Anisotropy of p-wave Josephson junction

Abstract

The anisotropy of the dc Josephson current in the superconducting junctions of the p-wave equal spin pairing symmetry is theoretically investigated by the Furusaki-Tsukada-like formula. The current phase relations exhibit different oscillation periods and different phase shifts for the current along different directions, respectively.

Preparation, Characterization Evaluation of Tanshinone IIA Lipid Microspere and Comparative Study of Pharmacokinetics with Sodium Tanshinone IIA Sulfonate Injection

“…Undeniable that the STS injection had solved the problem for water-solubility of Tan-IIA and had made a great contribution to the development of intravenous administration of Tan-IIA, but because of the structure of Tan-IIA was changed, resulting in its pharmacological effects in clinical practice having a certain degree of reduction [1,9]. At the same time the polarity of STS is far larger than Tan-IIA and it is impossible for STS to pass through the blood-brain barrier (BBB) [14], therefore it has some limitations for STS in the treatment of cerebral ischemic diseases. Additional, STS Injection will produce a slight Tan-IIA sulfonic acid precipitation for the hydrolysis of sodium in the long-term storage result in frequently local pain, skin rashes and other adverse reactions [15,16] and so the clinical application of STS injection has been severely constrained.…”

Evaluating Plain Concrete Flexural Toughness Using PCER Method

“…For example, the identify of initial crack point according to ASTM C1018 method is somewhat subjective, the contribution of fiber to toughness is not explicitly distinguished in JSCE SF4 method, RILEM TC162 method can not be used to plain or poorly reinforced concrete, and the information before the peak load is not fully used in PCS method. Based on the aforementioned flexural toughness evaluating methods, the author proposed a new flexural toughness evaluating method named PCER (post-crack energy ratio) method [6]. Comparing with the aforementioned flexural toughness evaluating methods, the PCER method has the properties of accuracy, simplicity and wide applicable scope.…”