wood-lathe spindle - перевод на русский
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wood-lathe spindle - перевод на русский

MACHINE TOOL WHICH ROTATES THE WORKPIECE ON ITS AXIS
Lathes; Back gear; Lathe (tool); Wood lathe; Bench lathe; Centre lathe; Parting/grooving; Reducing lathe; Saddle of lathe; Lathe work; Glass-working lathe
  • Running center (top); dead center (bottom)
  • Craftsman Gregorio Vara working a chair leg on a lathe in Tenancingo, State of Mexico
  • Water-powered Blanchard lathe used for duplicating gun stocks from the 1850s. [[Harpers Ferry Armory]].
  • Modern [[metal lathe]]
  • Exact drawing made with [[camera obscura]] of horizontal boring machine by Jan Verbruggen in Woolwich Royal Brass Foundry approx. 1778 (drawing 47 out of set of 50 drawings)
  • [[Chess pieces]] may be manufactured by way of a lathe.
  • belt drive]] from an external power source
<br/> f: faceplate mounted on spindle
<br/> g: tailstock
<br/> h: leadscrew
  • Lathe turned pillars at [[Chennakeshava temple]] in Belur
  • A steady rest
  • Patternmaker's double lathe (Carpentry and Joinery, 1925)
  • A [[watchmaker]] using a lathe to prepare a component cut from copper for a watch
  • A modern woodworking lathe
Найдено результатов: 1022
wood-lathe spindle      

общая лексика

вал токарного станка по дереву

slide rest         
LATHE MACHINE
Slide rest; Metal Lathe; Top slide; Toolroom lathe; Center lathe; Engine lathe; Wheel lathe; CNC lathe; Swiss lathe; Lathe carriage; Mini lathe; Mechanic slide rest; Turning center; Screw machine (turning center); Steady rest; Barfeeder; Barloader; Sliding headstock machine; Swiss Type; Sliding Headstock Machine; Metalworking lathe; Swiss-style lathe; Lathe (metal)
суппорт
center lathe         
LATHE MACHINE
Slide rest; Metal Lathe; Top slide; Toolroom lathe; Center lathe; Engine lathe; Wheel lathe; CNC lathe; Swiss lathe; Lathe carriage; Mini lathe; Mechanic slide rest; Turning center; Screw machine (turning center); Steady rest; Barfeeder; Barloader; Sliding headstock machine; Swiss Type; Sliding Headstock Machine; Metalworking lathe; Swiss-style lathe; Lathe (metal)

общая лексика

центровой токарный станок

lathe carriage         
LATHE MACHINE
Slide rest; Metal Lathe; Top slide; Toolroom lathe; Center lathe; Engine lathe; Wheel lathe; CNC lathe; Swiss lathe; Lathe carriage; Mini lathe; Mechanic slide rest; Turning center; Screw machine (turning center); Steady rest; Barfeeder; Barloader; Sliding headstock machine; Swiss Type; Sliding Headstock Machine; Metalworking lathe; Swiss-style lathe; Lathe (metal)

общая лексика

каретка токарного станка

mitotic spindle         
  • This diagram depicts the organization of a typical mitotic spindle found in animal cells. Chromosomes are attached to [[kinetochore]] [[microtubule]]s via a multiprotein complex called the kinetochore. Polar microtubules interdigitate at the spindle midzone and push the spindle poles apart via [[motor protein]]s. [[Astral microtubules]] anchor the spindle poles to the [[cell membrane]]. Microtubule polymerization is nucleated at the [[microtubule organizing center]].
  • In the centrosome-mediated "search and capture" model (left), microtubules nucleated from centrosomes contact chromosomes by chance and become stabilized at kinetochores to form the spindle. In the chromatin-mediated "self-organization" model (right), microtubules are nucleated around the vicinity of mitotic chromatin and organized into a bipolar array by motor proteins.
  • Cartoon of the dividing epithelium cell surrounded by epithelium tissue. Spindle apparatus rotates inside the cell. The rotation is a result of astral microtubules pulling towards tri-cellular-junctions (TCJ), signaling centers localized at the regions where three cells meet.
ARRAY OF MICROTUBULES AND ASSOCIATED MOLECULES THAT FORMS BETWEEN OPPOSITE POLES OF A EUKARYOTIC CELL DURING MITOSIS OR MEIOSIS AND SERVES TO MOVE THE DUPLICATED CHROMOSOMES APART
Spindle fiber; Mitotic apparatus; Nuclear spindle; Mitotic spindles; Metaphase plate; Spindle fibers; Mitotic spindle apparatus; Meiotic spindle; Spindle pole; Mitotic spindle; The spindle apparatus; The Spindle apparatus; Spindle (cell); Anastral microtubules; Spindle poles; Karyokinetic spindle

