751,482 research outputs found
Wang Shuo and the commercialisation of contemporary Chinese culture
Full text linkThis thesis examines the commercialisation of Chinese culture that has taken place over the past twenty years in mainland China. It explores the contribution of Wang Shuo, a cultural figure who straddles different fields of culture, moving from literature to the ultimate mass culture medium of television, this study plots Wang Shuo' s development from educational failure, to business failure, to fiction writer, film & TV editor, film director and cultural critic and analyst. His stories, films, TV series and articles have caused shock-waves throughout national cultural circles as he has transformed the terms of the debate from academic discourse to a validation of the role of the market in the culture field. Although Wang Shuo has not been labelled as a dissident, his approach to the culture market has had a more subversive effect on official ideology that those overt dissidents who have had to live in exile or have been imprisoned. He has utilised the language of official ideology to satirise the authorities, turning the ideology and its supporters into figures of fun. Yet his own goals have been strictly personal and economic ones. The authorities recognize the value of Wang Shuo's work in the cultural market but at the same time distrust his works and place him under strict censorship. Examining the way Wang Shuo and people surround him have succeeded in different fields of cultural achievement is a mirror to understanding the process of the transformation of contemporary Chinese culture from a socialist state-controlled culture to a market-oriented mass culture industry
Wang Meng and contemporary Chinese literature: the vicissitudes of a committed writer
Full text linkThis thesis examines the way Wang Meng has developed as a writer from the 1950s to the 1990s in the context of New China's political and literary background. It looks at the compromises he was forced to make between his political beliefs in the Communist Party and his chosen role as a professional writer. After his disastrous early foray into what was deemed to be unacceptable political criticism with The Young Newcomer in the Organisation Department in the 1950s, when the opportunity came to start publishing again in the late 1970s he was boldly innovative in style, helping to transform New Period literature, but conservative in content, sticking to politically acceptable topics. It was only with Hard Porridge in 1989 that he ventured again, and very successfully, into political comment. There is no outstanding leading writer in contemporary China, but Wang Meng is a leading contender for the title
Wang Li (1900-1986)
No full textWang Li (Wang Liaoyi) was one of the three most prominent linguists in China in the 20th century. He was born August 10, 1900, in what is now Bobai County of the Guangxi Zhuang Autonomous Area
Total synthesis of the fumiquinazoline alkaloids: Solid-phase studies
No full textWe have previously described an efficient four-step synthesis of the fumiquinazoline alkaloids (Wang, H.; Ganesan, A. J. Org. Chem. 1998, 63, 2432-2433). Here, we demonstrate that this route is readily adaptable to combinatorial synthesis on solid phase. Linear tripeptides containing a central anthranilate unit were assembled on the Wang resin and subjected to dehydration and cyclative release to yield the pyrazino[2,1-b]quinazoline-3,6-diones in high purity. To demonstrate the scope of this protocol, a small library [ca. 20 compounds] of unnatural analogues was prepared by parallel synthesis
Detection of Subgroup J Avian Leukosis Virus with Monoclonal Antibodies to the N-terminus of Envelope Protein gp85.
No full textScleromitrion diffusum (Willd.) R. J. Wang Inhibits Gastric Cancer via ERBB2/ERBB3/PI3K/AKT Pathway
No full textBackground/Aims: This study aimed to evaluate the anticarcinogenic potential of Scleromitrion diffusum (Willd.) R. J. Wang (SD) extracts in vitro, along with exploring the underlying compatibility mechanisms.
Materials and Methods: Scleromitrion diffusum (Willd.) R. J. Wang extract was prepared and gastric cancer (GC) cells were treated to detect the half maximal inhibitory concentration (IC50)/proliferation and migration/invasion by MTS method and transwell assay. The compatibility mechanisms of SD were analyzed by systems pharmacology strategy, combined with cellular experimental validation.
Results: Scleromitrion diffusum (Willd.) R. J. Wang extract showed inhibitory ability on the proliferation of the GC cell lines dose- and time-dependently. A total of 3 active ingredients are involved in anti-gastric cancer effects of SD, based on the top 50 pathways. The “herb-composition-target-pathway” network showed the multi-target and multi-pathway characteristics of SD. There were 52 related targets shared by SD and GC. The cellular experiments supported that SD significantly reduced ERBB2 and ERBB3 expression levels in GC cells. The overexpression of ERBB2 or ERBB3 partially offset the anti-tumor effects of SD.
