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1 acid bleaching
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2 acid bleaching
1) Лесоводство: кислая отбелка2) Полимеры: кислотная отбелка -
3 acid bleaching
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4 acid bleaching
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5 acid bleaching
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6 acid bleaching
Англо-русский словарь по деревообрабатывающей промышленности > acid bleaching
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7 bleaching
1. фотоотбеливание2. отбеливание, отбелка; обесцвечивание -
8 bleaching agent
отбеливающие реагенты
Ндп. белящие реагенты
Химикаты, применяемые для отбелки волокнистых полуфабрикатов
[ ГОСТ 17401-80]Недопустимые, нерекомендуемые
Тематики
EN
DE
FR
отбеливающий реагент
—
[ http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]EN
bleaching agent
1) A chemical, such as an aromatic acyl peroxide or monoperoxiphthalic acid, used to bleach flour, fats, oils and other edibles.
2) An oxidizing or reducing chemical such as sodium hypochlorite, sulfur dioxide, sodium acid sulfite, or hydrogen peroxide.
(Source: MGH)
[http://www.eionet.europa.eu/gemet/alphabetic?langcode=en]Тематики
EN
DE
FR
Англо-русский словарь нормативно-технической терминологии > bleaching agent
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9 bleaching clay
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10 bleaching solution
English-Russian big polytechnic dictionary > bleaching solution
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11 acid bath
кисловая ванна; кисловой раствор -
12 degree of bleaching
The English-Russian dictionary general scientific > degree of bleaching
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13 permanganate bleaching
The English-Russian dictionary general scientific > permanganate bleaching
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14 Berthollet, Claude-Louis
SUBJECT AREA: Textiles[br]b. 9 November 1748 Talloise, near Lake Annecy, Franced. 6 November 1822 Arceuil, France[br]French chemist who made important innovations in textile chemistry.[br]Berthollet qualified as a medical doctor and pursued chemical researches, notably into "muriatic acid" (chlorine), then recently discovered by Scheele. He was one of the first chemists to embrace the new system of chemistry advanced by Lavoisier. Berthollet held several official appointments, among them inspector of dye works (from 1784) and Director of the Manufacture Nationale des Gobelins. These appointments enabled him to continue his researches and embark on a series of publications on the practical applications of chlorine, prussic acid (hydrocyanic acid) and ammonia. He clearly demonstrated the benefits of the French practice of appointing scientists to the state manufactories.There were two practical results of Berthollet's studies of chlorine. First, he produced a powerful explosive by substituting potassium chlorate, formed by the action of chlorine on potash, in place of nitre (potassium nitrate) in gunpowder. Then, mainly from humanitarian motives, he followed up Scheele's observation of the bleaching properties of chlorine water, in order to release for cultivation the considerable areas of land that had hitherto been required by the old bleaching process. The chlorine method greatly speeded up bleaching; this was a vital factor in the revolution in the textile industries.After a visit to Egypt in 1799, Berthollet carried out many experiments on dyeing, seeking to place this ancient craft onto a scientific basis. His work is summed up in his Eléments de l'art de la teinture, Paris, 1791.[br]Bibliography1791, Eléments de Van de la teinture, Paris (covers his work on dyeing).Berthollet published two books of importance in the early history of physical chemistry: 1801, Recherches sur les lois de l'affinité, Paris.1803, Essai de statique chimique, Paris.Annales de Chimie.Further ReadingE.F.Jomard, 1844, Notice sur la vie et les ouvrages de Claude-Louis Berthollet, Annecy.E.Farber, 1961, Great Chemists, New York: Interscience, pp. 32–4 (includes a short biographical account).LRDBiographical history of technology > Berthollet, Claude-Louis
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15 agent
2) реагент, реактив; реагирующая среда3) агент, представитель•-
accelerating agent
-
acidating agent
-
acid-binding agent
-
acid-condensing agent
-
