149,569 research outputs found
Replication Data for: Slab morphology beneath northern Sumatra revealed by regional and teleseismic traveltime tomography
No full textSeismic data used in Liu, S., Suardi, I., Zheng, M., Yang, D., Huang, X., & Tong, P. (2019). Slab morphology beneath northern Sumatra revealed by regional and teleseismic traveltime tomography. Journal of Geophysical Research: Solid Earth, 124. https://doi.org/10.1029/2019JB017625
Trilacuna Tong & Li 2007
No full textKey to species of the genus Trilacuna occurring in China (females of T. angularis and T. cuneata unknown) 1 (0) Males............................................................................................. 2 - Females.......................................................................................... 15 2 (1) Epigastric region strongly elevated (e.g., Fig. 6H; Liu et al. 2019: fig. 1E; Tong et al. 2019: figs 1I, 4I, 7I, 19I).......... 3 - Epigastric region flat................................................................................. 8 3 (2) Epigastric region with a long wedge-shaped scape (Liu et al. 2019: fig. 1E, F)................... T. cuneata Tong, 2019 - Epigastric region without the long wedge-shaped scape...................................................... 4 4 (1) Epigastric region with four long, very thick setae; sternum with many short, italic thick setae (Tong et al. 2019: fig. 4E, H, I)....................................................................... T. datang Tong, Zhang & Li, 2019 - Without the above-mentioned characters.................................................................. 5 5 (4) Epigastric region with a cluster of densely short seta (Fig. 6G).................................. T. wenfeng sp. nov. - Epigastric region without the above-mentioned character.................................................... 6 6 (5) Sternum with several grooves on posterior part (Tong et al. 2019: fig. 1E)............. T. bawan Tong, Zhang & Li, 2019 - Sternum without grooves on posterior part................................................................ 7 7 (6) Sternum with a cluster of short setae on posterior part; embolus system with comb-like prolateral lobes (Tong et al. 2019: figs 19E, 20B)............................................................... T. xinping Tong, Zhang & Li, 2019 - Sternum without cluster of short setae on posterior part; embolus system without comb-like prolateral lobes, but with rows of lobes in basal ventral groove and a large distal plate (Tong et al. 2019: figs 7E, 8C)..... T. fugong Tong, Zhang & Li, 2019 8 (2) Embolus system with two very long, strongly curved outgrowths (Tong et al. 2018: fig. 2C, D)................................................................................................. T. simianshan Tong & Li, 2018 - Embolus system without the above-mentioned character..................................................... 9 9 (8) Palpal tibia with numerous, very long, penniform setae on prolateral surface and two long, strong setae on retrolateral surface; posterior part of sternum with two elevated ridges, each covered with a row of short, strong setae (Tong et al. 2018: figs 6E, 7C, D)....................................................................... T. songyuae Tong & Li, 2018 - Without the above-mentioned characters................................................................. 10 10 (9) Sternum with many rows of small ridges on posterior area (Tong et al. 2019: figs 13E, 16E)........................ 11 - Sternum without small ridges on posterior area........................................................... 12 11 (10) Embolus system with four long, finger-like lobes and two distal broad lobes prolaterally (Tong et al. 2019: fig. 17B)............................................................................... T. wuhe Tong, Zhang & Li, 2019 - Embolus system with two narrow, blade-like lobes prolaterally (Tong et al. 2019: fig. 14B)................................................................................................ T. longling Tong, Zhang & Li, 2019 12 (10) Endites distally slightly branched; embolus system with three long, tooth-like lobes prolaterally (Tong et al. 2019: figs 10E, 11B, D)............................................................... T. gongshan Tong, Zhang & Li, 2019 - Endites distally strongly branched; embolus system without three long, tooth-like lobes prolaterally................. 