IJ Radiology
An Innovative Journal in the Field of Radiology
Scopus by Title (Ref)
1. Investigating TE effects on the relationship between signal intensity and PVP-grafted SPION concentration in T2-weighted Spin Echo imaging
- Nazarpoor M. , et al.
2. The Direction of Flow and Phase-encoding Schemes Effects on Signal Intensity in T1-weighted Inversion Recovery TurboFLASH Images
- Nazarpoor M. , et al.
4. Potential positive MRI contrast agent based on PVP-grafted superparamagnetic iron oxide nanoparticles with various repetition times
- Nazarpoor M. , et al.
5. Effect of flip angle on the correlation between signal intensity and different concentrations of iron oxide nanoparticles using T1-weighted turbo-FLASH inversion recovery sequence
- Gharehaghaji N. , et al.
6. Effect of inversion time on the linear correlation between polyethylene glycol coated iron oxide nanoparticles concentration and signal intensity in inversion recovery MRI pulse sequence
- Nazarpoor M. , et al.
7. Effect of iron oxide nanoparticles coating type on the relationship between nanoparticles concentration and signal intensity in inversion recovery T1-weighted MRI
- Gharehaghaji N. , et al.
8. The effect of inversion times on the minimum signal intensity of the contrast agent concentration using inversion recovery t1-weighted fast imaging sequence
- Nazarpoor M. , et al.
9. Non-uniformity of clinical head, head and neck, and body coils in magnetic resonance imaging (MRI)
- Nazarpoor M. , et al.
10. Effect of phase-encoding scheme on the relationship between contrast agent concentration and signal intensity on inversion recovery turbo fast low-angle shot T1-weighted images
- Nazarpoor M. , et al.
11. The effect of inversion time on the relationship between iron oxide nanoparticles concentration and signal intensity in T1-weighted MR images
- Saharkhiz H. , et al.
12. Comparison of maximum signal intensity of contrast agent on T1-weighted images using spin echo, fast spin echo and inversion recovery sequences
- Nazarpoor M. , et al.