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The objective of this paper is to mine the useful information from anger and anger-in life events questionnaire, Eysenck Personality Questionnaire (EPQ) , State Trait Anger eXpression Inquiry (STAXI) Scale, Trait Coping Style Questionnair (TCSQ), Perceived Social Support Scale (PSSS) , anger and anger-in predisposition questionnaire, anger and anger-in Physiological State Questionnaire (PSQ) and a number of test indicator data, Look for associated factors, fumble rule, guide people to do early prevention and treatment. In this paper the forming process of FP-tree of the Emotional database is analyzed, the algorithm of structuring frequent model FP-tree and mining frequent itemsets are designed, the database information scanned is recorded by using FPTree growing algorithm through state-trees, frequent itemsets meet minimum support required are generated through reducing the search space of project sets and scanning database only one. The mine of all factors associated with emotional disease is actualized. The experiment shows strong factors associated with emotional disease can be mined from database system by the mining algorithm bases on FP-Tree frequent itemsets. The mining results can provide scientific basis for the analysis, prevention and treatment of symptoms.

This work deals with the variation of urinary metabolite of patients suffering from premenstrual syndrome (PMS) and the function of Jingqianping granules (JG) in intervening liver-Qi invasion by metabonomic. The metabonomic characteristics and the micromolecular marking compound, which are closely related to the pathogenesis of PMS liver-Qi invasion cases, are also investigated. PMS liver-Qi invasion cases are calibrated according to the diagnostic criteria, including criteria, and excluding criteria. The urine samples from PMS liver-Qi invasion patients are analyzed at different times using UPLC-Q-TOF in combination with PCA pattern analysis, followed by discrimination of the metabolic outline and searching for the possible biological tags and metabolic pathways. The metabolic outline of premenstrual urine samples has significant difference among the control group, the PMS liver-Qi invasion group, and the PMS liver-Qi invasion treatment group. The metabolic outline of premenstrual urine sample of the PMS liver-Qi invasion group diverges from the premenstrual and postmenstrual urine samples of the control group and the postmenstrual urine sample of the PMS liver-Qi invasion group. Compared with the control group, N-acetyl-2-glutamate-5-semialdehyde has decreased greatly in the N-acetyl-2-glutamate-5-semialdehyde liver-Qi invasion group, and histidine and 3-methoxy-4-hydroxymandelaldehyde have increased significantly. This research, for the first time, deals with the metabolic pattern differences between the control group and the administration group. It shows that JG may repair metabolic disturbance of endogenous micromolecules in PMS liver-Qi invasion cases in terms of metabonomics. It also demonstrates that symptoms present before menstruation in PMS patients and the characteristic of PMS is that the symptoms appear before menstruation and disappear after it among PMS liver-Qi invasion cases.

This work successfully used model rats with Pre-Menstrual Syndrome (PMS) liver-qi invasion and liver-qi depression in the early development days to detect the content levels of estradiol (E2), progesterone (P) and prolactin (PRL) in their blood serums and different encephalic regions, to explore the micro-mechanism of the syndrome of the liver failing to maintain the normal flow of qi. 40 rats with estrous cycles not in accepting time were selected and divided randomly into five groups: the normal control group, PMS liver-qi invasion model group, PMS liver-qi depression model group, PMS liver-qi invasion medication-administered group and PMS liver-qi depression medication-administered group. Emotional stimulation and multiple factors combination were used to prepare the PMS liver-qi invasion model. Chronic stress constraints were used to prepare the PMS liver-qi depression model. Jingqianping granules were administered to rats to interfere with the PMS liver-qi invasion mode, and Jingqianshu granules were administered to rats to interfere with the PMS liver-qi depression mode. Radioimmunity was used to determine the content levels of E2, P and PRL in the blood serum and centrum, and to compare and analyze the differences among the five groups. In the open-field experiment, the crossing scores, rearing scores and open-field experiment total scores of rats in the PMS liver-qi invasion model group increased remarkably (P

Objective To probe into the influence of changes of ovarian hormones on the pathogenesis of the specific sub-type premenstrual syndrome (PMS) and reveal partial microcosmic mechanisms of adverse flow of liver- qi . Methods Estradiol (E 2 ) and progesterone (P) levels in serum were determined at different phases of menstrual cycle by radioimmunoassay. Results In the group of PMS with adverse flow of liver- qi , the secretive peak value of E 2 and P at the follicular phase significantly decreased, and the secretive peak value at the luteal phase did not come into being. Conclusions Low E 2 and P secretive peak at the follicular phase and absence of secretive peak at the luteal phase is one of the microcosmic mechanisms of PMS with adverse flow of liver- qi . One of the pathophysiologic mechanisms of specific sub-type PMS is probably the continuous low level of E 2 and P.

