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编写诗乐大音乐史的理想与实际困难:我的个人体会

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黄钟（武汉音乐学院学报） 2024年第2期 6-13,167页

作者： [美]林萃青美国密歇根大学音乐学院安娜堡MI48109 中国音乐学院

该文是作者基于在《牛津手册:中国与海外华人音乐》中发表的“中国人为什么、又如何唱《诗经》歌曲?”(Why and How Do Chinese sing shijing songs?),以及正在写作的《孔子之歌:中国诗乐的大历史描述》(Confucius's songs:A Global His... 详细信息

该文是作者基于在《牛津手册:中国与海外华人音乐》中发表的“中国人为什么、又如何唱《诗经》歌曲?”(Why and How Do Chinese sing shijing songs?),以及正在写作的《孔子之歌:中国诗乐的大历史描述》(Confucius's songs:A Global History of Chinese shiyue)一书有关编写诗乐大音乐史的理论建构和相关思考。作者突破了对传统诗乐历史认知的框架,以“大历史”的理念观照诗乐和格里高利圣咏历史发展的异同,为当今理解诗乐提供了新路径。

关键词：诗经诗乐大历史大音乐史格里高利圣咏

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中国诗乐原真表演的多样性及其建设性分析与论证

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音乐探索 2024年第3期 3-13页

作者：林萃青美国密歇根大学音乐学院

作者指出,《诗经》不单是一部从孔子时代就延绵不断地被传承到现在的中国经典,也是中国历史、文化、文学和歌舞表演交汇发展的一个代名词;《诗经》歌词不单是优美的诗篇,也是中国先人的社会生活、个人感受的历史纪事。它保留了不少先秦... 详细信息

作者指出,《诗经》不单是一部从孔子时代就延绵不断地被传承到现在的中国经典,也是中国历史、文化、文学和歌舞表演交汇发展的一个代名词;《诗经》歌词不单是优美的诗篇,也是中国先人的社会生活、个人感受的历史纪事。它保留了不少先秦歌舞礼仪表演的印记,明确说明《诗经》表演是文字歌舞三位一体的多媒体表演艺术。文章通过原真表演的概念及其中国实践、诗乐表演的文献资料及其宏观微观解读、诗经歌曲表演的历史和表演方式的分类,以及现代诗乐表演原真表现的分类与评估几个部分,思考和探讨了重新听到看到先秦《诗经》歌舞表演原真面目的理论架构与实践的可能性。期待《诗经》能够以多样多义的原真形态重现于21世纪的当下。

关键词：《诗经》诗乐先秦乐舞古乐的原真性表演

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TCR-pMHC:Envisioning the specialized dynamics of the target 5-component complex

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Cellular & Molecular Immunology 2022年第6期19卷 657-659页

作者： joseph s.Murray Xenolaüs Genetics LLC Los AngelesCA90024USA

The mechanosensor theory of TCR function holds theα/βcomponent of the T-cell antigen receptor complex ultimately responsible for adaptive immunity[1,2,3].T-cell motility is envisioned to provide a force necessary to slow TCR dynamics as it sits on the pMHC ligand of an antigen presenting cell[1],which theoretically allows the TCR to discriminate different pMHC structures,principally by the so-called catch bonds(mostly H-bonds)at the interfaces of the 5-component complex(i.e.,TCRα/TCRβ/peptide/MHC-IIα(or,MHC-heavy-chain)/MHC-IIβ(or MHC-light-chain)[1,2,3,4].

关键词： component TCR complex

TCR-pMHC: may the force be of you?

