200,924 research outputs found
Callechelys kuro Kuroda 1947
No full textCallechelys kuro (Kuroda, 1947) ΑΑª Aphthalmichthys kuro Kuroda, 1947: 27 (type locality: Tosa Bay, Japan, 16–18 m). Callechelys kuro (Kuroda, 1947): McCosker et al., 2011: 272. Yirrkala kuro (Kuroda, 1947): Shao et al., 2008: 239. Remarks. A very rare species represented by only a few specimens collected off northeastern and southwestern Taiwan.Published as part of Ho, Hsuan-Ching, Smith, David G., Mccosker, John E., Hibino, Yusuke, Loh, Kar-Hoe, Tighe, Kenneth A. & Shao, Kwang-Tsao, 2015, Annotated checklist of eels (orders Anguilliformes and Saccopharyngiformes) from Taiwan, pp. 140-189 in Zootaxa 4060 (1) on page 167, DOI: 10.11646/zootaxa.4060.1.16, http://zenodo.org/record/24365
Profundiconus profundorum Kuroda 1956
No full text<i>Profundiconus profundorum</i> (Kuroda, 1956) <p>(Figure 10)</p> <p> 1956 <i>Chelyconus (Profundiconus) profundorum</i> nov. spec.—Kuroda: p. 5, figs. 8–9. 1995 <i>Conus profundorum</i> (Kuroda, 1956) —Röckel, Korn & Kohn: p. 152, pl. 27, figs. 13–17. 2000 <i>Conus (Profundiconus) profundorum</i> (Kuroda, 1956) —Hori: p. 619, pl. 308, fig. 159. 2008 <i>Conus profundorum</i> (Kuroda, 1956) —Raybaudi Massillia: p. 640, pl. 615, figs. 4–5. 2009 <i>Profundiconus profundorum</i> (Kuroda, 1956) —Tucker & Tenorio: p. 149, pl. 10, fig, 7 & pl. XIV, fig. 15 & pl. XV, fig.</p> <p>1–4.</p> <p> 2015 <i>Profundiconus profundorum</i> (Kuroda, 1956) —Puillandre <i>et al.</i>: p. 4.</p> <p> <b>Material.</b> Anda2 (1) RGM 1008320.</p> <p> <b>Characterization.</b> Shell large, 117 mm. Protoconch damaged. Spire of moderate height, outline slightly concave. First several postnuclear whorls tuberculate. Sutural ramps slightly concave, with 3 increasing to 11 spiral grooves. Shoulder rounded. Last whorl conical, with a straight to weakly convex outline. Lower one-third of last whorl with weak axially striate grooves and spiral ribbons in between and narrow at base. Columella curved to left at base.</p> <p> <b>Distribution.</b> Japan, Philippines, New Caledonian area; possibly also S.E. Pacific, in 180–550 m (Röckel, Korn & Kohn, 1995). Japan, the Philippines and New Caledonia, sandy mud bottom, 200–550 m (Hori, 2000). Philippines, 150–300 m (Raybaudi Massillia, 2008).</p> <p> <b>Remarks.</b> This specimen is large for the species, relatively high-spired and its sculpture is rather coarse, making it a somewhat atypical specimen. However, its characters appear to fall within the range of conchological variation of the species.</p>Published as part of <i>Helwerda, Enate A., 2017, Conidae and Terebridae (Gastropoda: Neogastropoda) from the Plio-Pleistocene of the Philippines, pp. 545-561 in Zootaxa 4221 (5)</i> on page 553, DOI: 10.11646/zootaxa.4221.5.4, <a href="http://zenodo.org/record/253519">http://zenodo.org/record/253519</a>
Kuroda Precision Industries (M) Ltd / Jamillul lkhmal Rashid
No full textDuring the Industrial Training at Kuroda Precision Industries (M) LTD, its technician and operator department have long been exposed to various activities and tasks in this company indirectly, trainees also must know every responsibility and role in the company. Exposure to real working environment is good for student as trainers, especially to open the minds and brains to be more creative and highly knowledgeable, students can also identify and address issues that often arise in real work situations. It will further enhance the student's ability to think, learn independently and solve problems effectively and more importantly can produce creative work and quality. During training in operator department coach can identify some strengths and weaknesses of the company. However, this