216,090 research outputs found
Fan Wenzheng gong po yang yi shi lu
No full text卷一至二. 奏議 -- 卷三. 狀 -- 子 -- 卷四. 表 -- 卷五. 賦 -- 卷六至七. 詩 -- 詩餘 -- 卷八. 序 -- 記 -- 易義 -- 說 -- 論 -- 贊 -- 頌 -- 述 -- 卷九. 書 -- 啟 -- 卷十. 尺牘 -- 家書 -- 卷十一. 祭文 -- 碑銘 -- 墓誌銘 -- 卷十二. 墓誌銘 -- 墓表 -- 書碑陰 -- 附錄: 范文正公年譜序.Juan yi zhi er. Zou yi -- juan san. Zhuang -- Zi -- juan si. Biao -- juan wu. Fu -- juan liu zhi qi. Shi -- Shi yu -- juan ba. Xu -- Ji -- Yi yi -- Shuo -- Lun -- Zan -- Song -- Shu -- juan jiu. Shu -- Qi -- juan shi. Chi du -- Jia shu -- juan shi yi. Ji wen -- Bei ming -- Mu zhi ming -- juan shi er. Mu zhi ming -- Mu biao -- Shu bei yin -- fu lu: Fan Wenzheng gong nian pu xu.毛一鷺彙編.綫裝, 1函.框21.5x15公分, 9行20字, 小字雙行同. 白口, 四周單邊, 無魚尾. 版心上鐫題名, 中鐫卷次, 下鐫葉次及字數.毛序後鐫"天啟二年[1622]冬華亭縣學門人唐造國謹百拜書"見《香港中文大學圖書館古藉善本書錄》(2001, p. 223)前附: 范文正公鄱陽遺事錄 / 毛一鷺彙編.鈐有"北海狂士合清齋主人之印", "京兆禎夫", "禹山人", "隨齋", "大觀樓藏書", "蕭艾室藏"印.Xian zhuang, 1 han.Kuang 21.5 x 15 gong fen, 9 hang 20 zi, xiao zi shuang hang tong. Bai kou, si zhou dan bian, wu yu wei. Ban xin shang juan ti ming, zhong juan juan ci, xia juan ye ci ji zi shu.Mao xu hou juan "Tian qi er nian [1622] dong Huating Xian xue men ren Tang Zaoguo jin bai bai shu"Jian "Xianggang Zhong wen da xue tu shu guan gu ji shan ben shu lu" (2001, p. 223)Mao Yilu hui bian.Qian fu: Fan Wenzheng gong po yang yi shi lu / Mao Yilu hui bian.Qian you "Beihaikuangshi He qing zhai zhu ren zhi yin", "Jing zhao zhen fu", "Yu shan ren", "Sui zhai", "Da guan lou cang shu", "Xiao Ai shi cang" yin
Fan-Lu/EnhancingWoundHealingUsingDRL: Enhancing Wound Healing via Deep Reinforcement Learning for Optimal Therapeutics
No full text<p>Data and relevant code for the paper "Enhancing Wound Healing via Deep Reinforcement Learning for Optimal Therapeutics".</p>
Hypodematium chrysolepis X. P. Fan & Li Bing Zhang. 2021, comb. nov.