Conclusion: Scleromitrion diffusum (Willd.) R. J. Wang inhibited gastric cancer growth and metastasis in vitro, which may be related to the inhibition of the ERBB2/ERBB3/PI3K/AKT pathway
ljt-uiuc/H-k-c: H-k-c
No full textH-k-c package:
Generalized H-k after harmonic correction on receiver functions
a modification of H-k method by Zhu and Kanamori (2000)
by Jiangtao Li, Xiaodong Song, Pan Wang, and Lupei Zhu
Reference: Li, J., Song, X., Wang, P., & Zhu, L. (2019). A generalized H-k method with harmonic corrections on Ps and its crustal multiples in receiver functions. J. Geophys. Res. Solid Earth, 124(4), 3782-3801
Contact: [email protected]; [email protected]
Search for h(c) -> pi(+)pi(-) J/psi via psi(3686) -> pi(0)pi(+)pi(-) J/psi
No full textUsing a data sample of 448.1 x 10(6) psi(3686) events collected with the BESIII detector operating at the BEPCII, we perform search for the hadronic transition h(c)-> pi(+)pi(-) J/psi via psi (3686) -> pi(0)hc. No signals of the transition are observed, and the upper limit on the product branching fraction B(sigma(3686) -> pi(0)h(c))B(h(c) -> pi(+)pi(-) J/psi) at the 90% confidence level (C. L.) is determined to be 2.0 x 10(-6). This is the most stringent upper limit to date
Letter dated 24 February 1975 from Lorenzo A. Richards and J. Y. Wang
No full textLetters exchanged in February 1975 between Lorenzo A. Richards and J. Y. Wang of Milieu Information Service in San Jose, California: (1) Letter dated 24 February 1975 from Lorenzo A. Richards and J. Y. Wang, declining to serve as reviewer; (2) Letter dated 17 February 1975 from J. Y. Wang to Lorenzo A. Richards, returning his manuscript and requesting that he review some chapters in Yang\u27s latest book; (3) Letter dated 13 February 1975 from Lorenzo A. Richards and J. Y. Wang, giving permission to quote Richards\u27 papers and sending a copy of a report; (4) Letter dated 7 February 1975 from J. Y. Wang to Lorenzo A. Richards, asking permission to quote his work for a new book, Instruments for Physical Environmental Measurements, vol. 2, chapter 12Milieu Information Service Serving Man\u27s Total Environment 33 East San Fernando Street San Jose, CA 95113 (408) 287-4071 February 17, 1975 Dr. Lorenzo A. Richards 4455 Fifth Street Riverside, CA. 92501 Dear Dr. Richards: Thank you very much for your letter of February 13 together with the reprints. I have made a xerox copy of the reprints and incorporated your material in both Chapters 12 and 13 of Vol. II. Chapter 12 is on Hydrological Measurements, and 13 - Pedological Measurements. Since both chapters emphasize both liquid and gaseous water, and since you are an expert in these areas, I would like to have you be my reviewer. With your permission I shall send the manuscript of these two cKapters to you. Of course, I shall ^knowledge you when the book is published. A Thank you for your consideration. Sincerely yours, J. Y. Wang Prefessor Milieu Information Service Serving Man\u27s Total Environment 33 East San Fernando Street San Jose, CA 95113 (408) 287-4071 February 7, 1975 Dr. L. A. Richards U.S. Salinity Laboratory Soil and Water Conservation Research Div. Agricultural Research Service U.S. Dept. of Agriculture Riverside, CA. 92502 Dear Dr. Richards: In my forthcoming book on "Instruments for Physical Environmental Measurements," Volume II, Chapter 12, I would like to quote your article which appears on page 142-143, entitled "Physical Condition of Water in Soil." In"METHODS OF SOIL ANALYSIS, Pt.l. A.S.A., 1965. This concerns your thermocouple psychrometer. With your permission, I shall acknowledge you in our publication. Since the above article was published ten years ago, I would of course like to cite an updated publication, if there is any. Should you have an improved model, I would like to have the reprints and glossy prints, if possible. Of course I shall send you my manuscript for your approval, if not a direct quotation. Your early reply to this matter will be highly appreciated. Sincerely yours, 0 77 rfU*y^y JV Y7 Wang/ President JYW/afm Milieu 9nfor motion Serviee SERVING MAN\u27S TOTAL ENVIRONMENT 33 East San Fernando Street San Jose, CA 95113 (408) 287-4071 NEW BOOK ANNOUNCEMENT INSTRUMENTS FOR PHYSICAL ENVIRONMENTAL MEASUREMENTS (with special emphasis on atmospheric instruments) J. Y. Wang, Professor of Meterology, San Jose State University This book covers instruments for measuring physical parameters of the atmosphere, hydrosphere and lithosphere; including environmental contaminants. Written as a textbook for the upper division and graduate levels as well as a research-reference on geophysical sciences, it represents an updated treatment of environmental instrumentation. It stresses the