drawback can be overcome and repaired. Principles of organization and administrative functions play an important role in creating a robust organizational planning, coordination and control is essential to coordinate all tasks. An organization must be established and excellent efficient and effective decision-making and planning, and this is the main principle in the management of an organization. Through the Industrial Training, the training objectives have been achieved during the training conducted for 17 weeks. Therefore, it can be concluded that all the exposure that has been given to the trainees during training is very useful and should be exploited in the future. Such training also will produce graduates who are knowledgeable and a great personality. However, it is recommended that the Industrial training duration week to be extend because of the Kuroda Precision Industries (M) factory was closed during the MCO due to the increases Covid-19 cases. The students are also recommended to accept to do the training related to the diploma programme because the chemical engineering scope of the training I receive at Kuroda Precision Industries (M) is limited
WEAK-BOSON SCENARIOS IN GENERAL ELECTROWEAK MIXING SCHEMES
No full textKURODA M, Schildknecht D. WEAK-BOSON SCENARIOS IN GENERAL ELECTROWEAK MIXING SCHEMES. PHYSICAL REVIEW D. 1982;26(11):3167-3175
PHENOMENOLOGY OF WEAK ISOSCALAR VECTOR BOSONS
No full textKURODA M, Schildknecht D, SCHWARZER KH. PHENOMENOLOGY OF WEAK ISOSCALAR VECTOR BOSONS. NUCLEAR PHYSICS B. 1985;261(3):432-454
COMPOSITE MODELS, W-DOMINANCE AND WEAK BOSON MASS BOUNDS
No full textKURODA M, Schildknecht D. COMPOSITE MODELS, W-DOMINANCE AND WEAK BOSON MASS BOUNDS. PHYSICS LETTERS B. 1983;121(2-3):173-179
Turris brevicanalis , Kuroda, Oyama 1971
No full textTurris brevicanalis (Kuroda & Oyama in Kuroda et al. 1971) Plate 6, figs A–H Annulaturris brevicanalis Kuroda & Oyama in Kuroda et al., 1971: 224, pl. 57, fig. 5. Type loc.: Sagami Bay, Japan. Turris (Annulaturris) brevicanalis; Hasegawa et al. 2000: 633, pl. 315, fig. 65. Turris brevicanalis; Higo et al. 2001: 101 (fig. of holotype). Turris (Annulaturris) brevicanalis; Higo et al. 1999: 304; Not: Annulaturris brevicanalis; Vera-Peláez et al. 2000: pl. 7, fig. 4. DESCRIPTION: Shell thick, fusiform, b/l 0.27–0.38, a/l 0.37–0.40, whorls gently convex, siphonal canal distinctly recurved, usually equal in length to rest of aperture, sometimes shorter; columella callus thick, with distinct edge, fasciole sometimes with a slight false umbilicus. Outer lip convex, drawn in at base of siphonal canal, but not forming a distinct stromboid notch, edge of lip crenate; anal sinus moderately shallow, linguiform, with a raised border. Spiral cords slightly angularly rounded, but crests flattened, sometimes steep-sided, except on base; suture forming a deep but narrow notch. First whorl with two granulate spiral ridges, following whorls with 3 thin spiral ridges per whorl, with a 4 th one developing above suture. Subsutural cord bearing three spiral ridges, the median one strong, the others weak, crossed by dense axial lamellae, crenulating sulcus, which is deep and narrow. Sinus cord projecting, forming a narrowly tabulate shoulder, more or less wider than sulcus, shallowly bifid, feebly crenulate. flanked by fine, converging, oblique lamellae; base of whorl with 3 slightly angularly rounded spiral cords, plus several spiral threads above suture, the peripheral cord not protruding beyond sinus cord or only slightly so; intervals are filled with dense spiral threads. Upper part of base with 5–6 weakly convex spiral cords, rostrum with 12–16 fine, dense, rough threads. Collabral threads weak to