activating agent
-
addition agent
-
adhesion agent
-
aerating agent
-
amphoteric surface active agent
-
anionic surface active agent
-
anionic-activc agent
-
anionic agent
-
antiaging agent
-
antiblocking agent
-
antiblock agent
-
antichecking agent
-
anticoagulating agent
-
anticrackle agent
-
anticreasing agent
-
antidandruff agent
-
antifatigue agent
-
antifoaming agent
-
antifoam agent
-
antifogging agent
-
antifog agent
-
antifouling agent
-
antifreezing agent
-
antigelation agent
-
antiknock agent
-
antilivering agent
-
antirust agent
-
antisag agent
-
antiscale agent
-
antisettling agent
-
antiskinning agent
-
antistatic agent
-
antistick agent
-
antitack agent
-
antitarnishing agent
-
antitarnish agent
-
authorized agent
-
bentonite-gelling agent
-
bifunctional agent
-
binding agent
-
blasting agent
-
bleaching agent
-
blending agent
-
blowing agent
-
bodying agent
-
boiling agent
-
bonding agent
-
bridging agent
-
brightening agent
-
bulking agent
-
burning agent
-
catalytic agent
-
cation-active agent
-
cation agent
-
cationic surface active agent
-
cellulating agent
-
cementing agent
-
chain-terminating agent
-
chain-transfer agent
-
chaotropic agent
-
chelating agent
-
chemical addition agent
-
chemical agent
-
chemical reducing agent
-
cleaning agent
-
cleansing agent
-
clearing agent
-
coagulating agent
-
coating agent
-
coloring agent
-
complexing agent
-
conditioning agent
-
conserving agent
-
cooling agent
-
corrosive agent
-
coupling agent
-
creaming agent
-
cross-linking agent
-
crystal-nucleating agent
-
curative agent
-
curing agent
-
cytostatic agent
-
decolorizing agent
-
decontamination agent
-
deemulsifying agent
-
deflocculating agent
-
defoaming agent
-
degreasing agent
-
degumming agent
-
dehydrating agent
-
demulsifying agent
-
dense blasting agent
-
deoxidizing agent
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depilating agent
-
desulfurizing agent
-
developing agent
-
dispersing agent
-
doping agent
-
drilling agent
-
drying agent
-
eluting agent
-
emulsifying agent
-
etching agent
-
expanding agent
-
filling agent
-
fining agent
-
finishing agent
-
fire extinguishing agent
-
fire retardant agent
-
firing agent
-
fixing agent
-
flatting agent
-
flavoring agent
-
flocculating agent
-
flotation agent
-
flow agent
-
fluid loss reducing agent
-
fluidizing agent
-
fluxing agent
-
foaming agent
-
fogging agent
-
frothing agent
-
fumigating agent
-
fusing agent
-
gaseous agent
-
gasifying agent
-
gelatinizing agent
-
gelling agent
-
glossing agent
-
grouting agent
-
handling agent
-
hardening agent
-
heat-carrying agent
-
impregnating agent
-
ionizing agent
-
isomerizing agent
-
laminating agent
-
leaching agent
-
leavening agent
-
leveling agent
-
light-sensitizing agent
-
lubricating agent
-
maintenance addition agent
-
matting agent
-
maturing agent
-
miscible agent
-
misting agent
-
modifying agent
-
mold-parting agent
-
mud-cleanout agent
-
mud-flush agent
-
nonionic surface active agent
-
oil wetting agent
-
oil-dispersing agent
-
oiling agent
-
optical bleaching agent
-
optical brightening agent
-
oxidizing agent
-
parting agent
-
passenger sales agent
-
penetrating agent
-
peptizing agent
-
pickling agent
-
plasticizing agent
-
plugging agent
-
polishing agent
-
pollution agent
-
pore agent
-
precipitating agent
-
proknocking agent
-
proknock agent
-
promoting agent
-
propping agent
-
protective agent
-
quenching agent
-
reclaiming agent
-
redox agent
-
reducing agent
-
refining agent
-
reinforcing agent
-
release agent
-
retarding agent
-
rimming agent
-
salting-out agent
-
seeding agent
-
sensitizing agent
-
shortening agent
-
short-stopping agent
-
silane coupling agent
-
sizing agent
-
slurry blasting agent
-
softening agent
-
solvent refining agent
-
stabilizing agent
-
sterilizing agent
-
stimulating agent
-
stopping agent
-
stripping agent
-
structure-forming agent
-
sunscreen agent
-
surface active agent
-
suspending agent
-
tanning agent
-
texturizing agent
-
thickening agent
-
thinning agent
-
toxic agent
-
tracer agent
-
washing agent
-
water shutoff agent
-
water-adsorbing agent
-
waterproofing agent
-
water-reducing agent
-
water-repellent agent
-
water-thickening agent
-
wax-modifying agent
-
wear prevention agent
-
wedding agent
-
wedging agent
-
weighting agent
-
wetting agent -
16 Madder Bleach
