12,048 research outputs found
Correspondence between Antonio R. Martin, Consul of Spain to Hector Hayashi, September 21, 1944
No full textIn this group of correspondence, Hector Haruo Hayashi, a national of Japan, who was living first in an internment camp in Idaho and later in Santa Fe, New Mexico, is owed money from the government of Peru. Hayashi's son, Jorge Hayashi writes on behalf of his father about this money. An official response is sent to both Hector and Jorge Hayashi regarding the payment.Collection of notes, articles, correspondence, photographs, and term papers collected by Yukio Mochizuki, a student at CSU Dominguez Hills, while researching Japanese American incarceration and Japanese Peruvian internment during World War II
Agroeca montana Hayashi
No full textAgroeca montana Hayashi, 1986 ( Figs. 1 - 4 ) Agroeca montana Hayashi, 1986, Proc. Japn. Soc. syst. Zool., 33: 24, figs. 1 - 10. Notes. This species was described by the author. He collected many specimens from the forest near the southeastern foot of Mt. Akagi. It may be possible that the female of A. coreana described by Namkung ( 1989 ) corresponds to that of A. montana.Published as part of Hayashi, Toshi, 1992, Three Species of the Genus Agroeca (Araneae: Clubionidae) from Japan, Including a New Species, pp. 133-137 in Acta Arachnologica 41 (2) on page 134, DOI: 10.5281/zenodo.84867
Oedichirus kuroshio Hayashi
No full textOedichirus kuroshioHAYASHI Oedichirus kuroshio HAYASHI, 1989: 161. Oedichirus kuroshio SHIBATA et al. 2013: 161. M a t e r i a l s t u d i e d: 1♀: JAPAN Ryukyus, Miyako-jima Is., Tomori, 22.IV.1993, H. Onodera leg. / Oedichirus kuroshio Hayashi det. 2016 G. de Rougemont [CIK]. The fore-body, male 8 th sternite and aedoeagus were illustrated by HAYASHI (1989). This species was only known from Iriomote (Ryukyu islands), and Lanyu Island, off the southeast coast of Taiwan.Published as part of Rougemont, Guillaume de, 2018, New oriental Oedichirus (Staphylinidae, Paederinae, Pinophilini), pp. 461-536 in Linzer biologische Beiträge 50 (1) on page 479, DOI: 10.5281/zenodo.400424
Sangoku tsūran zusetsu 三國通覧圖說
No full textHand-drawn ink on paperHayashi Shihei 林子平 (1738-1793)Forward by Katsuragawa Hoshū 桂川甫周 (1754-1809) and preface by Hayashi Shihei32 pages of color images
Size: 6 7/16 x 9 7/16 in.Translation of title: Illustrated survey of three countriesSangoku tsūran zusetsu is an ethnographical and geographical study of Korea, the kingdom of Ryūkyū, Ezo (Hokkaidō), and the Ogasawara Islands. This 112 page manuscript depicts the people of the above areas, including their costumes, housing and the necessary implements for their sustenance, such as hunting devices.
Hayashi Shihei, a samurai from the Mutsu domain, studied foreign affairs in the city of Nagasaki, the gateway for imported goods as well as foreign news and knowledge brought by Dutch and Chinese merchants. He became aware of the threat of Russia’s southward advancement and advocated for the importance of maritime security. Shihei hoped to increase awareness and to promote the knowledge of maritime security through the publication of Sangoku tsūran zusetsu, although the Shogun’s government banned the book in 1791. Like many other banned books related to such topics, including another work by Hayashi, Kaikoku heidan (discussion on maritime nations), Sangoku tsūran was often hand-copied, and circulated among people who shared his concerns regarding the future of Japan.