No full textHypodematium chrysolepis (Fée) X.P. Fan & Li Bing Zhang, comb. nov. (Fig. 3). Basionym: Aspidium chrysolepis Fée (1855: 107). Type:— CAPE VERDE. Weeb s.n. (RB-00543196!). Notes:—This species is similar to Hypodematium crenatum (Forsskål 1775: 185) Kuhn & Decken (1879: 37) in having 4-pinnatifid and pentagonal-ovate laminae but differs from the latter in having laminae and stipes densely covered with acicular and glandular hairs, and lobes smaller (1–2 × 1–2 mm) and with numerous serratures. This species was resolved in the Hypodematium crenatum Clade, and is closely related with H. crenatum in our phylogeny (Fan et al., in press). Distribution & habitat:— Hypodematium chrysolepis is distributed in Cape Verde Islands. It grows in limestone crevices at elevations of 200–1000 m. Additional specimens examined:— CAPE VERDE. Brava: S of Cachaco, Monte Miranda, 24°42’ N, 14°49’ W, elev. 650 m, 25 February 1982, C. Brochmann & Ø. H. Rustan CB1185-82 (O!). Santiago: São Jorge dos Orgaos, Mato Gasela, elev. 800 m, 15 November 1987, G. Gardoso de Matos 6288 (MA!). Santo Antão: Ribeira das Pedras, 17°8’46’’ N, 25°4’8’’ W, elev. 200 m, 6 November 1976, P. Sunding 3425 (O!).Published as part of Fan, Xue-Ping, Lu, Ngan Thi, Zhang, Liang & Zhang, Li-Bing, 2021, Hypodematium chrysolepis comb. nov. from Africa and H. eglandulosum sp. nov. from Asia (Hypodematiaceae), pp. 99-106 in Phytotaxa 524 (2) on page 103, DOI: 10.11646/phytotaxa.524.2.4, http://zenodo.org/record/564207
Neoperla yaoshana Li, Wang & Lu 2011
No full textNeoperla yaoshana Li, Wang & Lu, 2011 Neoperla yaoshana Li, Wang & Lu, 2011. Zootaxa. 2735: 58. Type locality: Henan, Lushan County, Yaoshan. Distribution. China (Henan Province) (Li et al. 2011).Published as part of Li, Weihai, Li, Shan, Feng, Guangwei & Wang, Yunbing, 2014, Species of Neoperla (Plecoptera: Perlidae) from Henan Province, China, pp. 174-182 in Zootaxa 3838 (2) on page 178, DOI: 10.11646/zootaxa.3838.2.2, http://zenodo.org/record/22691
Guo chao wen lu xu bian. v.13
No full textV.1. 姚端恪公文錄 -- 變雅當文錄 -- v.2. 白茅堂文錄 -- 砥齋文錄 -- v.3. 聰山文錄 -- v.3-4. 改亭文錄 -- v.4. 魏伯子文錄 -- 河東文錄 -- v.5. 榆溪集選 -- 庸書文錄 -- v.6. 白石山房文錄 -- 三魚堂文錄 -- 蒼峴山人文錄 -- v.7. 憺園文錄 -- 百尺梧桐閣文錄 -- v.8. 飴山文錄 -- 可儀堂文錄 -- v.8-9. 趙忠毅公文錄 -- v.9. 白田草堂文錄 -- 梅莊文錄 -- v.10. 海崖文錄 -- 四知堂文錄 -- v.11. 孺廬先生文錄 -- 雙桂堂文錄.v.12. 松泉文錄 -- 集虛齋文錄 -- v.13. 歸愚文錄 -- 果堂文錄 -- 培遠堂文錄 -- v.14. 香國集文錄 -- 小倉山房文錄 -- v.15. 尊聞居士集 -- 叢桂堂文錄 -- v.16-17. 切問齋文錄 -- v.17. 經韻樓集文錄 -- v.18. 更生齋文錄 -- 頤綵堂文錄 -- 韞山堂文錄 -- v.19. 竹香齋文錄 -- 養一齋文錄 -- v.20. 鑑止水齋文錄 -- 雀硯齋文錄 -- 雕菰集文錄 -- v.21. 崇百樂齋文錄 -- 學福齋文錄 -- v.21-22. 左海文錄 -- v.22. 存吾文集錄 -- 邃雅堂文錄.李祖陶.敖陽李氏藏板.Li Zutao.Aoyang Li shi cang ban.V.1. yao duan ke gong wen lu -- bian ya dang wen lu -- v.2. bai mao tang wen lu -- di zhai wen lu -- v.3. cong shan wen lu -- v.3-4. gai ting wen lu -- v.4. wei bo zi wen lu -- he dong wen lu -- v.5. yu xi ji xuan -- yong shu wen lu -- v.6. bai shi shan fang wen lu -- san yu tang wen lu -- cang xian shan ren wen lu -- v.7. dan yuan wen lu -- bai chi wu tong ge wen lu -- v.8. yi shan wen lu -- ke yi tang wen lu -- v.8-9. zhao zhong yi gong wen lu -- v.9. bai tian cao tang wen lu -- mei zhuang wen lu -- v.10. hai ya wen lu -- si zhi tang wen lu -- v.11. ru lu xian sheng wen lu -- shuang gui tang wen lu.v.12. song quan wen lu -- ji xu zhai wen lu -- v.13. gui yu wen lu -- guo tang wen lu -- pei yuan tang wen lu -- v.14. xiang guo ji wen lu -- xiao cang shan fang wen lu -- v.15. zun wen ju shi ji -- cong gui tang wen lu -- v.16-17. qie wen zhai wen lu -- v.17. jing yun lou ji wen lu -- v.18. geng sheng zhai wen lu -- yi cai tang wen lu -- yun shan tang wen lu -- v.19. zhu xiang zhai wen lu -- yang yi zhai wen lu -- v.20. jian zhi shui zhai wen lu -- que yan zhai wen lu -- diao gu ji wen lu -- v.21. chong bai yue zhai wen lu -- xue fu zhai wen lu -- v.21-22. zuo hai wen lu -- v.22. cun wu wen ji lu -- sui ya tang wen lu
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Author Correction: An NF-κB-microRNA regulatory network tunes macrophage inflammatory responses.
Get PDFLi-Fan Lu and Alexander Y. Rudensky, who supplied miR-146a floxed mice used in this study, were inadvertently omitted from the author list in the originally published version of this Article. This has now been corrected in both the PDF and HTML versions of the Article. The generation of the floxed mice has been described in detail by Cho and Lee et al.1
Hypodematium eglandulosum X. P. Fan, Liang Zhang & Li Bing Zhang 2021, sp. nov.
No full textHypodematium eglandulosum X.P.Fan, Liang Zhang & Li Bing Zhang, sp. nov. (Figs. 1, 2). Type:— CHINA. Guizhou: Zhijin County, Niuchang Town, Heba Village, on the limestone wall of a cave, 26°37’ N, 106°02’ E, 20 August 2017, Li-Bing Zhang, Yi-Fan Duan & M. Kropf 9661 (holotype CDBI!). Diagnosis:— Hypodematium eglandulosum is most similar to H. squamuloso-pilosum Ching (1977: 465) in small stature, having laminae usually 3-pinnatifid, densely covered with long acicular grayish white hairs, and lobes oblong and with obtuse apices, but the former has fronds only covered with long acicular hairs and stipes sparsely covered with acicular hairs, while the latter has fronds mixed with acicular and glandular hairs, and stipes densely covered with acicular and glandular hairs. Description:—Plants mostly small, 6–35 cm tall, lithophytic, yellowish green when dry. Rhizomes short creeping, swollen stipe bases covered with scales densely; scales reddish brown, lustrous, lanceolate, 1.5–2 cm × 1–1.5 mm, membranaceous, apex acuminate, margin dentate. Leaves distant; stipe stramineous, lustrous, usually slender, 2.5–16 cm long, 0.4–0.9 mm in diam., upward usually covered with sparsely hairs or glabrous occasionally, generally shorter than rachis; laminae deltoid-ovate, base cordate, 4–20 × 3–18 cm, base tripinnate, bipinnate upward, apex acuminate and pinnatifid; pinnae 5–8 pairs, alternate, flat or slightly oblique, basal pair largest, deltoid-ovate, base cordate, 1.5–10 × 1–6 cm, 0.1–1 cm stalked, 2-pinnate, apex acuminate; pinnules 4–6 pairs, anadromous, alternate, slightly oblique, acroscopic ones smaller, proximal basiscopic pair largest, triangular-lanceolate, shortly stalked, base cuneate or truncate, 1-pinnate, apex acuminate; secondary pinnules oblong, sessile, base cuneate, connected to each other by narrow wings, 4–6-lobed; lobes oblong, each lobe nearly entire or slightly wavy at apex, apex obtuse. Laminae chartaceous, densely covered with long acicular