The most thorough bleach that cotton cloth receives. The process takes about four days and consists of several long boilings with alkalies and a final treatment with bleaching powder. It gives a full white and is generally used for goods to be printed. The usual procedure is as follows: - (1) Singeing to burn off all loose fibre. (2) Grey soaking, a simple steeping in water. (3) Lime boil, boiling in lime water for about ten hours under pressure, then washed in water. (4) Lime sour, a washing in cold acid solution of about 1 per cent strength. (5) and (6) Lye boilings in dilute solutions of caustic soda with resin soap for about ten hours. The sixth operation omits resin soap. (7) Chemicking, treatment in cold dilute solutions of bleaching powder, afterwards washing in water. (8) White sour, treatment in cold dilute acid solution as in No. 4. (9) Thorough washing in water and then drying. -
17 Weldon, Walter
SUBJECT AREA: Chemical technology[br]b. 31 October 1832 Loughborough, Englandd. 20 September 1885 Burstow, Surrey, England[br]English industrial chemist.[br]It was intended that Weldon should enter his father's factory in Loughborough, but he decided instead to turn to journalism, which he pursued with varying success in London. His Weldon's Register of Facts and Occurrences in Literature, Science, and Art ran for only four years, from 1860 to 1864, but the fashion magazine Weldon's Journal, which he published with his wife, was more successful. Meanwhile Weldon formed an interest in chemistry, although he had no formal training in that subject. He devoted himself to solving one of the great problems of industrial chemistry at that time. The Leblanc process for the manufacture of soda produced large quantities of hydrochloric acid in gas form. By this time, this by-product was being converted, by oxidation with manganese dioxide, to chlorine, which was much used in the textile and paper industries as a bleaching agent. The manganese ended up as manganese chloride, from which it was difficult to convert back to the oxide, for reuse in treating the hydrochloric acid, and it was an expensive substance. Weldon visited the St Helens district of Lancashire, an important centre for the manufacture of soda, to work on the problem. During the three years from 1866 to 1869, he took out six patents for the regeneration of manganese dioxide by treating the manganese chloride with milk of lime and blowing air through it. The Weldon process was quickly adopted and had a notable economic effect: the price of bleaching powder came down by £6 per ton and production went up fourfold.By the time of his death, nearly all chlorine works in the world used Weldon's process. The distinguished French chemist J.B.A.Dumas said of the process, when presenting Weldon with a gold medal, "every sheet of paper and every yard of calico has been cheapened throughout the world". Weldon played an active part in the founding of the Society of Chemical Industry.[br]Principal Honours and DistinctionsFRS 1882. President, Society of Chemical Industry 1883–4.Further ReadingT.C.Barker and J.R.Harris, 1954, A Merseyside Town in the Industrial Revolution: St Helens, 1750–1900, Liverpool: Liverpool University Press; reprinted with corrections, 1959, London: Cass.S.Miall, 1931, A History of the British Chemical Industry.LRD -
18 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) -
19 process
1) процесс2) (технологический) процесс; (технологическая) обработка3) технологический приём; способ4) технология5) режим; ход (процесса)6) обрабатывать, подвергать обработке7) подвергать анализу, анализировать•to design process — разрабатывать технологию-
acetone-acetylene process
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acetylene process
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Acheson process
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acid Bessemer process
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acid process
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acid reclaiming process
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acyclic process
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Adapti investment casting process
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additive process
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adiabatic process
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Aero case process
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aerobic process
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age-dependent process
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air blast process
