1,721,709 research outputs found
Li Po. El Inmortal Desterrado
No full textLa despedida al amigo que parte, la espera al amado ausente, el despecho amoroso, el culto a la bebida y la nostalgia del exiliado son algunos de los temas presentes en esta excelente selección de poemas de uno de los más importantes autores de la historia de la literatura china. Por primera vez una edición cubana ofrece al lector no solo una traducción exhaustiva sino también un estudio minucioso de la poesía y la época de Li Po, el poeta inmortal.
Li Po (701-762), es considerado uno de los mayores poetas de la dinastía Tang, su obra ha sido traducida a varios idiomas. Hijo de un rico mercader, a los veinticinco años se dedicó a viajar por China. Esta personalidad libre y despreocupada, contraria a la imagen imperante del caballero confuciano, le propició la entrada en la corte en el año 742. Li Po, permaneció dos años como poeta al servicio del emperador Ming Huang y ocupó cargo en la Academia Hanlin, que formaba a intelectuales expertos para la corte imperial. En ese tiempo también perteneció a los Ochos Inmortales de la Bebida, grupo que se distinguía por el amor a las letras y a la bebida. Despedido de la corte por intrigas, fue exiliado. Vagó por China el resto de su vida abrazando la filosofía taoísta, que refleja en muchos de sus poemas. Aunque la causa de su muerte constituye una polémica entre los eruditos, una hermosa leyenda cuenta, desde entonces, que murió ahogado en el río Yangtsé al caer ebrio del bote intentando abrazar el reflejo de la luna
Interview by Li Po Kwan Luka
Get PDFWong Kwan Cheung, Joseph, is a 41 years-old man. He suffered from a disease called Glass-bone when he was three, so he became a handicapped person. He has lived in hospital for about 7 years, so when he finished his study in primary school, he was an adult already. Although he couldn\u27t go into secondary school, he never gives up himself, he still studies at home. If you know him, you must know why he is always happy, that is because he can get many people\u27s loves, especially his mother\u27s love
LI-PO CELL VOLTAGE EQUALIZER FOR ELECTRIC VEHICLE
Get PDFV diplomskem delu je predstavljeno izravnavanje napolnjenosti Li-Po akumulatorjev. Podani so razlogi za izravnavanje, opisane so možne metode izravnavanja napolnjenosti ter predstavljeni nekateri programski algoritmi, s katerimi lahko mikrokrmilnik nadzoruje in upravlja izravnavanje.
Predstavljen je tudi zgrajeni modul, ki izravnava napetosti Li-Po akumulatorjev v električnem vozilu. Modul je namenski in se prilega ohišju akumulatorjev, njegovo srce pa je integrirano vezje LTC6802-1, ki opravlja meritve napetosti posameznih celic. Podani so rezultati meritev ter ugotovitve, do katerih smo prišli med gradnjo in testiranjem.In this diploma the charge equalizing of Li-Po battery is represented. The reasons for equalizing are given and possible methods for charge equalizing are described, further there are given some program algorithms for microcontroller which can control and manage the equalization.
We also described the module which equalizes the voltages of Li-Po batteries in an electric vehicle. Module is purpose-built and is designed to fit the housing of the battery. Its “heart” is integrated circuit LTC6802-1 which performs the voltage measurements of each cell. We also present measurements and findings which we reached while constructing and testing
Celadon Jade Carving of Li Po and Li Yang-ping on the Yangtze
No full textA pale celadon jade carving of Li Po and Li Yang-ping on the Yangtze. Li Po (also known as Li Bai, Li Bo or Li Tai-Po) was a celebrated poet (701-762 AD) who led a life of wandering. He formed a group of companions called The Eight Immortals of the Winecup, which alarmed the Court due to his previous association with conspiracy, and he was banished. Li Po then sought refuge with a kinsman, Li Yang-ping. According to various accounts, he (1) fell from his boat, while under the influence of wine, reaching for the reflection of the moon, and drowned, or (2) he died from cirrhosis of the liver or from mercury poisoning due to Taoist longevity elixirs. *
“Sacred Taoist Mountains and the Poet Li Po,” Ania Holub. Prairie Perspectives. Oct. 2001, Vol. 4, pp 221-231.Attributed to the Daoguang reignQing Dynast
Gender on the agenda: the story of Hang Li Po revisited
No full textReading with "gender on the agenda" is a critical part of the reading and studying of literature and cultural representations. It encourages us to become discerning readers and recognize aspects of the texts and the contexts of their creation and reception which we might not otherwise notice. This paper exemplifies the way in which I interpret the story of Hang Li Po with a gender perspective. Using the version of the story in Sejarah Melayu, I compare Rahmah Bujang\u27s revision of the Chinese princess in her drama Puteri Li Po. In Sejarah Me/ayu, Hang Li Po is representative of the type of silent women which pervades the telling of the history of Malay kings. By making her mute, the court scribe conceals her significance in the story. I argue, however, that her story is evidence of the