@ridexio: а ведь самый прикол в том что я Яп. озвучке озвучивал ос Годжо Сатору:) #годжосатору #флинс #геншин #аниме #hoyo #fyp #on #edits #hoyoverse #genshin #flins

Wizeyt

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Thursday 15 January 2026 20:56:32 GMT

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ZEAN_RED :

выглядит как очередной босс который отлетает от пары тычек

2026-01-16 05:40:49

78

Fresh :

канон, его на японском ва годжо озвучивал

2026-01-16 08:09:43

299

yuta :

2026-01-16 08:30:03

6

Алкоголик 3 степени :

А ведь ряльно запечатали

2026-01-16 19:31:51

5

Кириешка :

Ирония еще в том, что ва флинса и годжо это один человек

2026-01-16 11:47:18

33

⁰³Чебоксары(!)フΨ@ :

ХВХВХАХАХ ОН ТАК ВЗЛЕТЕЛ УГАРНО

2026-01-15 21:29:49

87

Стэйк | 𝐃𝐎 𝐈𝐓 🍷🖤 :

ХАХАХАХАХАХХА спасибо что распечатали потом

2026-01-30 12:57:35

1

(^-^)／＼(^-^)／＼(^-^) :

Я СПЕЦИАЛЬНО ХОТЕЛА ОТДАТЬ ГГ ВМЕСТЕ ЛАУМЫ НО ОН ЗАБРАЛ ЕЁ ТОГДА КОГДА Я НЕ НЕЁ НА СЕКНДУ ПЕРЕКЛЮЧИЛСЯ...

2026-01-16 15:04:19

2

bob[kk]☮ :

у меня там 2 раза лаума побвала

2026-01-16 08:56:06

3

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This One Man Wore Something He Shouldn’t Have in an MRI #brave. An MRI (Magnetic Resonance Imaging) magnet is an exceptionally powerful and sophisticated piece of medical technology used for non-invasive imaging of the body's internal structures. The strength of an MRI magnet is measured in Tesla units, and the magnets used in clinical settings can be incredibly powerful. Power of an MRI Magnet: Tesla Strength: MRI magnets are classified based on their magnetic field strength, often measured in Tesla (T). High-field MRI magnets can range from 1.5T to 7T, with higher Tesla values providing clearer and more detailed images. That is around 7000 fridge magnets acting all at once. Clinical Standards: The most common clinical MRI machines operate at 1.5 Tesla or 3 Tesla. These powerful magnets generate a magnetic field thousands of times stronger than the Earth's magnetic field. Alignment of Hydrogen Atoms: The strong magnetic field of an MRI magnet aligns the hydrogen atoms in the body's tissues. Radiofrequency pulses are then used to disrupt this alignment temporarily. Radiofrequency Signal Detection: As the aligned hydrogen atoms return to their original position, they emit radiofrequency signals. These signals are detected by the MRI machine and used to create detailed cross-sectional images. Resolution and Image Quality: The strength of the MRI magnet directly influences the resolution and image quality. Higher Tesla values allow for better visualization of anatomical structures and pathology. Clinical Applications: High-field MRI magnets are crucial for various clinical applications, including brain imaging, musculoskeletal studies, cardiovascular assessments, and cancer detection. Research and Advanced Imaging: Research facilities may utilize ultra-high-field MRI magnets with strengths exceeding 7 Tesla for advanced imaging studies and scientific investigations. Patient Comfort: Despite their strength, modern MRI machines are designed to provide a comfortable and safe environment for patients. Open-bore and short-bore configurations enhance patient experience during imaging. Hashtags: #MRIMagnet #MagneticResonanceImaging #MedicalTechnology #TeslaStrength #ClinicalImaging #DiagnosticRadiology #HighFieldMRI #MedicalInnovation #CrossSectionalImaging #PatientCare #RadiologyInsights #HealthcareTechnology #DetailedImaging #MedicalScience #DiagnosticAccuracy #ResearchInnovation #AnatomicalVisualization #PowerfulMagnets #HealthcareAdvancements #MRIResolution #CuttingEdgeMedicine #fyp #fypシ #medicine

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