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air-sand process
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Alcan process
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Al-Dip process
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alfin process
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alkali reclaiming process
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alkaline process
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Allis-Chalmers agglomeration reduction process
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ALT process
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aluminothermic process
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anaerobic process
-
anamorphotic process
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annealing-in-line process
-
anode process
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anodic electrode process
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AOD process
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aqua-cast process
-
ARBED-ladle-treatment process
-
arc-air process
-
arc-remelting process
-
argon-oxygen-decarburization process
-
ASEA-SKF process
-
autoregressive process
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averaging process
-
Azincourt process
-
azo coupling process
-
background process
-
bag process
-
BAP process
-
Barrow process
-
Basett process
-
basic Bessemer process
-
basic oxygen process
-
basic process
-
basic-arc process
-
batch process
-
biofiltration process
-
bipolar process
-
bipolar-FET process
-
bipolar-MOS process
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BISRA degassing process
-
black-heart process
-
Blackodising process
-
blast-furnace process
-
Blaw-Knox process
-
bleaching process
-
Bochumer-Verein process
-
boiling process
-
bonding process
-
bottom-argon-process process
-
broadband random process
-
bromoil transfer process
-
bromoil process
-
bubble-column process
-
bubble-hearth process
-
buffer-slag process
-
Calmes process
-
Canadizing process
-
carbon mold process
-
carbon process
-
carbon-arc process
-
carbon-in-leach process
-
carbon-in-pulp process
-
carbothermic process
-
carbro process
-
carrier-gas degassing process
-
cascade process
-
cast shell process
-
catalytic DENO process
-
cathodic process
-
CC-CR process
-
CC-DR process
-
CC-HCR process
-
cementation process
-
cementation-in-pulp process
-
cementing process
-
centrifugal spinning process
-
cermet process
-
CESM process
-
CEVAM process
-
charge transfer process
-
chemical vapor deposition process
-
chemical-bonding process
-
Chenot process
-
china process
-
cine exposure process
-
cine process
-
CLC process
-
clean burn process
-
cloudburst process
-
CLU process
-
CMOS process
-
CNC process
-
CO2 silicate process
-
coal reduction process
-
coal to gas process
-
coal-gas-sumitomo process
-
coal-oxygen-injection process
-
COIN process
-
cold box process
-
cold doping process
-
cold process
-
cold scrap process
-
cold type process
-
collodion process
-
color process
-
concurrent processes
-
consteel process
-
consumable electrode vacuum arc melting process
-
contact process
-
continuous annealing process
-
continuous casting-cleaning rolling process
-
continuous casting-direct rolling process
-
continuous casting-hot charging and rolling process
-
continuous electroslag melting process
-
continuous metal cast process
-
continuous-on-line control process
-
continuous-time process
-
controlled pressure pouring process
-
controlled process
-
converter process
-
cooking process
-
coppering process
-
copying process
-
coupled cathodic-anodic process
-
cracking process
-
Creusot Loire Uddenholm process
-
critical process
-
cumulative process
-
cuprammonium process
-
curing process
-
CVD process
-
cyclic process
-
Cyclosteel process
-
Czochralski process
-
daguerre photographic process
-
dense-media process
-
Desco process
-
deterministic process
-
developing process
-
DH degassing process
-
diabatic process
-
diazo process
-
diffused planar process
-
diffusion process
-
diffusion transfer process
-
dip-forming process
-
direct iron process
-
direct process
-
direct reduction process
-
direct-sintering process
-
discrete-time process
-
discrete process
-
DLM process
-
Domnarvet process
-
Dored process
-
double-crucible process
-
double-epi process
-
doubling process
-
D-process
-
DR process
-
drop-molding process
-