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Cellular & Molecular Immunology 2021年第7期18卷 1622-1623页

作者： joseph s.Murray Xenolaüs Genetics LLC Los AngelesCA90024USA

Theα/βcomponent of the T-cell antigen receptor(TCR)is a transmembrane heterodimer containing genetically variable(V)domains and constant domains within each polypeptide chain.1 The Vαand Vβdomains bind with a clonally unique(clonotypic)interface angle,2 and the complementary determining regions(CDR1,CDR2,and CDR3)manifest as‘loops’between anti-parallelβ-strands of the overall sandwich ofβ-sheets with a central disulfide *** with immunoglobulins,the CDR1 and CDR2 loops are encoded in the germline via the particular V-region DNA segment involved in the RAG1/RAG2 recombination mechanism responsible for somatic construction,together with the D-and/or J-segment,of the third loop,CDR3.1,3 As shown by multiple solved X-ray crystallography structures,the CDRs contain the closest amino acid(a.a.)contacts with the peptide(p)plus the major histocompatibility complex(MHC)protein(together abbrev.,pMHC)composite *** rigorous selection in the thymus for only those TCRs that should function properly in the particular individual after birth(MHC restriction),4 T cells function clonally as well,i.e.,different T-cell clones display differential responses to not only different pMHC ligands but also perhaps more importantly,to the same pMHC ligands.5,6 A long-standing question is how(not whether)TCR V-domain binding to pMHC is ultimately responsible for such vast biological outcomes as protection *** to infectious diseases,atopy,the onset of autoimmune diseases,and the success of various types of transplantation.

关键词： properly sandwich rigorous

Effect of hydrostatic pressure and polaronic mass of the binding energy in a spherical quantum dot

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Chinese Physics B 2015年第11期24卷 92-97页

作者： A.Rejo Jeice sr.Gerardin Jayam K.s.joseph Wilson Department of Physics Annai Velankanni College Department of Physics Holy Cross College Departmant of Physics Arul Anandar College (Autonomous)

simultaneous effect of hydrostatic pressure and polaronic mass on the binding energies of the ground and excited states of an on-center hydrogenic impurity confined in a GaAs/GaA1As spherical quantum dot are theoretically investigated by the variational method within the effective mass approximation. The binding energy is calculated as a function of dot radius and pressure. Our findings proved that the hydrostatic pressure led to the decrease of confined energy and the increase of donor binding energy. Conduction band non-parabolicity and the polaron masses are effective in the donor binding energy which is significant for narrow dots not in the confined energy. The maximum donor binding energy achieved by the polaronic mass in the ground and excited states are 2%-19% for the narrow dots. The confined and donor binding energies approach zero as the dot size approaches infinity.

关键词： spherical quantum dot square well confinement confined energies effective mass approximation

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Landmarks and new frontiers of computational fluid dynamics

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Advances in Aerodynamics 2019年第1期1卷 96-131页

作者： joseph J.s.shang Wright state University 3640 Colonel Glenn HighwayDaytonOH 45435-0001USA

A narrative of landmarks in computational fluid dynamics(CFD)is presented to highlight the cornerstone *** accomplishments starting from the very beginning of the coherent development until the most recent progress will be elucidated over the span over more than six ***,the cuttingedge scientific innovations will also be discussed for their lasting impacts to fluid dynamics and the physics-based modeling and simulation *** traverse such a vast domain over time by a single presentation,numerous and excellent contributions to CFD will be unavoidably *** it is my ardent hope that the present discussion will be able to reaffirm excellence in research and to identify new frontiers for scientific ***,the challenges to future innovations will also be delineated to recommend for potential and fertile research areas for the modeling and simulation science.

关键词： Computational fluid dynamics Numerical algorithms Turbulence Interdisciplinary computational fluid dynamics

Carcinogenesis of nasopharyngeal carcinoma:an alternate hypothetical mechanism

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Chinese Journal of Cancer 2016年第1期35卷 26-34页

作者： sharon shuxian Poh Melvin Lee Kiang Chua joseph T.s.Wee Division of Radiation Oncology National Cancer Centre11 Hospital Drive Duke-NUs Graduate Medical school