13 13 (12) Embolus system with a broad sickle-shaped branch prolaterally (Figs 2C, 3E)....................... T. difeng sp. nov. - Embolus system without a broad sickle-shaped branch prolaterally............................................ 14 14 (13) Base of embolus system strongly bulged prolaterally (Tong & Li 2007: fig. 15)............. T. angularis Tong & Li, 2007 - Base of embolus system not bulged (Tong & Li 2007: fig. 9)............................. T. rastrum Tong & Li, 2007 15 (1) Surface of sternum strongly rugose (Tong et al. 2019: fig. 6E)...................... T. datang Tong, Zhang & Li, 2019 - Surface of sternum not strongly rugose.................................................................. 16 16 (15) Surface of sternum reticulated (e.g., Fig. 4D; Tong et al. 2018: figs 5E, 10E).................................... 17 - Surface of sternum smooth, or slightly rugose on middle part................................................ 19 17 (16) Middle part of posterior margin of epigastric scutum strongly extended posteriorly; endogyne with a very long, nearly coneshaped structure (Tong et al. 2018: figs 5H, I)..................................... T. simianshan Tong & Li, 2018 - Posterior margin of epigastric scutum smoothly curved, not strongly extended posteriorly; endogyne with a small globular shaped structure (e.g., Fig. 5A, B; Tong et al. 2018: figs 10H, I).............................................. 18 18 (17) Epigastric region with a pair of large dark knob; globular structure of endogyne very small (Tong et al. 2018: fig. 10H, I).............................................................................. T. songyuae Tong & Li, 2018 - Epigastric region without large dark knob; globular structure of endogyne large (Fig. 5A, B)........... T. difeng sp. nov. 19 (16) Surface of sternum slightly rugose on middle part (Tong et al. 2019: figs 15E, 18E).............................. 20 - Surface of sternum smooth........................................................................... 21 20 (19) Middle part of anterior margin of postgastric scutum smooth (Tong et al. 2019: fig. 24I)................................................................................................... T. longling Tong, Zhang & Li, 2019 - Middle part of anterior margin of postgastric scutum arch-shaped (Tong et al. 2019: fig. 25A)................................................................................................. T. wuhe Tong, Zhang & Li, 2019 21 (19) Endogyne with a posterior horseshoe-shaped sclerite (Tong et al. 2019: fig. 24F)........ T. fugong Tong, Zhang & Li, 2019 - Endogyne without horseshoe-shaped sclerite............................................................. 22 22 (21) Endogyne with only a transverse bar (Fig. 5D; Tong et al. 2019: fig. 25D)...................................... 23 - Endogyne with two transverse sclerites, i.e., an anterior transverse sclerite and a posterior transverse bar.............. 24 23 (22) Transverse bar of endogyne nearly straight (Fig. 5D).......................................... T. wenfeng sp. nov. - Transverse bar of endogyne strongly curved (Tong et al. 2019: fig. 25D)............. T. xinping Tong, Zhang & Li, 2019 24 (22) Recurved arches of epigastric region weakly sclerotized (Tong et al. 2019: fig. 24G, H).................................................................................................. T. gongshan Tong, Zhang & Li, 2019 - Recurved arches of epigastric region strongly sclerotized (Tong et al. 2019: fig. 24A)............................. 25 25 (24) Transverse bar of endogyne straight; ALE separated by about 1.0 times their diameter; clypeus height about 1.1 times ALE diameters (Tong et al. 2019: fig. 3H).......................................... T. bawan Tong, Zhang & Li, 2019 - Transverse bar of endogyne curved; ALE separated by about 1.3 times their diameter; clypeus height about 2.0 times ALE diameters (Tong & Li 2007: fig. 5)................................................. T. rastrum Tong & Li, 2007Published as part of Wang, Ying, Tong, Yanfeng, Bian, Dongju & Li, Shuqiang, 2021, Two new species of the genus Trilacuna from Chongqing Municipality, China (Araneae, Oonopidae), pp. 431-443 in Zootaxa 4927 (3) on pages 432-433, DOI: 10.11646/zootaxa.4927.3.6, http://zenodo.org/record/454236
Opopaea gibbifera Tong & Li 2008
