36,794 research outputs found

    Study on Jiyu Transliteration in \ue3Liuqiu Ru Xue Jian Wen Lu\ue3

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    Abstract This study focuses on Jiyu research in \ue3Liuqiu Ru Xue Jian Wen Lu\ue3, which was written in the Qing Period. Chapter 1 describes the primary research results, which are the background investigation of completing\ue3Liuqiu Ru Xue Jian Wen Lu\ue3, literature arrangement of other scholars' Jiyu research in \ue3Liuqiu Ru Xue Jian Wen Lu\ue3, and the criteria of choosing reference books. Chapter 2 explains the research procedures of Jiyu, expounds the meaning of Jiyu in this research, and restores the possiblepronunciation about Liuqiu speech of Jiyu in this study. Chapter 3 sorts the correspondence between Jiyu and initial consonant, and tabulate research results for reference. Chapter 4 is similar to Chapter 3, sorts the correspondence between Jiyu Vowel and rime, and also tabulate research results for reference. Chapter 5 summarize all the results of this study

    Superdeformed triaxial band in 167^{167}Lu

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    A new rotational band has been observed in 167^{167}Lu by 152^{152}Sm (19^{19}F,4n)reaction at the HI-13 tandem accelerator of CIAE in Beijing. The high spin transition energies of the new band are almost identical to the triaxial superdeformed bands recently discovered in 163^{163}Lu and 165^{165}Lu. This new band is predicted as a triaxial superdeformed band by total routhian surface calculations

    Wavelength Tunability of a Coupler and Air-Gap Etalon Controlled High-Efficiency LL-Band Mode-Locked Erbium-Doped Fiber Laser

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    Mode-locked erbium-doped fiber laser with a full -band wavelength tunability from 1567 to 1612 nm by controlling the ratio of its output coupler is demonstrated, which exhibits intracavity gain of 34 dB and maximum output power of 91 mW. The dual-wavelength (980 and 1480 nm) bidirectional pumping scheme enhances quantum efficiency and power conversion ratio to 42% and 37%, respectively. Continuous-wave lasing linewidth of 0.02 nm is obtained with the introduction of an intracavity air-gap Fabry–Pérot filter made by polishing the fiber connector end. A 45-nm wavelength tunablility with pulsewidth of 2.4 ps and linewidth of 6.8 nm are observed under mode-locking regime. Tuning resolution of 0.3 nm and wavelength-dependent power variation of <1.2 dB are also reported

    Replication Data for: Prominent precession-band variance in ENSO intensity over the last 300,000 years

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    Simulations: ORB(run1), ORB+GHG(run2), ORB+GHG+ICE(run3) Time step: every 10 model years (or 1000 accelerated years) Variables: [in Fig.1] Obliquity, Precession, eqvCO2, IceVolumn, SST*3, Tsub*3, Tn_s*3, ENSO*3, AnnCyc*3; [in Fig 2] Obliquity, Precession, eqvCO2, SST*3, Tsub*3, ENSO*3, AnnCyc*3; [in Fig.3] BJ*3, all BJ terms in BJ1; [in Fig.4] eqvCO2, IceVolumn, ENSO*3, AnnCyc*3. Ref: Lu Z, Liu Z, Chen G and Guan J, 2019, Prominent precession-band variance in ENSO intensity over the last 300,000 years, Geophys Res Lett. For any question, please contact: [email protected]

    Replication Data for: Prominent precession-band variance in ENSO intensity over the last 300,000 years

    No full text
    Simulations: ORB(run1), ORB+GHG(run2), ORB+GHG+ICE(run3) Time step: every 10 model years (or 1000 accelerated years) Variables: [in Fig.1] Obliquity, Precession, eqvCO2, IceVolumn, SST*3, Tsub*3, Tn_s*3, ENSO*3, AnnCyc*3; [in Fig 2] Obliquity, Precession, eqvCO2, SST*3, Tsub*3, ENSO*3, AnnCyc*3; [in Fig.3] BJ*3, all BJ terms in BJ1; [in Fig.4] eqvCO2, IceVolumn, ENSO*3, AnnCyc*3. Ref: Lu Z, Liu Z, Chen G and Guan J, 2019, Prominent precession-band variance in ENSO intensity over the last 300,000 years, Geophys Res Lett. For any question, please contact: [email protected]

    Effects of Antidepressants

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    Over the last fifty years, many studies of psychiatric medication have been carried out on the basis of psychopharmacology. At the beginning, researchers and clinicians found the unexpected effectiveness of some medications with therapeutic effects in anti-mood without knowing the reason. Next, researchers and clinicians started to explore the mechanism of neurotransmitters and started to gain an understanding of how mental illness can be. Antidepressants are one of the most investigated medications. Having greater knowledge of psychopharmacology could help us to gain more understanding of treatments. In total ten chapters on various aspects of antidepressants were integrated into this book to help beginners interested in this field to understand depression

    Dual-band electromagnetic band gap structure for noise isolation in mixed signal SiP

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    A compact dual-band electromagnetic band-gap (EBG) structure is proposed. It is shown through numerical simulation using 3D full wave solver that by adding a slit to the classical mushroom shape an extra resonance is introduced and thus dual-band EBG structures can be built by cascading these new elements. It is also demonstrated that this novel approach can be used to isolate noise in a system such as a dual band transceiver integrated into a mixed signal system in a package. Finally, equivalent circuits have been established to aid the design process

    Effects of Antidepressants

    No full text
    Over the last fifty years, many studies of psychiatric medication have been carried out on the basis of psychopharmacology. At the beginning, researchers and clinicians found the unexpected effectiveness of some medications with therapeutic effects in anti-mood without knowing the reason. Next, researchers and clinicians started to explore the mechanism of neurotransmitters and started to gain an understanding of how mental illness can be. Antidepressants are one of the most investigated medications. Having greater knowledge of psychopharmacology could help us to gain more understanding of treatments. In total ten chapters on various aspects of antidepressants were integrated into this book to help beginners interested in this field to understand depression
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