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The performance of JBS (P, S) structure within threading dislocations-induced (GaN on PSS∼108cm−2) traps and in drift-diffusion simulations, including the critical electric field are studied. As the forward and reverse operation, the pillar-to-pillar of various diode lead to the lower turn-on voltage and high breakdown, respectively. Then, it is important to note that is not punch-through the drift layer to n+-GaN yet because that difference is attributed to whether the intrinsic or extrinsic C-dopants, results in the n−-type drift layer or p+-type with bias-dependent deletion region.

This article is a concise review of our efforts in understanding the biological functions of traction forces, particularly in relation to the detection of rigidity of adhesive materials by fibroblasts.

This paper deals with the experimental study on the insulation parameters characteristics of XLPE cable in the Course of its aging within CuSO4 electrolyte. The aging tests were performed on a section of 10kV transmission XLPE cable by means of water needle method. The insulation characteristic parameters such as insulation resistance, direct current component, capacitance, dielectric loss, mean discharge power, discharge frequency were found to be significantly dependent on the corresponding aging degree of insulation in the course of aging of XLPE cable, and different kind of aging stage has different characteristics, especially during the later period near to breakdown, the amplitude of them has a significantly change. Therefore, according to the changing regularity of the insulation characteristic parameters within XLPE judging the aging degree of XLPE insulation will be an effective method.