dry adiabatic process
-
dry process
-
dry-blanch-dry process
-
duplex process
-
easy drawing process
-
EBM process
-
EBR process
-
EF-AOD process
-
electric furnace-argon oxygen decarburization process
-
electroarc process
-
electrocatalytic process
-
electrocolor process
-
electrodialysis reversal process
-
electroflux-remelting process
-
electromembrane process
-
electron-beam-melting process
-
electron-beam-refining process
-
electrophotoadhesive process
-
electrophotographic process
-
electroslag refining process
-
electroslag remelting process
-
electroslag remelt process
-
electrostatographic process
-
electrostream process
-
Elo-Vac process
-
elquench process
-
endothermic process
-
energy efficient process
-
entropy process
-
enzymatic process
-
EPIC process
-
epidemic process
-
epitaxial growth process
-
epitaxy growth process
-
ergodic process
-
ESR process
-
Estel process
-
etching process
-
exoergic process
-
exothermic process
-
extrusion-molded neck process
-
ferroprussiate process
-
Ferrox process
-
filming process
-
filtration-chlorination process
-
Finkl-Mohr process
-
FIOR process
-
first process
-
fixed-bed MTG process
-
flash steel direct reduction process
-
float process
-
float-and-sink process
-
float-zone process
-
flow process
-
fluid iron ore reduction process
-
fluid-bed MTG process
-
fluidized roasting process
-
fluid-sand process
-
FMC coke process
-
foaming process
-
foehn process
-
food-machinery and chemical coke process
-
foreground process
-
Foren process
-
FOS process
-
freeze concentration process
-
fuel-oxygen-scrap process
-
full-mold process
-
fusion-casting process
-
Futacuchi process
-
Gaussian process
-
Gero mold degassing process
-
Gero vacuum casting process
-
GGS process
-
girbitol process
-
gradual reduction process
-
growing process
-
growth process
-
gypsum-sulfuric acid process
-
Hall electrolytic process
-
Harris process
-
hazardous process
-
H-coal process
-
heat-transfer process
-
heavy-media process
-
hibernating process
-
HI-GAS process
-
high-frequency induction process
-
HIP process
-
H-iron process
-
Hoope process
-
hot isostatic pressing process
-
hot process
-
hot-metal process
-
hot-metal-and-scrap process
-
hot-type process
-
hydrogasification process
-
hydrotype process
-
HyL process
-
IC-DR process
-
image process
-
imbibition process
-
immiscible displacement process
-
implantation process
-
impurity doping process
-
in-bulk process
-
inchrome process
-
in-draw process
-
inductoslag-melting process
-
ingot casting direct rolling process
-
injection molding process
-
in-line process
-
Inred process
-
interpolation process
-
investment process
-
ion-implantation process
-
irreversible process
-
isentropic process
-
ISM process
-
isobaric process
-
isochoric process
-
isoenthalpic process
-
isoentropic process
-
isometric process
-
isoplanar process
-
isothermal process
-
iterative process
-
jet-expanding process
-
Kaldo process
-
katadyn process
-
Kawasaki-bottom-oxygen-process process
-
Kawasaki-Gas-Lime-Injection process
-
K-BOP process
-
KEK process
-
KG-LI process
-
kiln-reduction process
-
KIVCET cyclone smelting process
-
KIVCET process
-
knit-deknit process
-
koetherizing process
-
KR process
-
kraft process
-
lance bubbling equilibrium process
-
LBE process
-
LD-AB process
-
LD-AC process
-
LD-AOD process
-
LD-argon bottom process
-
LD-argon oxygen decarburization process
-
LD-CB process
-
LD-circle lance process
-
LD-CL process
-
LD-combination blow process
-
LD-HC top and botton blowing process
-
LDK process
-
LD-Kawasaki-Gas process
-
LD-KG process
-
LD-OB process
-
LD-OTB process
-
LD-oxygen bottom process
-
LD-oxygen-top-bottom process
-
lift-off process
-
liquefaction process
-
liquid gas plug process
-
liquid-phase process
-
loop transfer process
-
lost core process
-
low-waste technological process
-
LSI process
-
LVR process
-
LVS process
-
Mannesmann powder process
-
mapping process
-
Markovian process
-
Markov process
-
masking process
-
matte fuming process
-
melting process
-
mercast process
-
Midland-Ross process
-
Midrex process
-
migration process
-
miscible displacement process
-
miscible plug process
-
mixed autoregressive-moving average process
-
moist adiabatic process
-
Molynutz process
-
monochrome process
-
monolithic process
-
MOS process
-
MOSFET process
-
motion-picture process
-
moving average process
-
narrowband random process
-
Neely process
-
negative-positive process
-
Nitemper process
