90,454 research outputs found
Hsiao-Ying Lin
No full textHsiao-Ying Lin completed her Master of Design (Industrial Design) at Swinburne University of Technology in 2004. When she came to study in Melbourne, Lin was already a successful industrial designer with nearly a decade of experience creating for the global market place, including stints at Nokia in Salo (2002) and Motorola in Beijing (2003)
Huang di nei jing ling shu
No full textV.1-3. 補注黃帝内經素問 -- v.4. 黃帝内經素問遺篇 -- 黃帝内經靈樞 : 十二卷.V.1-3. Bu zhu huang di nei jing su wen -- v.4. Huang di nei jing su wen yi pian -- Huang di nei jing ling shu : shi er juan.啟玄子注 ; 林億 ...[et al.]校正 ; 孫兆改誤.綫裝.框18x12.7公分, 13行40字,小字雙行同. 白口, 四周單邊,對黑魚尾. 版心中鐫題名, 卷次, 下鐫葉次.書名頁題"黃帝内經後附靈樞, 光緒二十二年圖書集成局印".《中國中醫古籍總目》00006著錄光緒二十三年上海圖書集成印書局鉛印子書二十二種本.附: 黃帝内經素問遺篇 ; 黃帝内經靈樞 : 十卷.鈐"莊兆祥印"朱, 白文各一方.Xian zhuang.Kuang 18 x 12.7 gong fen, 13 hang 40 zi, xiao zi shuang hang tong. Bai kou, si zhou dan bian, dui hei yu wei. Ban xin zhong juan ti ming, juan ci, xia juan ye ci.Detailed notes in vernacular field only.Detailed notes in vernacular field only.Qixuanzi zhu ; Lin Yi ...[et al.] jiao zheng ; Sun Zhao gai wu.Fu: Huang di nei jing su wen yi pian ; Huang di nei jing ling shu : shi juan.Qian "Zhuang Zhaoxiang yin" zhu, bai wen ge yi fang
Hydroxy-terminated polyether binders for composite rocket propellants
Get PDFPropellants based on cross-linked Hydroxy Terminated PolyEther (HTPE) binders are
being used as alternatives to Hydroxy Terminated PolyButadiene (HTPB) compositions.
HTPE propellants have similar mechanical properties to HTPB propellants but they give
a less severe response in ‘slow cook-off’ tests for IM compliance. A literature review is
presented on the development and properties of HTPE propellants in an attempt to place
them in relation to recent trends in Insensitive Munitions. To gain a better understanding
of the behaviour of HTPE propellants an HTPE pre-polymer and a range of binder
network samples with different NCO/OH equivalence ratios, with and without
plasticizer, have been synthesised and characterised by a range of techniques. The
thermal decomposition of the HTPE binder network and propellant samples were also
studied. Desmodur N-3200 was used as a curing agent and n-BuNENA as an energetic
plasticizer. Similar analyses were performed on analogous HTPB pre-polymer and
binder network samples and the results were compared with those obtained for the
corresponding HTPE samples. Two kinds of HTPE propellant were manufactured
containing HTPE pre-polymer, n-BuNENA, 2NDPA and either AP or AP+PSAN as
oxidiser. Also HTPB propellant was prepared. Small cook-off test vehicles (SCTV)
were filled with HTPE and HTPB propellants and slow cook-off tests were performed.
In contrast to HTPB binders, which become harder during slow heating, it was found
that the HTPE binders soften under the same conditions. This behaviour is possibly due
to chain scission of the soft and hard segments of the HTPE polymer matrix. Thermooxidative
processes and reactions of the energetic plasticizer decomposition products
are believed to be the responsible for the scission of the polymeric matrix. From the
binder characterisation and slow cook-off results it is concluded that there is a relation
between the degree of polymeric matrix scission during slow heating and the violence
of the response at the point of self ignition. This underlies the main difference between
HTPB and HTPE propellants in slow cook-off. While HTPB compositions become
harder and more brittle, HTPE propellants become softer and have a lower surface area
at the self ignition point
The music idea, music aesthetics and writing skills of the composition JING.