медицина

митотическое веретено

metaphase plate         
  • This diagram depicts the organization of a typical mitotic spindle found in animal cells. Chromosomes are attached to [[kinetochore]] [[microtubule]]s via a multiprotein complex called the kinetochore. Polar microtubules interdigitate at the spindle midzone and push the spindle poles apart via [[motor protein]]s. [[Astral microtubules]] anchor the spindle poles to the [[cell membrane]]. Microtubule polymerization is nucleated at the [[microtubule organizing center]].
  • In the centrosome-mediated "search and capture" model (left), microtubules nucleated from centrosomes contact chromosomes by chance and become stabilized at kinetochores to form the spindle. In the chromatin-mediated "self-organization" model (right), microtubules are nucleated around the vicinity of mitotic chromatin and organized into a bipolar array by motor proteins.
  • Cartoon of the dividing epithelium cell surrounded by epithelium tissue. Spindle apparatus rotates inside the cell. The rotation is a result of astral microtubules pulling towards tri-cellular-junctions (TCJ), signaling centers localized at the regions where three cells meet.
ARRAY OF MICROTUBULES AND ASSOCIATED MOLECULES THAT FORMS BETWEEN OPPOSITE POLES OF A EUKARYOTIC CELL DURING MITOSIS OR MEIOSIS AND SERVES TO MOVE THE DUPLICATED CHROMOSOMES APART
Spindle fiber; Mitotic apparatus; Nuclear spindle; Mitotic spindles; Metaphase plate; Spindle fibers; Mitotic spindle apparatus; Meiotic spindle; Spindle pole; Mitotic spindle; The spindle apparatus; The Spindle apparatus; Spindle (cell); Anastral microtubules; Spindle poles; Karyokinetic spindle

общая лексика

метафазная пластинка

spindle fibers         
  • This diagram depicts the organization of a typical mitotic spindle found in animal cells. Chromosomes are attached to [[kinetochore]] [[microtubule]]s via a multiprotein complex called the kinetochore. Polar microtubules interdigitate at the spindle midzone and push the spindle poles apart via [[motor protein]]s. [[Astral microtubules]] anchor the spindle poles to the [[cell membrane]]. Microtubule polymerization is nucleated at the [[microtubule organizing center]].
  • In the centrosome-mediated "search and capture" model (left), microtubules nucleated from centrosomes contact chromosomes by chance and become stabilized at kinetochores to form the spindle. In the chromatin-mediated "self-organization" model (right), microtubules are nucleated around the vicinity of mitotic chromatin and organized into a bipolar array by motor proteins.
  • Cartoon of the dividing epithelium cell surrounded by epithelium tissue. Spindle apparatus rotates inside the cell. The rotation is a result of astral microtubules pulling towards tri-cellular-junctions (TCJ), signaling centers localized at the regions where three cells meet.
ARRAY OF MICROTUBULES AND ASSOCIATED MOLECULES THAT FORMS BETWEEN OPPOSITE POLES OF A EUKARYOTIC CELL DURING MITOSIS OR MEIOSIS AND SERVES TO MOVE THE DUPLICATED CHROMOSOMES APART
Spindle fiber; Mitotic apparatus; Nuclear spindle; Mitotic spindles; Metaphase plate; Spindle fibers; Mitotic spindle apparatus; Meiotic spindle; Spindle pole; Mitotic spindle; The spindle apparatus; The Spindle apparatus; Spindle (cell); Anastral microtubules; Spindle poles; Karyokinetic spindle

общая лексика

волокна митотического веретена

mitotic apparatus         
  • This diagram depicts the organization of a typical mitotic spindle found in animal cells. Chromosomes are attached to [[kinetochore]] [[microtubule]]s via a multiprotein complex called the kinetochore. Polar microtubules interdigitate at the spindle midzone and push the spindle poles apart via [[motor protein]]s. [[Astral microtubules]] anchor the spindle poles to the [[cell membrane]]. Microtubule polymerization is nucleated at the [[microtubule organizing center]].
  • In the centrosome-mediated "search and capture" model (left), microtubules nucleated from centrosomes contact chromosomes by chance and become stabilized at kinetochores to form the spindle. In the chromatin-mediated "self-organization" model (right), microtubules are nucleated around the vicinity of mitotic chromatin and organized into a bipolar array by motor proteins.
  • Cartoon of the dividing epithelium cell surrounded by epithelium tissue. Spindle apparatus rotates inside the cell. The rotation is a result of astral microtubules pulling towards tri-cellular-junctions (TCJ), signaling centers localized at the regions where three cells meet.
ARRAY OF MICROTUBULES AND ASSOCIATED MOLECULES THAT FORMS BETWEEN OPPOSITE POLES OF A EUKARYOTIC CELL DURING MITOSIS OR MEIOSIS AND SERVES TO MOVE THE DUPLICATED CHROMOSOMES APART
Spindle fiber; Mitotic apparatus; Nuclear spindle; Mitotic spindles; Metaphase plate; Spindle fibers; Mitotic spindle apparatus; Meiotic spindle; Spindle pole; Mitotic spindle; The spindle apparatus; The Spindle apparatus; Spindle (cell); Anastral microtubules; Spindle poles; Karyokinetic spindle