-
no pickle process
-
nonflow process
-
non-Gaussian process
-
Nord-Fuvo process
-
Nu-iron process
-
OBM process
-
OG process
-
OLP converter process
-
one-way process
-
open-hearth process
-
orbitread process
-
ore process
-
Orthoflow cracking process
-
Orthoforming process
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orthogonal increment process
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oxidation process
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oxide-isolated process
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oxygen-blow process
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oxygen-gas process
-
oxygen-lancing process
-
oxygen-steelmaking process
-
packaging process
-
pad-batch dyeing process
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pad-dry dyeing process
-
pad-jig dyeing process
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pad-roll dyeing process
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pad-steam dyeing process
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pad-steam vat-print process
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PAMCO-hot-alloy process
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parent process
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PCR process
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Perrin process
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PHA process
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phonon process
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photoelectric process
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photomechanical process
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photovoltaic process
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pig iron-scrap process
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pig-and-ore process
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pigment padding dying process
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pigment padding process
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pigment process
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pinatype process
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planar process
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plasma etching process
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plasma etch process
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plasma process
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plasma-arc process
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Plasmamelt process
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Plasmared process
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plaster mold process
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plastic wirecut process
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polytropic process
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powder silicon ribbon process
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power-press process
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prepolymer process
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prepress processes
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pressure-driven membrane process
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primuline process
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propane-acid process
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pulsating mixing process
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Purex process
-
pushbench process
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Q-BOP process
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QDT process
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quality basic oxygen process process
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quasi-independent processes
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quick and direct tapping process
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ram process
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random process
-
rapid solidification plasma deposition process
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rayon continuous process
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receiving process
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reclamator reclaiming process
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recurrent process