No full textAbstract
This thesis discusses the music idea, music aesthetics and writing skills of the author\ue2s composition JING. The music idea and aesthetics of the JING are inspired by Confucianism, Buddhism and Taoism. The common important issue that these three isms concern about and also the point inspires the author is Nature. The author uses Repetition as the music writing skills to represent the constancy of the nature. In other words, music repetition and the variation of the repetition is what the author wants to experiment in the composition JING. In order to learn how the repetition used and represents the Nature in the three isms, the author also studies and analyzes important ritual music for the rites of Confucianism, Buddhism and Taoism. Furthermore the author discusses how repetition works and means in western music. Concluding the discussions on the three pieces of ritual music and the western music, the author comes out her own point of view which becomes the important material and creating process in JING.
JING is consisted of three movements. The first movement is JI, the second is ZHI, and the third is JIE. Although the three movements are titled differently, the points that the author wants to present are all the same and is about Constant Nature. The author experiments the skills of repetition in the piece throughout to show her intention for understanding Constancy of Nature
Eutetrapha weni Huang & Lin 2016
No full textEutetrapha weni Huang & Lin, 2016 Figs. 63–65 Eutetrapha weni Huang & Lin, 2016: 590, figs. 1–23. Diagnosis. This species can be separated from congeners by the unique brick red brown pubescence and unique elytral markings, larger body size, and unique golden brown metatarsi. Remarks. For descriptions, see paper by Huang & Lin (2016). The description of male genitalia was in older style (Huang & Lin 2 016) and some terminology terms are changed in this work: median lobe plus median struts = median lobe; internal sac = endophallus; basal armature = basal plate-like sclerites; rods of endophallus = rod-like sclerites. Distribution. China: Guizhou. Material examined. Holotype, male (Fig. 62, and Figs. 1 a & 1b in Huang & Lin 2016), China, Guizhou, Leishan, Mt. Leigongshan, Lianhuaping, N26°22′, E108°12′, alt. 1631 m, 2014. VI.18, leg. Jing Yang (IZAS, IOZ (E) 1905306, ex KLUC). Paratypes: 1 female, same data to holotype but deposited in (KLUC); 1 female, same data to holotype but 2014. VI.16 and deposited in (KLUC); 1 male (Fig. 13 in Huang & Lin 2016) 1 female (Figs. 8 a, 8b & 14 in Huang & Lin 2016), same data to holotype but 2014. VI.21, leg. Yang Li (IZAS, IOZ (E) 1905304–05, ex KLUC); 1 female (Fig. 65), same data to holotype but, 2011. VIII.11, leg. Jian-Yue Qiu & Hao Xu (CWD); 1 female, same data to holotype, but 2015. VII.12, leg. Bo-Yan Li (CGQH); 1 male (Fig. 64), S. China, SE. Guizhou, Dushan County, Gengdingshan env., N25°52.5′, E107°38′, alt. 1445 m, 2009.VI, leg. Sehnal et Hackel (CPV).Published as part of Lin, Mei-Ying, Bi, Wen-Xuan & Yang, Xing-Ke, 2017, A revision of the genus Eutetrapha Bates (Coleoptera: Cerambycidae: Lamiinae: Saperdini), pp. 151-202 in Zootaxa 4238 (2) on pages 172-173, DOI: 10.11646/zootaxa.4238.2.1, http://zenodo.org/record/34519
Huangdi nei jing su wen yi bian
