1. For a specimen V3Ga, the critical fields are respectively 1.4 x 105A/m and 4.2 x 105A/m for 14K and 13K. Calculate the transition temperature and critical fields at 0K and 4.2K
1. For a specimen V3Ga, the critical fields are respectively 1.4 x 105A/m and 4.2 x 105A/m for 14K and 13K. Calculate the transition temperature and critical fields at 0K and 4.2K
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1. For a specimen V3Ga, the critical fields are respectively 1.4 x 105A/m and 4.2 x 105A/m for 14K and 13K. Calculate the transition temperature and critical fields at 0K and 4.2K
2. Estimate the London penetration depth from the following data: critical temperature = 3.7K; Density = 7.3 x 103kg/m3; Atomic weight = 118.7 and effective mass m*=1.9me(kg)
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