Current proposed mechanisms implicate both early and latent Epstein-Barr virus(EBV)infection in the carcinogenic cascade,whereas epidemiological studies have always associated nasopharyngeal carcinoma(NPC)with early childhood EBV infection and with chronic ear,nose,and sinus ***,most patients with NPC present with IgA antibody titers to EBV capsid antigen(VCA-lgA),which can precede actual tumor presentation by several *** early childhood EBV infection indeed constitutes a key event in NPC carcinogenesis,one would have to explain the inability to detect the virus in normal nasopharyngeal epithelium of patients at a high risk for EBV *** is perhaps possible that EBV resides within the salivary glands,instead of the epithelium,during *** claim is indirectly supported by observations that the East Asian phenotype shares the characteristics of an increased susceptibility to NPC and immature salivary gland morphogenesis,the latter of which is influenced by the association of salivary gland morphogenesis with an evolutionary variant of the human ectodysplasin receptor gene(EDAR),*** the immature salivary gland represents a more favorable nidus for EBV is uncertain,but in patients with infectious mononucleosis,EBV has been isolated in this anatomical *** presence of EBV-induced lymphoepitheliomas in the salivary glands and lungs further addresses the possibility of submucosal spread of the *** to the fact that the fossa of Rosen Muller contains a transformative zone active only in the first decade of life,one might be tempted to speculate the possibility of an alternative carcinogenic cascade for NPC that is perhaps not dissimilar to the model of human papillomavirus and cervical cancer.

关键词： Nasopharyngeal carcinoma, Carcinogenesis, Epstein-Barr virus, Transformation zone, Toll-like receptor 8(TLR8), EDAR gene, HLA

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High-enthalpy hypersonic flows

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Advances in Aerodynamics 2020年第1期2卷 373-411页

作者： joseph J.s.shang Hong Yan Wright state University 3640 Colonel Glenn HighwayDaytonOH 45435USA school of Power and Energy Northwestern Polytechnical University127West Youyi RoadXi’an 710072China

Nearly all illuminating classic hypersonic flow theories address aerodynamic phenomena as a perfect gas in the high-speed range and at the upper limit of continuum gas *** hypersonic flow is quantitatively defined by the Mach number independent principle,which is derived from the asymptotes of the Rankine-Hugoniot ***,most hypersonic flows encounter strong shock-wave compressions resulting in a high enthalpy gas environment that always associates with nonequilibrium thermodynamic and quantum chemical-physics *** this circumstance,the theoretic linkage between the microscopic particle dynamics and macroscopic thermodynamics properties of gas is *** the air mixture is ionized to become an electrically conducting medium,the governing physics now ventures into the regimes of quantum physics and ***,the hypersonic flows are no longer a pure aerodynamics subject but a multidisciplinary *** order to better understand the realistic hypersonic flows,all pertaining disciplines such as the nonequilibrium chemical kinetics,quantum physics,radiative heat transfer,and electromagnetics need to bring forth.

关键词： Hypersonic flow Nonequilibrium chemical kinetics Ionization Quantum mechanics Electromagnetics Radiation

Preliminary studies on the lichens growing in FEEDs campus and sB garden in Manipur,India

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studies in Fungi 2020年第1期5卷 392-399页

作者： Nayaka s joseph s Ngangom R Tilotama K Arnold PK Lichenology Laboratory CSIR-National Botanical Research InstituteRana Pratap MargLucknow 226001Uttar PradeshIndia Foundation for Environment and Economic Development services(FEEDs) HengbungKangpokpi-795129ManipurIndia

In our continuous effort to explore the lichens in new and interesting areas FEEDs campus and sBG garden located in Manipur,a north-eastern state of India are *** study resulted in 47 species in FEEDs campus and 80 species in sB garden respectively,while both areas shared 22 species in *** crustose lichens were more dominant in the area represented by Graphidaceae(16 spp.)and Pyrenulaceae(15 spp.).The species composition in both the sites represented photophilic communities such as graphidaceous,physcioid and parmelioid *** campus had open areas with cultivated plants where as sBG garden had semi-evergreen forest at its initial stage of *** study also added 55 lichen species as new distributional records to Manipur.

关键词： Biodiversity Lichenized fungi Mycobiota North east India Taxonomy