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1 tanning property
English-Russian big polytechnic dictionary > tanning property
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2 tanning property
1) Техника: дубящая способность2) Лесоводство: дубильное свойство -
3 tanning property
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4 tanning property
Англо-русский сельскохозяйственный словарь > tanning property
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5 tanning property
Англо-русский словарь по деревообрабатывающей промышленности > tanning property
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6 tanning
1. дубление2. дубить3. дубильный -
7 дубильное свойство
Русско-английский политехнический словарь > дубильное свойство
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8 дубящая способность
Русско-английский политехнический словарь > дубящая способность
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9 дубильное свойство
Русско-английский словарь по деревообрабатывающей промышленности > дубильное свойство
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10 дубящая способность
Русско-английский словарь по деревообрабатывающей промышленности > дубящая способность
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11 дубильный
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12 способность
ability, capability, capacity, power, property* * *спосо́бность ж.
ability, capability, capacity, powerспосо́бность восстана́вливаться — recoverabilityоблада́ть спосо́бностью, напр. поглоща́ть га́зы — have a capacity for, e. g., absorbing [taking up] gases, have the property of, e. g., absorbing [taking up] gasesспосо́бность преодолева́ть подъё́м авто — hill-climbing ability, hill-climbing capacity, hillclimbing performanceпроявля́ть спосо́бность к … — show the (cap)ability to do … [for doing …]спосо́бность рассла́иваться — segregabilityспосо́бность сме́шиваться — miscibilityвключа́ющая спосо́бность (контактов переключателей, реле и т. п.) — making capacityвя́жущая спосо́бность — cementing [binding] powerспосо́бность дви́гателя к холо́дному за́пуску — cold-starting ability, cold-starting performanceспосо́бность деформа́ции — deformabilityдисперги́рующая спосо́бность — dispersion capacity, ability, dispersive powerдубя́щая спосо́бность — tanning propertyзаде́рживающая спосо́бность — retentivityизбира́тельная спосо́бность — selectivityизлуча́тельная спосо́бность — emissive [radiating] powerизоляцио́нная спосо́бность — insulating valueионизи́рующая спосо́бность — ionizing power, ionizing capacityисправля́ющая спосо́бность телегр. — margin, (printing) rangeспосо́бность к волоче́нию — drawabilityспосо́бность к дли́тельным перегру́зкам — sustained overload capacityспосо́бность к зака́ливанию — hardenabilityкле́ящая спосо́бность — adhesive abilityспосо́бность к прилипа́нию — cohesivenessспосо́бность кра́ски, кро́ющая — riding [covering] power of paintпридава́ть кро́ющую спосо́бность кра́ске — give body to a paintспосо́бность к сжа́тию — compressibilityспосо́бность к уса́дке — shrinkabilityнагру́зочная спосо́бность — load-carrying capacityокисли́тельная спосо́бность — oxidation powerокисли́тельно-восстанови́тельная спосо́бность — redox powerострукту́ривающая спосо́бность ( почвы) — structure-forming capacityотключа́ющая спосо́бность (контактов переключателей, реле и т. п.) — breaking [interrupting] capacityперегру́зочная спосо́бность — overload capacityпроника́ющая спосо́бность — penetrability, penetrating powerпропускна́я спосо́бность — (carrying) capacityпропускна́я спосо́бность водосли́ва — spillway capacityпропускна́я спосо́бность водосли́ва для па́водковых вод — flood-carrying capacity of a spillwayпропускна́я спосо́бность доро́ги — road [traffic] capacityпропускна́я спосо́бность канала́ — canal capacityпропускна́я спосо́бность ста́нции1. ж.-д. terminal capacity2. тлф. traffic-carrying capacityпропускна́я спосо́бность ствола́ горн. — shaft capacityпропускна́я спосо́бность трубы́ — pipe capacityпропускна́я, эксплуатацио́нная спосо́бность ( слов в минуту) телегр. — traffic speed, wpm; traffic-carrying capacity, wpmразреша́ющая спосо́бность — resolving power, resolutionразреша́ющая спосо́бность по а́зимуту — azimuth resolutionразреша́ющая спосо́бность по вре́мени — time resolutionразреша́ющая спосо́бность по да́льности — range resolutionразреша́ющая спосо́бность по углу́ ме́ста — elevation resolutionразреша́ющая спосо́бность по эне́ргии — energy resolutionразреша́ющая спосо́бность счё́тчика и́мпульсов — resolving time of a pulse counterрастворя́ющая спосо́бность — dissolving