медицина

митотический аппарат

lathe         
токарный станок
lathe work         

общая лексика

токарная работа

Определение

Вуд
I (Wood)

Генри Джозеф (3.3.1869, Лондон, - 19.8.1944, Хитчин, Хартфордшир), английский дирижёр. Доктор музыки Оксфордского университета (1926). Учился в Королевской академии музыки в Лондоне (1886-88). Дебютировал как дирижёр в 1889. С 1895 дирижировал общедоступными так называемыми Променад-концертами (руководил ими до последних дней жизни) и "воскресными" в Лондоне. В. много сделал для популяризации симфонической музыки и развития оркестровой культуры в Англии: руководил симфоническими оркестрами и музыкальными фестивалями в разных городах страны, дирижировал оперными спектаклями; гастролировал в США. С 1923 профессор Королевской академии музыки. В своей концертной деятельности В. особое внимание уделял пропаганде русской классики (его исполнение 6-й симфонии П. И. Чайковского высоко оценил В. И. Ленин, слушавший концерт В. в Лондоне) и советской музыки, особенно во время 2-й мировой войны; активно выступал за дружбу с СССР; дирижировал соч. Н. Я. Мясковского, С. С. Прокофьева, Д. Д. Шостаковича, А. И. Хачатуряна и др. В. - автор симфонических и хоровых соч., обработок для симфонического оркестра и литературных сочинений, которые он подписывал псевдонимом П. Кленовский.

Соч.: My life of music, L., 1938; About conducting, L., 1945, в рус. пер. - О дирижировании, М., 1958.

Л. Г. Гинзбург, Я. М. Платек.

II (Wood)

Роберт Уильямс (2.5.1868, Конкорд - 11.8.1955 Амитивилл, штат Нью-Йорк) американский физик-экспериментатор. В 1891 окончил Гарвардский университет. В 1901-38 профессор университета Дж Хопкинса в Балтиморе. Основные труды В. по физической оптике. Открыл (1902) и исследовал оптический резонанс. Открыл резонансное излучение паров ртути в ультрафиолетовой области, открыл и изучил поляризацию резонансного излучения и её зависимость от магнитного поля. Эти работы В. положили основу теории атомных и молекулярных спектров. Впервые изготовил стеклянный светофильтр, пропускающий ультрафиолетовые лучи и непрозрачный для видимого света, и сделал снимки Луны в ультрафиолетовом свете. Его работы положили начало ультрафиолетовой и инфракрасной фотографии. Усовершенствовал дифракционную решетку. В. исследовал также ультразвуковые колебания и их влияние на жидкие и твердые тела. Почётный член АН СССР.

Соч.: Physical optics, N. Y., 1905 (2 ed. N. Y., 1911; 3 изд. N. Y., 1934); Researches in physical optics, v. 1-2, N. Y., 1913-19; в рус. пер. - Физическая оптика, М. - Л., 1936.

Лит.: Сибрук В., Роберт Вильямс Вуд, пер. с англ., М. - Л., 1946 (имеется библиография трудов В.).

Р. У. Вуд.

Википедия

Lathe

A lathe () is a machine tool that rotates a workpiece about an axis of rotation to perform various operations such as cutting, sanding, knurling, drilling, deformation, facing, and turning, with tools that are applied to the workpiece to create an object with symmetry about that axis.

Lathes are used in woodturning, metalworking, metal spinning, thermal spraying, reclamation, and glass-working. Lathes can be used to shape pottery, the best-known design being the Potter's wheel. Most suitably equipped metalworking lathes can also be used to produce most solids of revolution, plane surfaces and screw threads or helices. Ornamental lathes can produce three-dimensional solids of incredible complexity. The workpiece is usually held in place by either one or two centers, at least one of which can typically be moved horizontally to accommodate varying workpiece lengths. Other work-holding methods include clamping the work about the axis of rotation using a chuck or collet, or to a faceplate, using clamps or dog clutch.

Examples of objects that can be produced on a lathe include screws, candlesticks, gun barrels, cue sticks, table legs, bowls, baseball bats, pens, musical instruments (especially woodwind instruments), and crankshafts.

Как переводится wood-lathe spindle на Русский язык