background measurements of the geosphere. Part A introduces background knowledge in instrumentation for physical environmental measurements; Part B deals with the surface and upper air instruments for atmospheric observation including air and noise pollution measurements; Part C concerns marine and iimnological observation in addition to soil moisture and groundwater as well as water pollution instruments; Part D discusses instruments for measuring pedological and geological parameters; Part E describes such space technology as high altitude aircraft, missile-rockets and satellites; Part F gives a summary of the national and international surveillance and the volume concludes with the future trends of geophysical instrumentation. This book consists of 19 chapters, 67 sections, 155 illustrations, 132 tables and 4 appendices. 1.00handling charge on all foreign orders. 33 E. San Fernando St. Prepaid Orders Only San Jose, CA 95113 USA Please send me copies of INSTRUMENTS FOR PHYSICAL ENVIRONMENTAL MEASUREMENTS @ • BILL ME FROM: ADDRESS: TABLE OF CONTENTS (Abridged) INTRODUCTION INSTRUMENTATION IN THE GEOSPHERE Instrument and Instrumentation Measurements in the Geosphere FUNDAMENTAL CONSIDERATIONS DIMENSIONS OF THE GEOSPHERE Atmosphere Hydrosphere Lithosphere ENVIRONMENTAL SIGNALING PHENOMENA Extraterrestrial Signals Atmospheric Signals Hydrospheric Signals Lithospheric Signals REQUIREMENTS AND SPECIFICATIONS Range and Limitation Accuracy and Representativeness Sensitivity and Time Response Stability, Reliability and Ruggedness Portability and Simplicity Cost of Installation and Maintenance ENVIRONMENTAL INFORMATION SYSTEM Environmental Engineering Systems Doppler Systems Static and Dynamic Systems Contacting and Non-Contacting Instrument Systems Eulerian and Lagrangian Systems ATMOSPHERIC INSTRUMENTATION SURFACE AIR MEASUREMENTS Radiometry and Photometry Thermometry Barometry Anemometry Atmometry Hygrometry Nephometry and Hyetometry UPPER AIR INSTRUMENTS Balloon Techniques Ground Platform Techniques Aircraft Techniques Reliability and Representativeness of Aerology AIR QUALITY AND NOISE MEASUREMENTS Classification and Principles Particles and Aerosols Gaseous Chemicals Airborne Microorganisms Atmospheric Ions and Radioactive Fallout Noise HYDROSPHERIC INSTRUMENTATION SURFACE WATER MEASUREMENTS Air-Sea Interaction Studies Lower Atmospheric Probes Surface Water Instruments DEEP OCEAN MEASUREMENTS Contacting Probes Non-contacting Probes WATER QUALITY MEASUREMENTS Physical Quality Chemical Quality Bacteriological Quality -^ HYDROLOGIC MEASUREMENTS Soil Moisture Instruments Lysimeter Techniques Frost Penetration and Groundwater Determinations LITHOSPHERIC INSTRUMENTATION PEDOLOGICAL MEASUREMENTS Thermal Property Determinations Aeration and Compaction Determinations Erosion and Soil Movement Determinations GEOLOGICAL MEASUREMENTS Earth Resources Seismic Instrumentation Geomagnetic Instrumentation Gravity Instrumentation SPACE INSTRUMENTATION UPPER ATMOSPHERIC MEASUREMENTS Rocket Systems High Altitude Airborne Instruments SATELLITE PLATFORMS Historical Overview Earth Satellite Weather Satellite Weather Satellite Instruments Applications SOME BASIC INFORMATION THE WORLD GEOPHYSICAL STATIONS W M O Cooperative Programs N O A A Networks U.S. Geological Survey Stations U.S. Soil Conservation Service Stations DATA ACQUISITION INSTRUMENTATION Types of Instruments Global Communication Systems FUTURE PROSPECTU
Observation of h(1)(1380) in the J/psi -> eta ' K(K)over-bar pi decay
No full textUsing 1.31 x 10(9) J/psi events collected by the BESIII detector at the BEPCII e(+)e(-) collider, we report the first observation of the h(1)(1380) in J/psi -> eta'h(1)(1380) with a significance of more than ten standard deviations. The mass and width of the possible axial-vector strangeonium candidate h(1)(1380) are measured to be M = (1423.2 +/- 2.1 +/- 7.3) MeV/c(2) and Gamma = (90.3 +/- 9.8 +/- 17.5) MeV. The product branching fractions, assuming no interference, are determined to be B(J/psi -> eta'h(1)(1380)) x B(h(1)(1380) -> K*(892)K-+(-)+c.c.) = (1.51 +/- 0.09 +/- 0.21) x 10(-4) in eta'K+K-pi(0) mode and B(J/psi -> eta'h(1)(1380)) x B(h(1)(1380) -> K*(892)(K) over bar +c.c.) =(2.16 +/- 0.12 +/- 0.29) x 10(-4) in eta'(KSK +/-)-K-0 pi(-/+) mode. The first uncertainties are statistical and the second are systematic. Isospin symmetry violation is observed in the decays h(1)(1380) K*(892)K-+(-) + c.c. and h(1)(1380) -> K*(892)(0)(K) over bar (0) + c.c.. Based on the measured h(1)(1380) mass, the mixing angle between the states h(1)(1170) and h(1)(1380) is determined to be (35.9 +/- 2.6)degrees, consistent with theoretical expectations
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