powerреакцио́нная спосо́бность — reactivityре́жущая спосо́бность — cutabilityсвязу́ющая спосо́бность — binding [cementing] powerсма́зывающая спосо́бность — lubricating power, lubricityсма́чивающая спосо́бность — wetting powerтеплоаккумули́рующая спосо́бность — heat-storage capacityтеплотво́рная спосо́бность — calorific power, calorific valueтеплотво́рная, вы́сшая спосо́бность — high [gross] heat(ing) [calorific] valueтеплотво́рная, ни́зшая спосо́бность — low [net] heat(ing) [calorific] valueуде́рживающая спосо́бность — holding capacityуплотня́ющая спосо́бность — sealing capacityэгализи́рующая спосо́бность — levelling capacityэкстраги́рующая спосо́бность — extractive power, extractivityэмульги́рующая спосо́бность — emulsifying power -
13 дубильное свойство
Forestry: tanning propertyУниверсальный русско-английский словарь > дубильное свойство
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14 дубящая способность
Engineering: tanning propertyУниверсальный русско-английский словарь > дубящая способность
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15 solar
adj.solar.m.1 undeveloped plot (of land).2 building lot, lot, piece of land, plat.3 greenfield, greenfield site.v.to sole, to resole.* * *► adjetivo1 (del sol) solar————————1 (terreno) plot, lot; (en obras) building site2 (casa solariega) ancestral home————————1 (zapatos) to sole2 (suelo) to floor* * *1. noun m.lot, plot2. adj.* * *ISM1) (=terreno) [gen] lot, piece of land, site; [en obras] building site2) (=casa solariega) ancestral home, family seat3) (=linaje) lineageIIVT [+ suelo] to tile; [+ zapatos] to soleIIIADJ solar, sun antes de s* * *Iadjetivo <energía/año/placa> solarII1) ( terreno) piece of land, site2)a) ( casa solariega) ancestral homeb) ( linaje) lineage3) (Per) ( casa de vecindad) tenement building4) (Col, Ven) ( patio) backyard* * *Iadjetivo <energía/año/placa> solarII1) ( terreno) piece of land, site2)a) ( casa solariega) ancestral homeb) ( linaje) lineage3) (Per) ( casa de vecindad) tenement building4) (Col, Ven) ( patio) backyard* * *solar11 = vacant land, vacant lot.Ex: A survey of vacant land in urban areas of England is one of the many practical applications of geographic information systems (GIS).
Ex: A vest-pocket park may be as small as the space occupied by a single building in the surrounding community, and is often a converted vacant lot.solar22 = solar.Ex: This latter period is when the air-conditioning has to work hardest to cope with high outside air temperature and solar gains through the building.
* alambique solar = solar still.* cama solar = sunbed, tanning bed.* cargador solar = solar charger.* colector solar = solar collector.* crema solar = suntan cream.* eclipse solar = solar eclipse.* equipo solar = solar equipment.* erupción solar = solar flare.* festival solar = solar festival.* filtro solar = sunscreen, sun block.* generador de energía solar = solar energy generator.* lámpara solar = sun lamp.* observatorio solar = solar observatory.* panel solar = solar panel.* protección solar = solar protection.* protección solar mediante sombras = solar shading.* protector solar = suntan cream, sunscreen.* radiación solar = solar radiation, solar gain.* resplandor solar = solar glare.* sistema solar, el = solar system, the.* * *‹energía/año› solar; ‹célula/placa› solar; ‹calefacción› solar-powered, solarlos rayos solares the sun's raysB1 (casa solariega) ancestral home2 (descendencia) lineageCompuesto:( liter); fatherland, homelandC ( Per) (casa de vecindad) tenement buildingD (Col, Ven) (patio) backyard* * *
solar adjetivo ‹energía/año/placa› solar;
■ sustantivo masculino
1 ( terreno) piece of land, site
2
3 (Per) ( casa de vecindad) tenement building
solar 1 sustantivo masculino
1 (terreno para edificar) plot
2 Hist (mansión ancestral) noble house
solar 2 adjetivo solar
energía solar, solar energy
luz solar, sunlight
sistema solar, solar system
solar 3 vtr (el suelo) to floor, pave
' solar' also found in these entries:
Spanish:
energía
- baldío
- cama
- filtro
- sistema
English:
develop
- factor
- floor
- plot
- site
- solar
- solar-powered
- sunbed
- sunblock
- sunlamp
- sunscreen
- sunspot
- property
- sun
* * *solar1 adjsolar;energía solar solar energy, solar power;los rayos solares the sun's rayssolar2 nm1. [terreno] vacant lot, undeveloped plot (of land)* * *I adj solarII m lot, Brplot* * *solar {19} vt: to floor, to tilesolar adj: solar, sunsolar nm1) terreno: lot, piece of land, site2) Cuba, Peru : tenement building* * *solar1 adj solarsolar2 n plot of land -
16 Dyes
