GTS GUN

In this comprehensive analysis, the properties of GTS.GUNYan9/1 and the behavior of sheds in electrical systems are examined. The updated gun performance exceeds 50 MV/m, reaching values of 10.07 MV/m and 12 MeV/m. A shed with dimensions r1=1 cm, r2=2.5 cm, and r3=9.5 cm experiences electric fields of 9.5 MV/m and 8 MV/m. Various sheds with different gaps demonstrate a range of electric field strengths. The potential along the insulator surface is explored, shedding light on the distribution of electrical potential. Shed dimensions are outlined in detail, providing insights into the structural components of the electrical system.

• Analysis
• Electrical Systems
• Sheds
• Potential
• Insulator

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Uploaded on Feb 16, 2025 | 0 Views

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Presentation Transcript

1. GTS GUN Yan 9/1

2. Updated Gun E > 50 MV/m E = 10.07 MV/m E = 12 MeV/m

3. A Good Shed r1 = 1 cm r2 = 2.5 cm r3 = 9.5 cm 9.5 MV/m r1 r2 Gap r3 E = 8 MV/m 10.5 MV/m

4. 1 mm gap between shed and brazing It works

5. Shed 9.5 MV/m 7 MV/m 10 MV/m 10.8 MV/m 8 MV/m 9.5 MV/m 7 MV/m 8 MV/m Gap = 1 mm

6. Shed a 9.5 MV/m 9.3 MV/m

7. Sheds with different gaps z 8.6 MV/m 9.4 MV/m 9.0 MV/m 10.6 MV/m 7.99 MV/m 8.0 MV/m Gap = 0.5 mm Gap = 2.0 mm Gap = 1.0 mm

8. Potential along the insulator surface 2

9. Shed dimensions (cm) Po1: x=4.6, y=11.8 Po2: r=0.5, theta=150, x0=5.1, y0=11.8 Po3: x=5.4, y=12.8 Po4: r=0.5 , theta=-5, x0=5, y0=13.1 Po5: x=6.043, y=15.293 Po6: r=1, theta=90, x0=7, y0=15 Po7: r=2.5 , theta=-45, x0=7, y0=13.5 Po8: x=5.2, y=8.0 Po9: x=5.2, y=5.68 Po10: r=7.70128, theta=53.323 Gap = 0.1 6 5 4 3 2 1 7 8 Gap 9 10