dc resistivity การใช้

• At last , we verify the effect of proposed algorithm by applying it to the dc resistivity monitoring data
• Experimental measurements from different doped zn0 . 95cd0 . 05te < 110 > crystals suggest that the dc resistivity of the crystal for thz emitter application should be greater than 102o - cm
• 4 ) the thz resistivity of doped zn0 . 95cd0 . 05te < 110 > crystals changes with different doping following the similar way as the dc resistivity , which results in different thz wave generation efficiency
• Therefore , znte crystal has been the most common material for pulsed thz wave sensing and imaging applications . kai liu et al have studied < 110 > - oriented zn1 - xcdxte crystals with various composition ratios and different doping levels to find optimal materials " parameters for high performance thz radiation emitters . they explained their experimental results from the points of view of crystal quality and crystal dc resistivity
• Amendment 1 - insulating and sheathing materials of electric and optical cables - common test methods - part 5 - 1 : methods specific to filling compounds - drop point - separation of oil - lower temperature brittleness - total acid number - absence of corrosive components - permittivity at 23 c - dc resistivity at 23 c and 100 c