weight Malays place on women as the cementers of alliance. Despite her silence and seeming lack of agency, Hang Li Po is absolutely central to the story because her presence and connection to China alter Melaka\u27s condition from political insecurity to political authority. I view Rahmah Bujang\u27s revision of the story of Hang Li Po as a challenge to and appropriation of the patriarchal Malay literary canon. Her imaginative construction of the well-known episode involves fundamental shifts in perspective. Thus, the silent Hang Li Po is now imbued with a voice and feelings. By exposing the other side of the female and male experiences, Rahmah questions the stereotypes perpetuated in the Malay court narrative traditions, making modern readers aware that indeed, gender perspective is on the agenda
Mikrokontroller alapú Li-Po akkumulátor töltő/ tesztelő berendezés tervezése és megvalósítása
No full textMikrokontroller alapú Li-Po akkumulátor töltő/ tesztelő berendezés tervezése és megvalósításagjVillamosmérnökBSc/B
Going Beyond Counting First Authors in Author Co-citation Analysis
Get PDFThe present study examines one of the fundamental aspects of author co-citation analysis (ACA) - the way co-citation
counts are defined. Co-citation counting provides the data on which all subsequent statistical analyses and mappings
are based, and we compare ACA results based on two different types of co-citation counting - the traditional type that
only counts the first one among a cited work's authors on the one hand and a non-traditional type that takes into
account the first 5 authors of a cited work on the other hand. Results indicate that the picture produced through this non-traditional author co-citation counting contains more coherent author groups and is therefore considerably clearer. However, this picture represents fewer specialties in the research field being studied than that produced through the traditional first-author co-citation counting when the same number of top-ranked authors is selected and analyzed. Reasons for these effects are discussed
Desain Dan Implementasi Baterai Charger Li-Po Menggunakan Konverter Buck Dengan Metode Constant Current Constant Voltage
Get PDFBaterai adalah perangkat yang dapat menyimpan energi listrik. Setelah digunakan sebagai sumber energi, baterai akan berkurang kapasitas energinya, supaya dapat kembali ke kapasitas maksimumnya kembali maka baterai tersebut perlu dicharge. Metode yang umum digunakan untuk mencharge baterai li-po adalah constant current constant voltage yaitu dengan memberikan arus konstan terlebih dahulu dan dilanjutkan tegangan konstan pada kondisi tertentu. Untuk mendapatkan tegangan yang diinginkan, maka baterai li-po dapat disusun secara seri. Penyusunan baterai secara seri ini mengakibatkan waktu untuk mencharge setiap sel baterai menjadi tidak sama karena setelah digunakan maka setiap sel akan memiliki tegangan yang berbeda. Pada tugas akhir ini akan diusulkan charger baterai li-po yang dapat mencharge setiap sel pada baterai tersebut secara sendiri-sendiri sehingga tidak menyebabkan overcharging pada sel baterai. Charger li-po ini menggunakan konverter buck dengan metode constant current constant voltage. Pada implementasinya, kontroller PI pada konverter buck ini dapat menghasilkan arus konstan dan tegangan konstan pada beban resistor, jika pada baterai memiliki ripple arus 10% saat constant current. Pengujian charging baterai hingga penuh menunjukkan waktu yang berbeda pada setiap sel yaitu sel 1 selama 84 menit, sel 2 selama 92 menit dan sel 3 selama 76 menit. Rata-rata efisiensi sebesar 88,3% untuk konverter 1, konverter 2 sebesar 89,4% dan konverter 3 sebesar 89,3%.
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Battery is a device that can store electrical energy. After being used as an energy source, energy capacity of the battery would be reduced, so that it can return to its maximum capacity, the battery needs to be charged. The method that is commonly used to charge li-po batteries is a constant current constant voltage, which is to keep a constant current first and to continue a constant voltage under certain conditions. To get the desired voltage, the li-po battery can be arranged in series. Arranged of batteries in series can make time to charge each cell of the battery to be not the same because after being used then each cell will have a different voltage. In this final project, a li-po battery charger will be proposed which can charge each cell on the battery individually so that it does not cause overcharging on the battery cell. This li-po charger uses a buck converter with constant current constant voltage method. On the implementation of buck converter, PI controller can make a constant current constant voltage in resistor as load, if in battery it will produce ripple of current 10% in constant current mode. The charging test for the battery until full shows different times for each cell, cell 1 for 84 minutes, cell 2 for 92 minutes and cell 3 for 76 minutes. They have average efficiency of 88.3% for converter 1, converter 2 is 89, 4% and converter 3 is 89.3%
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