grayish white hairs, 0.5–0.8 mm long, about 25+ hairs/mm², margins covered with many long acicular hairs, 0.5–0.8 mm long; rachises and pinna rachises densely covered with grayish white hairs on both surfaces. Veins obvious on both surfaces, pinnate, free, reaching at margin. Sori orbicular, dorsal, medium-sized, 0.7–1.1 mm in diam., 1–3 per lobe, inframedial of veinlets, usually confluent when mature. Indusia persistent, grayish, reniform to rounded, densely covered with long gray acicular hairs, usually smaller than sori when mature. 32 spores per sporangium. Distribution & habitat:— Hypodematium eglandulosum is distributed in southern China (Guizhou, Guangxi) and Southeast Asia (Laos and Vietnam). It is not found in high elevations. It can occur inside or outside caves and grows in limestone crevices at elevations of 200–1000 m. Etymology:—From the Latin adjective, eglandulosum, without glandular hairs, referring to its plant densely covered with acicular hairs without any glandular hairs. Taxonomic notes:—Morphologically, Hypodematium eglandulosum is characterized by plants small, leaves distant and laminae 3-pinnatifid, stipes upward sparsely covered with acicular hairs, laminae and rachises densely covered with long acicular hairs, and lobes nearly entire. Hypodematium eglandulosum is distantly related with H. squamulosopilosum, though they are very similar to each other in morphology. Hypodematium eglandulosum is closely related with H. shingii Li Bing Zhang, X.P.Fan & X.F.Gao in Fan et al. (2021: 88). Our unpublished data show that H. eglandulosum constitutes a unique major clade of its own (Fan et al. submitted). In addition, H. squamuloso-pilosum, with its type being from Wuhan, occurs in central and eastern China and South Korea, whereas H. eglandulosum is distributed in southern China and Southeast Asia. The comparison of H. eglandulosum with similar species is listed in Table 1. Additional specimens examined:— CHINA. Guangxi: Jingxi City, Dizhou town, on the limestone wall of the cave, elev. 715 m, 28 January 2019, She-Lang Jin 6762 (CDBI!). Guizhou: Changshun County, Weiyuan town, on the limestone wall of the cave, 26°01’ N, 106°30’ E, elev. 1000 m, 29 October 2011, Li-Bing Zhang, Hai He & Yu Wang 5898 (CDBI!). LAOS. Gnommalat District: Khammouane Province, Tnathote Village, epiphyte on the limestone rock, elev. 200–350 m, 27 October 2007, Su-Gong Wu et al. WS-003 (KUN!). VIETNAM. Bac Kan: Na Ri, Kim Hy Com., Kim Hy NR., Ke Village, elev. 500 m, 4 December 2013, Li-Bing Zhang, Liang Zhang & Lu Thi Ngan 6706 (CDBI!). Ha Giang: Vi Xuyen District, Tung Ba Community, Hong Minh Village, Khau Ca Nature Reserve, elev. 200 m, 12 December 2013, Li-Bing Zhang, Liang Zhang & Lu Thi Ngan 6924 (CDBI!). Ha Giang: Vi Xuyen District, Tung Ba Community, Hong Minh Village, Khau Ca Nature Reserve, elev. 200 m, 12 December 2013, Li-Bing Zhang, Liang Zhang & Lu Thi Ngan 6920 (CDBI!). Hoa Binh: Tan Lac District, Tam Son Community, Ngoc Son Ngo Luong Nature Reserve, Ho Duoi Village, elev. 750 m, 22 November 2013, Li-Bing Zhang, Liang Zhang & Lu Thi Ngan 6388 (CDBI!).Published as part of Fan, Xue-Ping, Lu, Ngan Thi, Zhang, Liang & Zhang, Li-Bing, 2021, Hypodematium chrysolepis comb. nov. from Africa and H. eglandulosum sp. nov. from Asia (Hypodematiaceae), pp. 99-106 in Phytotaxa 524 (2) on pages 100-103, DOI: 10.11646/phytotaxa.524.2.4, http://zenodo.org/record/564207