No full textOpopaea gibbifera Tong & Li, 2008 Figs 1 D, L, 2 F, G, 11 Opopaea gibbifera Tong & Li, 2008: 64, figs 7 A–G (Ƥ). Material examined: 7 males, 5 females, CHINA: Hainan, Yinggeling Natural Reserve, 2 August 2007, S. Li leg. (LiSQ 148); 1 male, 1 female, CHINA: Hainan, Wuzhishan National Natural Reserve (18 ° 54.419´N, 109 ° 40.752´E), 744 m a.s.l., 4 August 2007; 2 females, CHINA: Hainan, Wuzhishan National Natural Reserve, 9 August 2007, C. Wang leg. (WangCX 138). All specimens deposited in IZCAS. Diagnosis: This species is recognized by the presence of cone-shaped tubercles on posterior corners of carapace dorsal surface (Figs 1 D, L), the large palpal depression and long outgrowths on male palpal embolus (Figs 11 A, C, E, see Tong & Li, 2008: figs 7 F, G) and small triangular shaped anterior edge of postgynal depression of female (Fig. 2 G). Distribution: China (Hainan: Wuzhishan Mountain (type locality), Yinggeling) (Map 2).Published as part of Tong, Yanfeng & Li, Shuqiang, 2010, The Goblin Spiders of the Genus Opopaea (Araneae, Oonopidae) in Hainan Island, China, pp. 23-43 in Zootaxa 2327 on page 32, DOI: 10.5281/zenodo.20579
Tong-Il Han, piano, November 8, 1987
No full textThis is the concert program of the Tong-Il Han, piano performance on Sunday, November 8, 1987 at 8:00 p.m., at the Concert Hall, 855 Commonwealth Avenue. Works performed were Impromptu in C minor, Op. 90 No. 1 by Franz Schubert, Sonata in A major D. 959 by F. Schubert, and Sonata in B minor by Franz Liszt. Digitization for Boston University Concert Programs was supported by the Boston University Humanities Library Endowed Fund
D-Branes from Field Theory
No full textTong, David. (2012). D-Branes from Field Theory. Retrieved from the University Digital Conservancy, https://hdl.handle.net/11299/130116
Credit rationing and firms in oligopoly
No full textThis paper develops a theory of the firm, and equilibrium credit rationing mechanisms in oligopoly with R&D-product market competition. Credit rationing arises from a hold-up problem between wealth-constrained entrepreneurs and external investors. Underinvestment occurs if entrepreneurial wealth constraint is binding, even though the equilibrium corporate governance structure addresses the hold-up problem optimally. In a symmetric equilibrium outcome all firms face equitable credit-size rationing. In contrast the asymmetric equilibrium outcome sees some firms (the 'preys') denied external credits entirely while the others (the 'predators') receiving more favorable finances, which turns out to increase market concentration and overall R&D investments
Magnetic catalysis in AdS 4
No full textWe study the formation of fermion condensates in anti-de Sitter space. In particular, we describe a novel version of magnetic catalysis that arises for fermions in asymptotically AdS 4 geometries which cap off in the infrared with a hard wall. We show that in the presence of a magnetic field, a condensate develops in the bulk, spontaneously breaking CP symmetry. From the perspective of the dual boundary theory, this corresponds to a strongly coupled version of d = 2 + 1 magnetic catalysis. © 2012 IOP Publishing Ltd
How European financial institutions affect their R&D and economic development
No full textPART I: INCREASING COMPETITIVNESS THROUGH R&D AND INNOVATIONS Chapter 1 From LISBON To "Lisbon" - Janez Prašnikar Chapter 2 EU and Economic Growth - A.W. BootChapter 3 How European Financial Institutions Affect Their R&D and Economic Development - Jiang Tong and Chenggang XuChapter 4 Internationalization of R&D Within Small Open Economies - The Dutch Case - Hugo Erken, Victor Gilsing, and Andre van HoornChapter 5 Innovations and R&D in a Technology Follower Country: a Case of Slovenia - Janez Prašnikar and Patricia KotnikPART II: STRUCTURAL REFORMS, STABILIZATION AND SOCIAL COHESION IN SLOVENIAChapter 6 "Soft landing" in the ERM2: Lessons from Slovenia - Velimir Bole and Dušan MramorChapter 7 The Development of the Single European Market for Financial Services and its Effects on Slovenia - Silva Deželan and Marko KošakChapter 8 Flexibility Through Labor Market Regulation: Comparing Slovenia with Other European Countries - Polona Domadenik, Robert Kaše, and Nada ZupanChapter 9 Taxes on Capital and Labor in Slovenia - Mitja Èok, Igor Gabrijelèiè, and Andraž BrodnjakChapter 10 On the Evolution of Size and Productivity in Transition: Evidence from Slovenian Manufacturing Firms - Sašo PolanecChapter 11 Key Challenges of Slovenia in Implementing EU Cohesion Policy