Researcher: Momoko Welch
Other:
Kyushu University Museum (http://record.museum.kyushu- u.ac.jp/sangokutu/page.html?style=a&part=1&no=1)
and
Waseda University Library (http://www.wul.waseda.ac.jp/kotenseki/html/r u03/ru03_01547/index.html) has copies in black-and-whit
Quantum Network Code for Multiple-Unicast Network with Quantum Invertible Linear Operations
No full textThis paper considers the communication over a quantum multiple-unicast network where r sender-receiver pairs communicate independent quantum states. We concretely construct a quantum network code for the quantum multiple-unicast network as a generalization of the code [Song and Hayashi, arxiv:1801.03306, 2018] for the quantum unicast network. When the given node operations are restricted to invertible linear operations between bit basis states and the rates of transmissions and interferences are restricted, our code certainly transmits a quantum state for each sender-receiver pair by n-use of the network asymptotically, which guarantees no information leakage to the other users. Our code is implemented only by the coding operation in the senders and receivers and employs no classical communication and no manipulation of the node operations. Several networks that our code can be applied are also given
Henricia pacifica Hayashi 1940
No full textHenricia pacifica Hayashi, 1940 Figures 10 A–F, 12 I Henricia pacifica Hayashi, 1940: 152: pl. 9, figs 7–10.— Djakonov, 1958: 301; 1961: 16.— Hayashi, 1973: 79, pl. 13, fig. 2. Material examined. East China Sea. One (R 36 – 19 mm, r 4.8 mm, R: r 7.5 –4.0), MBM 175692, CN V 580 B- 23, Stn. 13, 30° 30 ʹN, 128 °00ʹE, 365-395m, muddy sand, AT, coll. ZHANG, 1 Jul 1978;Two (R 31 – 29 mm, r 5.2 mm, R: r 6.0– 5.6; R 17 – 14 mm, r 3.5 mm, R: r 4.9 –4.0), MBM 175701, CN V 469 B- 79, Stn. V-11, 27 ° 30 ʹN, 126 °00ʹE, 162m, fine sand, AT, coll. WU, 10 Oct 1975; One (R 51 – 47 mm, r 7.0 mm, R: r 7.3 – 6.7), MBM 176346, CN KY 10 B- 82, Stn. Z -4, 28° 40 ʹN, 128 ° 40 ʹE, 1115m, soft mud, AT, 4 Aug 1981. Distribution. East China Sea, Japan, and Sakhalin, 50–1115 m. Remarks. This species is closely related to Henricia arcystata Fisher, but differs in each adambulacral plate bearing more numerous subadambulacral spines (on the plate surface) and a single furrow spine, not three furrow spines in a vertical series. Our specimens do not possess a short series of the secondary ventrolateral plate at the arm base. In addition, the present specimen extends the depth of the species to 1115 meters.Published as part of Xiao, Ning, Liao, Yulin & Liu, Ruiyu, 2011, Records of the genus Henricia Gray, 1840 (Echinodermata: Asteroidea: Echinasteridae) from Chinese waters, pp. 1-20 in Zootaxa 3115 on pages 13-14, DOI: 10.5281/zenodo.27935
Geodromicus ohkurai Hayashi 1992
No full textGeodromicus ohkurai (Hayashi, 1992) Psephidonus ohkurai Hayashi, 1992: 107 Psephidonus ohkurai yushanensis Hayashi, 1992: 110 syn. nov. Material. 1 ♀: TAIWAN, Kaohsiung Hsien, Crk. 4 km E Yakou, 2600 m. 23.VII. 1993. A. Smetana [T 162: Original mixed forest; specimen taken by sifting of wet moss from large rocks directly in a creek] (cSm). Remarks. Geodromicus ohkurai was split by the author in two subspecies, both from central Taiwan: “Mt. Houfuan, Nantou Hsien” (G. ohkurai ohkurai) and from “Mt. Yushan, Chiai Hsien” (G. ohkurai yushanensis). The subspecies G. ohkurai yushanensis, based on teneral specimens, was established solely on differences in the shape of the pronotum (see Hayashi 1992: 110 for details). These differences fall within intraspecific variability, as documented by the presence of the same variability in the shape of pronotum in many species of G eodromicus (e.g., see Shavrin 2015). Therefore, based on the above information, G. ohkurai yushanensis is put in synonymy with G. ohkurai (syn. nov.).Published as part of Smetana, Aleš, 2016, New species and records of the genus Geodromicus Redtenbacher, 1857 (Coleoptera: Staphylinidae: Omaliinae) from Taiwan, pp. 591-599 in Zootaxa 4066 (5) on pages 597-598, DOI: 10.11646/zootaxa.4066.5.7, http://zenodo.org/record/26647
Time-resolved-absorption spectroscopic detection of 10,10-dimethyl-10-silaanthracen-9(10H)-one oxide