No full textV.1-6. 重廣補註黃帝内經素問 -- v.7-10. 黃帝内經靈樞 -- v.10. 黃帝内經素問遺編.V.1-6. Chong guang bu zhu Huangdi nei jing Su wen -- v.7-10. Huangdi nei jing Ling shu -- v.10. Huangdi nei jing Su wen yi bian.啟玄子次註 ; 林億...[et al.]校正 ; 孫兆改誤. 黃帝内經靈樞 : 十二卷. 黃帝内經素問遺編 / 劉温舒原本.綫裝 .框21.1x15.7公分, 10行20字, 小字雙行同. 白口, 左右雙邊, 單黑魚尾. 版心中鐫"内經"及卷次, 下鐫葉次.書名頁刻"内經, 校對無訛, 京口文成堂摹刻宋本". 書名背頁牌記刻"光緖甲申年[1884]孟秋開雕, 文成".《中國中醫古籍總目》(00006)著錄.鈐"長沙李氏夢瑩藏本", "莊兆祥印", "莊兆祥".Xian zhuang .Kuang 21.1 x 15.7 gong fen, 10 hang 20 zi, xiao zi shuang hang tong. Bai kou, zuo you shuang bian, dan hei yu wei. Ban xin zhong juan "Nei jing" ji juan ci, xia juan ye ci.Detailed notes in vernacular field only.Detailed notes in vernacular field only.Qixuanzi ci zhu ; Lin Yi ...[et al.] jiao zheng ; Sun Zhao gai wu. Huangdi nei jing Ling shu : shi er juan. Huangdi nei jing Su wen yi bian / Liu Wenshu yuan ben.Qian "Changsha Li shi Mengying cang ben", "Zhuang Zhaoxiang yin", "zhuang zhao xiang"
Huangdi nei jing ling shu
No full textV.1-8. 補注黃帝内經素問 : 二十四卷 / 啟玄子次注 ; 林億...[et al.]校正 ; 孫兆重改誤 -- v.8. 黃帝内經素問遺篇 / 劉温舒原本 -- v.9-10. 黃帝内經靈樞 : 十二卷.V.1-8. Bu zhu Huangdi nei jing Su wen : er shi si juan / Qixuanzi ci zhu ; Lin Yi ...[et al.] jiao zheng ; Sun Zhaozhong gai wu -- v.8. Huangdi nei jing su wen yi pian / Liu Wenshu yuan ben -- v.9-10. Huangdi nei jing ling shu : shi er juan.綫裝 .框18.5x13.4公分, 9行21字, 小字雙行同. 白口, 左右雙邊, 單黑魚尾. 版心中鐫題名及卷次, 下鐫葉次.題名據叢書內封頁.內封背頁牌記刻"光緖三年[1877]浙江書局據明武陵顧氏影宋嘉祐本刻"《中國中醫古籍總目》(00006)著錄.鈐"莊兆祥印", "莊兆祥".Xian zhuang .Kuang 18.5 x 13.4 gong fen, 9 hang 21 zi, xiao zi shuang hang tong. Bai kou, zuo you shuang bian, dan hei yu wei. Ban xin zhong juan ti ming ji juan ci, xia juan ye ci.Ti ming ju cong shu nei feng ye.Detailed notes in vernacular field only.Detailed notes in vernacular field only.Qian "Zhuang Zhaoxiang yin", "Zhuang Zhaoxiang"
ANALISIS REGRESI HAZARD ADITIF DENGAN MODEL LIN DAN YING
No full textTime to event data (survival data) is data of length of time until the event
occurs. If the event time is affected by other independent variables, regression
analysis can be used to analyze the effects of those independent variables. One of
some kinds of regression analysis that can be used is additive hazard regression
with Lin and Ying model.
In Lin and Ying additive hazard model, the regression coefficients are
constants, time-independent. The method that can be used to estimate regression
coefficients in this model is similar with maximum partial likelihood method in
Cox regression. The estimation of regression coefficients can be obtained from
score equation which is obtained from mimicing the score equation from Cox
model. Score equation of Cox model is the derrivative of the partial likelihood.
In this paper, additive hazard regression analysis with Lin and Ying model
is used to analyze some variables that affect the failure of medication of TBC
patients in Puskesmas Mantang, Lombok Tengah. Risk Differences are also
computed to explain each of the effects of independent variables. It is also
presented here the alternative method, hazard regression analysis with Aalen
model, which uses the graph of cumulative regression functions to interprete the
effects of independent variables. It can be seen that additive hazard regression
with Lin and Ying model has advantage in the interpretation of the effects of
independent variables, compared to additive hazard regression with Aalen mode
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