intensity inside the superconductor is zero B=0.

Meissner effect of Superconducting magnet

1. It has nothing to do with the external magnetic field process. If there is a magnetic field inside the material, the magnetic field will be discharged after entering the superconducting phase; if the object is originally in a superconducting state, the external magnetic field cannot enter the superconductor.

2. The external magnetic field must be less than the critical magnetic field.