The following list gives a general classification of colouring matters for dyeing textile fibres: - Acid Colours dye animal fibres only and have no affinity for cellulose. If union goods are dyed with acid dyes the cotton remains white and the wool is dyed. They dye wool and silk from baths containing Glauber's salt and some acid, hence their name. Acid colours consist principally of the Azo compounds and are fairly cheap, so are used for the dyeing of dress materials, suitings, etc. No preparation of the fabric is necessary prior to dyeing. Wool and silk fabrics ate simply steeped in a warm acidified solution. Azo Dyes - These are colouring matters used for cotton dyeing and are developed direct on to the fibre. Basic Dyes - Cotton has no direct affinity for basic dyes, which consist of colour bases in combination with other chemicals, as tannic acid, sumach, or other tanning substances. Tannic acid is taken up by cotton which will then absorb the basic colours. They are very bright but not very fast. They dye wool and silk direct from plain baths. Developing Colours - See Developing Colours. Direct Cotton Colours - Dye cotton, linen, wool or silk directly, will dye cotton direct but by the addition of various salts deeper shades are obtained. With the addition of a little acid will dye wool and silk. See direct Dyes. Mordant Colours - As a rule these are very fast to washing and mostly fast to; light, such as logwood, black, Turkey red, etc. The mordant forms insoluble compounds with the colours, which are then applied to the fibres so that the insoluble coloured compounds are formed within the fibres The cotton is prepared first with some metallic mordant, as chrome, iron or alumina. Substantive Dyes - Have the property of dyeing fibres direct. They are Direct Dyes, that is they have an affinity for fibres. Sulphur and vat dyes are substantive towards cotton. Sulphur Colours are used for vegetable fibres only. These colours are insoluble in water and require the addition of sodium sulphide which converts them into soluble substances which will dye cotton. Usually fast to washing and alkalis - not so fast to bleaching (see Sulphur Colours). Vat Colours - These are fast dyes for cotton. They are insoluble in water so are converted into a soluble compound by some chemical reducing agent, and then they have a direct affinity for cotton which is dyed when immersed in the solution. There are two main classes, those prepared from anthraquinone and those related to indigo. They will dye viscose and cuprammonium rayons (see Vat Dyes) -
17 Mouriés, Hippolyte Mège
SUBJECT AREA: Agricultural and food technology[br]b. 24 October 1817 Draguignan, Franced. 1880 France[br]French inventor of margarine.[br]The son of a schoolmaster. Mouriés became a chemist's assistant in his home town at the age of 16. He then spent a period of training in Aix-enProvence, and in 1838 he moved to Paris, where he became Assistant to the Resident Pharmacist at the Hotel Dieu Hospital. He stayed there until 1846 but never sat his final exams. His main success during this period was with the drug Copahin, which was used against syphilis; he invented an oral formulation of the drug by treating it with nitric acid. In the 1840s he took out various patents relating to tanning and to sugar extraction, and in the 1850s he turned his attention to food research. He developed a health chocolate with his calcium phosphate protein, and also developed a method that made it possible to gain 14 per cent more white bread from a given quantity of wheat. He lectured on this process in Berlin and Brussels and was awarded two gold medals. After 1862 he concentrated his research on fats. His margarine process was based on the cold saponification of milk in fat emulsions and was patented in both France and Britain in 1869. These experiments were carried out at the Ferme Impériale de La Faisanderie in Vincennes, the personal property of the Emperor, and it is therefore likely that they were State-funded. He sold his knowledge to the Dutch firm Jurgens in 1871, and between 1873 and 1874 he also sold his British, American and Prussian rights. His final patent, in 1875, was for canned meat.[br]Principal Honours and DistinctionsNapoleon III awarded him the Légion d'honneur for his work on wheat and bread.Further ReadingJ.H.van Stuyvenberg (ed.), Margarine: An Economic, Social and Scientific History, 1869–1969 (provides a brief outline of the life of Mouriés in a comprehensive history of his discovery).APBiographical history of technology > Mouriés, Hippolyte Mège
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