An efficient and high-power diode-side-pumped cw 532 nm green laser based on a V-shaped cavity geometry, and capable of generating 22.7 W green radiation with optical conversion efficiency of 8.31%, has been demonstrated. The laser is operated with rms noise amplitude of less than 1% and with M2-parameter of about 6.45 at the top of the output power. This laser has the potential for scaling to much higher output power.

An efficient and high-power diode-laser single-end-pumped Nd:YVO4 laser with cw emission at 1342?nm is presented. With a crystal single-end-pumped by a fibre-coupled diode laser, an output power of 7.36?W is obtained from the laser cavity of concave-convex, corresponding to an optical-to-optical conversion efficiency of 32.8%. The laser is operated in TEM00 mode with small rms noise amplitude of 0.3%. This represents, to the best of our knowledge, the highest power obtained from a diode-laser single-end-pumped Nd:YVO4 cw laser at 1342?nm so far.

Recently, metamaterials have attracted considerable attention because of their unique properties and potential applications in many areas, such as in bio-sensing, imaging, and communication. Among these researches, the metamaterial absorber has aroused much interest of researchers. The metamaterial absorber is important due to a broad range of potential application to solar energy, sensing, coatings for reducing the reflection, and selective thermal emitters. As a two-dimensional honeycomb structure composed of a single layer carbon atom, graphene is a promising candidate for tuning metamaterials and plasmonic structures due to its unique properties which differ substantially from those of metal and semiconductors. In this paper, we propose a tunable terahertz absorber based on graphene complementary metamaterial structure by removing periodic cut-wires on the graphene meta-surface. On the basis of the tunability of graphene conductivity, the absorber possesses a frequency tunable characteristic resulting from the change of graphene Femi level by altering the applied voltage. Here, we mainly study the influences of Fermi level of graphene and the size of the structure on the absorption characteristic of this metamaterial absorber. We finally obtain the corresponding Femi level and structural size under the perfect absorption condition. In addition, we utilize the multiple reflection theory to explore the physical mechanism, and verify the feasibility of the simulation method at the same time. The research indicates that the absorber can achieve 99.9% perfect absorption at 1.865 THz when the graphene Femi level is 0.6 eV, the thickness of substrate is 13 m, and the length and width of slit are 2.9 m and 0.1 m, respectively. When graphene Femi level increases from 0.4 eV to 0.9 eV, the resonance frequency of the absorber is blue-shifted from 1.596 THz to 2.168 THz. Meanwhile, the absorption rate increases from 84.68% at 0.4 eV to a maximum value of 99.9% at 0.6 eV, then gradually decreases to 86.63% at 0.9 eV. The maximum modulation of the absorption rate is 84.55% by varying the Femi level. When the thickness of substrate increases, the resonant frequency is red-shifted. The resonant frequency is blue-shifted when both the width and the length of the cut-wire on graphene increase. On the basis of the proposed graphene meta-surface absorber, one can gain different resonant frequencies by adjusting the structure geometric size and graphene Femi level. The graphene complementary structure can also be designed into different patterns to achieve the purpose of practical application.

Temperature dependences of effective perpendicular anisotropy (PA) Ku and interface energy Ks for Co/X(Pt, Au, Ag, Ni) multilayer films (MFs) as well as of spontaneous magnetization Ms for Co/Pt and Co/Au MFs are reported. The dependence of Ks on T distinguishes between Co/Au, Co/Ni and Co/Pt, Co/Ag MFs, i.e., Ks of the former decreases with the increase of T, but it increases for the latter. Co/Pt MFs with the perpendicular anisotropy possess a large enhancement of Ms at low temperature, but there is not any enhancement for Co/Au MFs. We have discussed the source of PA in Co/Au and Co/Pt MFs and speculated that the strain due to the lattice mismatch may be the main cause of PA in Co/Au MFs, but it is not for Co/Pt MFs.

Civil aviation transportation industry is an important department of social economy, and plays an important role in the development of economy. The relationship of the development of civil aviation and economic growth has become research focus in research and industry field. This paper is based on the cointegration theory in econometrics, through establishing the long-run equilibrium equation and the error correction model, and adopting the statistics of Gross Domestic Product and the total turnover of air transport, in order to inculcate an empirical study on the relationship between the air transport and economic growth. The results show that economic growth can significantly promote the development of civil aviation, on the contrary, the development of civil aviation has a strong catalytic role on economic growth. Finally, the paper analyzes the reasons for the results, and gives some recommendations.

Scientific evaluation of the hub airport Competence is the important prerequisite and basis of enhancing the Competence of the hub airports. The paper first clearly defines and analyzes the conception and characteristics of the hub airports. Based on the critical success factors of the hub airports, the paper builds a hub airport Competence evaluation index system and establishes a multiple criteria decision making model as the evaluation approach. Finally, the paper selects four Chinese hub airports and five foreign hub airports which are of competitive relationship to conduct an empirical analysis.