Air and Water Flowrate Optimisation for a Fan Coil Unit in Heat Pump Systems
Get PDFThe degradation in efficiency of auxiliary components in heating/cooling systems when operating at part load is frequently reported. Through the use of variable speed components, the supplied capacity can be reduced to match the required load and hence reduce unnecessary energy consumption. However, for fan coil units, difficulties can arise when optimizing fan and pump speeds at part load. Practically locating optimal water and air flow rates from readily available information and for varying supplied capacities is necessary, in order to reduce the fan coil power consumption. This research attempts to identify whether optimal fan and pump speeds exist for a fan coil unit and how they can be implemented, in a practical manner, in a system control applications. Using an empirical fan coil and pump model, the total power consumption (fan and pump) for different combinations of fan and pump speeds over a range of capacities was calculated. It was observed that, for a given capacity, an optimal combination of fan and pump speeds exists and there was a significant change in power consumption for different combinations of fan and pump speeds supplying the same capacity. A control strategy is described that utilizes a simple fan coil capacity estimation model, coupled with air and water flow rates, along with nominal design data. The pump speed is optimized using PID control to maintain the space temperature at the chosen set-point, which matches the supplied capacity to the required capacity. At set-time intervals, the capacity estimation model is utilized to optimize the water and air flow rates for the required capacity. The control strategy is evaluated, using a full building simulation model for a daily load profile and is compared to two baseline conditions: for no control of the fancoils/pump combination and for PID circulation control of the pump only. The optimal fan and pump speed control resulted in a 43% and 24% decrease in power consumption with compared to the no control baseline and the PID controlled circulation pump strategy, respectively
Zhou yi lüe li
No full text王弼, 韓康伯注 ; 孔穎達正義.綫裝, 1函.框19.7x13.1公分, 9行21字, 小字雙行同. 白口, 無魚尾, 四周單邊. 版心中鐫"易疏"及卷次, 下記刻工.分上,下經 ; 卷一至三為上經, 卷四至九為下經.出版項據《明代版本圖錄初編》推定.卷一至六由王弼注, 卷七至九由韓康伯注.With: 經典釋文 : 周易音義 / 陸德明撰 -- 周易略例 / 王弼撰.鈐有"呂氏樂房藏書", "得良館藏書記"印.Xian zhuang, 1 han.Kuang 19.7 x 13.1 gong fen, 9 hang 21 zi, xiao zi shuang hang tong. Bai kou, wu yu wei, si zhou dan bian. Ban xin zhong juan "Yi shu" ji juan ci, xia ji ke gong.Fen shang, xia jing ; juan yi zhi san wei shang jing, juan si zhi jiu wei xia jing.Chu ban xiang ju "Ming dai ban ben tu lu chu bian" tui ding.Juan yi zhi liu you Wang Bi zhu, juan qi zhi jiu you Han Kangbo zhu.Wang Bi, Han Kangbo zhu ; Kong Yingda zheng yi.With: Jing dian shi wen : Zhou yi yin yi / Lu Deming zhuan -- Zhou yi lüe li / Wang Bi zhuan.Qian you "Lü shi Le fang cang shu", "De liang guan cang shu ji" yin
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