No full textPT: J; CR: ANDO W, 1981, J SYN ORG CHEM JPN, V39, P613 BARTLETT PD, 1962, J AM CHEM SOC, V84, P3408 HAYASHI H, 1980, B CHEM SOC JPN, V53, P1519 KANAMARU N, 1970, B CHEM SOC JPN, V43, P3443 MURRAY RW, 1971, J AM CHEM SOC, V93, P4963 SAWAKI Y, 1981, J AM CHEM SOC, V103, P3832 SEKIGUCHI A, 1982, TETRAHEDRON LETT, V23, P4095 STEWART R, 1963, CAN J CHEM, V41, P1065 SUGAWARA T, 1983, CHEM LETT TURRO NJ, 1980, IEEE J QUANTUM ELECT, V16, P1218; NR: 10; TC: 47; J9: CHEM LETT; PG: 2; GA: RB995Source type: Electronic(1
Pasiphaea debitusae Hayashi 1999
No full textPasiphaea debitusae Hayashi, 1999 [New Japanese name: Kotsuno-shira-ebi] Figs. 7A, 8 Pasiphaea debitusae Hayashi, 1999: 281, figs. 8–10 [type locality: Banda Sea, Indonesia, 605– 576 m].— De Grave & Fransen 2011: 258. Material examined. T/RV “Toyoshio-maru”, 2010-03 cruise, stn 13, W of Amami-ohshima Island, 28°23.54’N, 129°11.25’E, 0–500 m, bottom depths 683–708 m, 21 May 2010, ORI net oblique tow, 2 females (cl 7.6, 10.8 mm), CBM-ZC 11278. Additional material. R/V “Hakuho-maru”, KH02-04 cruise, stn S1-B, Sulu Sea, Philippines, 07°56.50’N, 118°10.09’E, 292–296 m, 23 November 2002, beam trawl with 3 m span opening, coll. S. Ohtsuka, 1 female (cl 8.3 mm), 1 ovigerous female (cl 11.2 mm), CBM-ZC 8739. Coloration in fresh condition (Fig. 7A). Body generally transparent, with scattered red chromatophores on lateral surfaces; dorsal and ventral margins of pleomere 6 reddish; corneas gray. Antennular peduncle and flagella semi-transparent. Antennal peduncle also semi-transparent, with red tinge on basicerite and carpocerite. Distribution. Previously known with certainty only from the Banda Sea, Indonesia, at depths of 304–605 m (see “Remarks”). The present specimens represent new records of this species from Japan and the Philippines; the bathymetric range is also slightly extended, ranging from 292 to 708 m. Remarks. Hayashi (1999) reviewed the Pasiphaea sivado (Risso, 1816) species group, recognizing the following nine species: P. debitusae Hayashi, 1999, P. fragilis Hayashi, 1999, P. gracilis Hayashi, 1999, P. japonica Omori, 1976, P. laevis Hayashi, 1999, P. marisrubri Iwasaki, 1989, P. philippinensis Hayashi, 1999, P. propinqua de Man, 19016, and P. sivado. Subsequently, Hayashi (2006) described a new species, P. mclaughlinae from off Taiwan, which was referred to the P. sivado species group. This informal species group is easily recognized by the possession of a posterodorsal spine on the pleomere 6 within the genus Pasiphaea Savigny, 1816 (cf. Hayashi 1999). Pasiphaea debitusae was originally described on the basis of material from the Banda Sea, Indonesia. There have been no subsequent records of this species. The specimens examined in this study are identified with P. debitusae on account of the following features (cf. Hayashi 1999): rostrum very small, slender, less ascending compared with other species in the P. sivado species group (Fig. 8A, B); carapace dorsally rounded, with obscure branchiostegal sinus (Fig. 8A); pleomeres all rounded dorsally, pleomere 6 with posterodorsal spine (Fig. 8C); posterior margin of telson truncate; meri of pereopods 1 and 2 with 4–7 and 6–13 spiniform setae, respectively, included generally within variation range previously reported (Fig. 8D, E); ischium of pereopod 2 with 1 spiniform seta on ventral margin (Fig. 8E); and no pleurobranch on thoracomere 8. Our specimens represent the second record of the species since the original description. Hayashi (1999) suggested that specimens from the Andaman Sea, identified with P. sivado by Wood-Mason (1892) and Wood-Mason & Alcock (1893), might represent P. debitusae, but this needs to be verified by examination of the voucher material.Published as part of Komai, Tomoyuki, Ohtsuka, Susumu, Yamaguchi, Shuhei & Nakaguchi, Kazumitsu, 2018, New records of six deep-sea caridean shrimps (Crustacea: Decapoda) from the Ryukyu Islands and its adjacent waters, southwestern Japan, pp. 114-128 in Zootaxa 4457 (1) on page 122, DOI: 10.11646/zootaxa.4457.1.5, http://zenodo.org/record/145761
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