in the New Financial Perspective - Mojmir Mrak, Vasja Rant, Igor Gabrijelèiè, and Sebastjan GrgetaChapter 12 Benchmarking Policies Regarding Poverty and Social Exclusion - Andreja Cirman and Matija SevšekPART III: THE INNOVATIVE FIRMChapter 13 Towards a more Innovative Company - Creating Options for the Future - Arie P. Nagel, Wim Vanhaverbeke, and Marko TorkkeliChapter 14 An Application of the Open Innovation Model in Gorenje d.d. - Janez Prašnikar, Monika Lisjak, Aleš Mataj, Marko Pahor, Aleša Saša Sitar, Mateja Štemberger, Hugo Zagoršek, and Nataša ZdoucPART III: THE INNOVATIVE FIRMChapter 15 Exploring the Challenge of Destination Management: Comparison of the Supply and Demand Characteristics in Four Destinations in North Adriatic and Gorica Region - Janez Prašnikar, Maja Brenèiè-Makovec, and Ljubica Cvelbar KneževiæChapter 16 The Boundaries and Opportunities of Facilitating High-Tech Growth in Slovenia - Mateja Drnovšek and Andreja CirmanChapter 17 Virtual Incubation Platform of Added Value as a tool to Generate Technology Start-Ups in Slovenia - Aljoša FeldinPART IV: SOCIAL CORPORATE RESPONSIBILITYChapter 18 Dilemmas in Balancing the Stakeholders: Corporate Social Responsibility in the Pharmaceutical Company Novo Nordisk - Niels MygindChapter 19 Modeling Corporate Social Responsibility - Žiga Debeljak and Aleksandra GregorièChapter 20 Balanced Scorecard Revisited: A Corporate Social Responsibility Perspective - Adriana RejcChapter 21 Reporting on Corporate Social Responsibility - Sergeja SlapnièarContributors Inde
Dendrothrips homalii Zhang & Tong 1988
No full textDendrothrips homalii Zhang & Tong (Figs 5, 12, 17, 38, 41, 50–51) Dendrothrips homalii Zhang & Tong, 1988: 276. The type specimens of homalii were collected from Homalium hainanense [Flacourtiaceae] in Hainan province, and a series including the male was collected recently from Populus tomentosa [Salicaceae] in Hunan, China. The type specimens have been compared with D. howeii from Lord Howe Island, Australia, a species that is also introduced to California (Hoddle et al. 2012). These two species are remarkably similar in color or structure, although the available males from Australia are paler than the available male from China. At present it is not possible to decide if they represent the same species. A further similar species is strasseni based on a single female from Mumbai, India, that is also recorded from Nepal by Kudô (1989). Female body brown, abdominal tergites slightly paler medially (Fig. 50); antennal segment brown, III and IV paler; fore wing white in basal fifth, then brown to apex (Fig. 12). Antennae 8-segmented, III–IV each with a small forked sense cone. Head reticulate on occipital region, ocellar triangle finely tuberculate with weak lines; pronotum transverse reticulate bearing inner winkles and coarse granules, all setae minute but slightly thickened (Fig. 5). Mesonotum with transverse reticles; metanotum longitudinally striate, median setae arising in the middle. Fore wing with uniform microtrichia, veinal setae small, first vein with 7 basal setae and 2 distal setae, second vein generally with 7–9 setae; clavus with 4+1 setae, the apical one longest and blunt. Abdominal tergites III–VIII with transverse anastomosing striae bearing short ridges (Fig. 17); tergite VIII with complete posteromarginal comb. Male: similar to female (Fig. 51), but abdomen slender, antennae brown (Fig. 41), tergites IV–V pale (Fig. 38). Material examined. Type series of homalii (in SCAU); Other specimens: CHINA (in SCAU), Hunan, Yiyang, Datonghu Town (29°11′39″N, 112°37′23″E), 8 females, 1 male collected from Populus tomentosa [Salicaceae], 7.xi.2016 (Xiaoli Tong). Distribution: China (Hunan, Hainan) Host plants: Homalium hainanense [Flacourtiaceae], Populus tomentosa [Salicaceae].Published as part of Wang, Zhaohong, Mound, Laurence A. & Tong, Xiaoli, 2019, Character state variation within Dendrothrips (Thysanoptera: Thripidae) with a revision of the species from China, pp. 231-248 in Zootaxa 4590 (2) on pages 234-235, DOI: 10.11646/zootaxa.4590.2.2, http://zenodo.org/record/265186
Donald D. Tong, The Heart Of Economic Reform : China's Banking Reform and State Entreprise Restructuring
No full textLemoine Françoise. Donald D. Tong, The Heart Of Economic Reform : China's Banking Reform and State Entreprise Restructuring. In: Perspectives chinoises, n°76, 2003. pp. 73-74
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