Virtual Nuclear Magnetic Resonance Technology Teaching and Training SystemIt can simulate the entire process of magnetic resonance imaging, including several main aspects such as basic imaging sequence selection, data acquisition, K-space filling, and image reconstruction. After selecting the imaging sequence, raw layer, and imaging technique parameters in the interface, corresponding information such as data acquisition process, K-space filling, and reconstructed images can be obtained.

Virtual Nuclear Magnetic Resonance Technology Teaching and Training SystemEnable users to observe the varying degrees of impact of different sequence selections, parameter settings, and imaging tissues on magnetic resonance signals, K-space distribution, and image contrast, thereby gaining a better understanding of magnetic resonance imaging technology.

Nuclear Magnetic Resonance Technology Teaching SystemMain applications

1. Virtual implementation of sequence selection, parameter adjustment, data acquisition, K-space filling, and image reconstruction functions;

2. Can simulate the effects of magnetic field non-uniformity and electronic noise;

3. Realize virtual acquisition of different imaging technologies:

Gradient echo imaging

T2 weighted image

- FSE rapid imaging

......

Nuclear Magnetic Resonance Technology Teaching SystemMain functions:

1. Virtual implementation of sequence selection, parameter adjustment, data acquisition, K-space filling, and image reconstruction functions;

2. Can simulate the effects of magnetic field non-uniformity and electronic noise;

3. Can achieve fat suppression imaging;

4. Can achieve water suppression imaging;

5. Realize rebound point imaging technology;

Product advantages:

1. Can avoid the disadvantage of long instrument collection time;

2. Can avoid high hardware requirements;

3. Can avoid the influence of gradient eddies;

4. On the premise of meeting teaching needs, greatly reducing instrument costs.