-
redox process
-
reducing process
-
reduction-smelting process
-
relaxation process
-
repetitive process
-
reproduction process
-
reversal process
-
reversible process
-
RH process
-
RH-OB process
-
ribbon process
-
R-N direct-reduction process
-
roasting-sintering process
-
roast-leaching process
-
robot-controlled process
-
rongalit-potash process
-
rotor process
-
rustless process
-
sample process
-
schoop process
-
scrap-and-pig process
-
scrap-conditioning process
-
scrap-ore process
-
screen printed process
-
self-developing process
-
self-healing process
-
semibatch process
-
semiconductor process
-
sending process
-
Sendzimir coating process
-
sequential process
-
silicon-gate MOS process
-
silicon-gate process
-
silk-screen process
-
single-pumpdown process
-
SIP process
-
skein spinning process
-
Skinner multiple-hearth process
-
slag minimum process
-
slip-casting process
-
slow down process
-
SLPM process
-
SL-RN metallization process
-
SL-RN reduction process
-
solid source diffusion process
-
solution regrowth process
-
solvent extraction-electrowinning process
-
solvent plug process
-
SOS process
-
spin-draw-texturizing process
-
spinylock process
-
sponge iron process
-
spontaneous process
-
Stanal process
-
stationary random process
-
STB process
-
steady-flow process
-
steam-blow process
-
steelmaking process
-
Stelmor process
-
step and repeat process
-
stochastic process
-
stuffer box process
-
submerged arc process
-
subtractive process
-
suck-and-blow process
-
Sulf BT process
-
Sulfinuz process
-
Sumitomo-slag all recycling process
-
Sumitomo-top-bottom process
-
Sursulf process
-
system process
-
TBM process
-
T-die process
-
Technamation process
-
thermal DeNOx process
-
Therm-i-Vac process
-
Thermo-Flow process
-
thermoplastic process
-
Thomas process
-
Thorex process
-
three-color process
-
Thyssen-blast-metallurgy process
-
Tifran process
-
tightly coupled processes
-
time-varying process
-
trichromatic process
-
triplex process
-
Tropenas converter process
-
Tufftride process
-
Tufftride TF1 process
-
uncertain process
-
user process
-
vacuum arc remelting process
-
vacuum casting process
-
vacuum deoxidation process
-
vacuum induction refining process
-
vacuum stream-droplet process
-
vacuum-arc degassing process
-
vacuum-carbodeoxidation process
-
vacuum-carbonate process
-
vacuum-induction melting process
-
vacuum-melting process
-
vacuum-metallothermic process
-
vacuum-oxygen-decarburization process
-
VAD process
-
VAR process
-
VAW process
-
VHSIC process
-
vigom process
-
VIR process
-
viscose process
-
visual process
-
VLSI process
-
VOD process
-
waiting process
-
water gas process
-
waterfall process
-
wet process
-
white-heart process
-
Zinal process
-
zinc distilling process -
20 bath
1) ванна; кювета2) баня; термостат3) сил. бассейн ( ванной печи)4) ванна, раствор (для очистки, травления, нанесения покрытия и т. п.)5) горн. корытный сепаратор•-
acid bath
-
acid spinning bath
-
acid-salt bath
-
aftertreating bath
-
agitated bath
-
air bath
-
alkaline bath
-
alloy bath
-
anaphoretic bath
-
batch bath
-
blanching bath
-
bleaching bath
-
bleach bath
-
box-type bath
-
bright bath
-
bright dip bath
-
bright-plating bath
-
carburizing bath
-
cataphoretic bath
-
cementing bath
-
cleaning bath
-
clearing bath
-
clear-melted bath
-
coagulating bath
-
coating bath
-
cryogen bath
-
degreasing bath
-
dense medium separating bath
-
developing bath
-
developing-fixing bath
-
dip bath
-
dip-type soldering bath
-
disturbed bath
-
electrocoating bath
-
electrolytic bath
-
electrophoretic enameling bath
-
electroplating bath
-
etch bath
-
fixing bath
-
float bath
-
flux bath
-
foam bath
-
forming bath
-
frosting bath
-
fused bath
-
galvanizing bath
-
glass bath
-
hardening bath
-
impregnating bath
-
insulated bath
-
ion-exchange bath
-
long bath
-
matte bath
-
mat bath
-
molten metal bath
-
naphtholating bath
-
oil bath
-
pad bath
-
padding bath
-
paint bath
-
pickle bath
-
plating bath
-
quenching bath
-
reducing bath
-
refrigerant bath
-
regeneration bath
-
reversing bath
-
salt bath
-
sand bath
-
separating bath
-
shaking bath
-
short bath
-
shower bath
-
silver plating bath
-
soldering bath
-
solder bath
-
spelter bath
-
spinning bath
-
steam bath
-
stop bath
-
stretch bath
-
strike bath
-
stripping bath
-
tinning bath
-
tin bath
-
toning bath
-
ultrasonic bath
-
vapor bath
-
vulcanizing bath
-
water bath
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