strong, crispate, forming thin lamellae in intervals, coarsest below suture and on rostrum. Colour dull white, spiral cords with rounded reddish-brown spots or short bars, becoming paler behind lip and on base. Protoconch bluntly conical, of slightly over 3 convex whorls, with feeble axial ribs, except on last whorl which bears 10 relatively strong, opisthocyrt axial ribs; breadth 1.03 mm. Dimensions (largest examples seen): 89.4 x 25.4 mm; 86.6 x 24.4 mm; 85.2 x 24.3 mm. TYPES: A. brevicanalis: holotype NSMT–MoR 0 6103 in Showa Memorial Institute (f. Kikuchi et al. 1997: 25). OTHER MATERIAL EXAMINED: JAPAN: off Jyogashima Is., Kanagawa Prefecture, Honshu (NSMT-Mo 77202: Sakurai colln); Sagami, Kanagawa Prefecture (NSMT-MoR 18913: Showa Memorial Institute); off Kii, Wakayama Prefecture, (NSMT-Mo 77199: Kawamura colln); off Wakayama Prefecture (NMST-Mo 77201: Sakurai colln); Tanabe Bay, off Sakaihama in Minabe-cho, Tanabe-gun, Wakayama Prefecture (ANSP 420818: Hideo Katori); off Hota, Kyonan-machi, Chiba Prefecture, 30 fath.[55 m] (NSMT-Mo 77203: T. Inaba). REMARKS: A variable species, with a siphonal canal that is short to moderately long, and spiral cords that may be low with shallow intervals or moderately strong with crisp intervals. Collabral threads may be low or sharply defined. Turris brevicanalis is very similar to T. pagasa, but grows larger, with a distinctly thicker subsutural cord, and relatively wider sinus cord, and usually shows a series of fine spiral threads immediately above the suture on the last whorl; T. brevicanalis lacks the pale band anterior to the sinus cord that is distinctive of T. pagasa.Published as part of Kilburn, Richard N., Fedosov, Alexander E. & Olivera, Baldomero M., 2012, Revision of the genus Turris Batsch, 1789 (Gastropoda: Conoidea: Turridae) with the description of six new species, pp. 1-58 in Zootaxa 3244 (1) on pages 12-14, DOI: 10.11646/zootaxa.3244.1.1, http://zenodo.org/record/24632
Born-form approximation for e(+)e(-) -> W+W- -> 4 fermions (+gamma)
No full textKuroda M, Schildknecht D. Born-form approximation for e(+)e(-) -> W+W- -> 4 fermions (+gamma). ACTA PHYSICA POLONICA B. 1999;30(11):3325-3339.We review the results on representing the differential cross section for W-pair production, including W decay and hard-photon bremsstrahlung, in terms of a Born-form approximation of fairly simple analytic form
Trophonopsis polycyma Kuroda 1953
No full text<i>Trophonopsis polycyma</i> Kuroda, 1953 <p>Fig. 5I</p> <p> <i>Trophonopsis polycyma</i> Kuroda, 1953: 187, fig. 1.</p> <p>MATERIAL EXAMINED. — Fiji. BORDAU 1: stn DW 1486, 19°01’S, 178°26’W, 395-540 m, 2 lv (Fig. 5I), 20 dd; stn DW 1488, 19°01’S, 178°25’W, 500-516 m, 53 dd.</p> <p>DISTRIBUTION. — Japan: Sagami Bay, the sea of Enshu-nada, Kii Peninsula (Tsuchiya 2000); Fiji (new record), live in 395-540 m.</p> <p> REMARKS. — <i>Trophonopsis polycyma</i> was recorded previously by Houart (1985: 246) from Mayotte and Madagascar in the southwestern Indian Ocean. However, we have now found that there are a small number of consistent differences between the Fijian and Indian Ocean specimens, which has led to a reexamination of the entire material, and it is concluded that the Indian Ocean specimens represent a distinct, unnamed species with more numerous axial lamellae, a more globose last teleoconch whorl and more obvious spiral sculpture. <i>Trophonopsis polycyma</i> was not previously recorded from the Fiji archipelago.</p>Published as part of <i>Houart, Roland & Héros, Virginie, 2008, Muricidae (Mollusca: Gastropoda) from Fiji and Tonga, pp. 437-480 in Mémoires du Muséum national d'Histoire naturelle 196</i> on page 46
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