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Acid rot

China-ol, n. baleam of Peru, rindet/. cinchona bark, Peruvian bark. rindensauret /. quinic acid, -rot, n. cinchona red. [Pg.90]

Para.-nuss,/. Brazil nut. -nussol, n. Brazil-nut cal. -phtalsaure, /. paraphthalic acid, -rot,... [Pg.333]

Acetobacter attack of grapes results in acid rot which has serious consequences in terms of harvest quality. The level of Acetobacter attack is determined by indices that measure the compounds produced by this micro-organism. [Pg.674]

Let us look at another example of solvolysis. A very commonly studied system is one in which the solvent is acetic acid (HOAc) and the substrates are alkyl esters of sulfonic acids ROTs, alkyl tosylates (alkyl p-toluenesulfonates) ROBs, alkyl... [Pg.909]

Yeasts may also be involved in grape contamination, either alone or associated with acetic acid bacteria. In fact, yeasts have been identified as responsible for certain acid rot attacks in Mediterranean vineyards. This disease is caused by oxidative yeast development Candida, Kloeckera, Hanseni-aspora). It is known that certain phytopathogenic strains are likely to cause lesions in plant tissue. Tartaric acid of the grape is not attacked. The formation of gluconic, acetic and galacturonic acid greatly increases acidity. These yeasts produce a small amount of ethanol and the must possesses high concentrations of ethyl acetate and ethanol. [Pg.292]

The same jirocess can be repeated om e or twice more. (. d-culate the specific lotation of the t.nt.uu, acid, usini the. Inst foinuila, riot tlu results on sipuircal paper, makinp the ordinates specific rot[Pg.121]

Schwarz, n. slop-padded aniline black. -SI, n. aniline oil. -rot, n. aniline red. -salz, n. aniline salt, -schwarz, n. aniline black, -soifoskure, /. anilinesulfonic acid (amino-benzenesulfonic acid), -tinte,/. aniline ink. -vergiftung, /. aniline poisoning. [Pg.26]

Athyl-jodid, n, ethyl iodide, iodoethane. -rho-danid, n, ethyl thiocyanate, -rot, n. ethyl red. -schwefelsaure, /, ethylsulfurie acid, -senfol, n, ethyl mustard oil (CsHcNCS). -sulfhydrat, n, ethyl hydrosulfide, -verbindung, /, ethyl compound, -wasserstoff,... [Pg.37]

BerL Ber., abbrev. (Berliner Berichte) Berickte der deutscken chemiachen Gesellscka/t. Berliner-blau, n. Berlin blue, Prussian blue, -blaus ure, /. hydrocyanic acid, -braun, n. Prussian brown, -griin, n. Prussian green, -rot, n. Berlin red (a red lake color), -saure,/. prussic acid, -weiss, n. a kind of white lead. Bernstein, m. amber. — schwarzer —, jet. Bernstein-, amber succinic, succinyl, succino-. -alaun, m. aluminous amber, -aldehyd, n. succinaldehyde. bemateinartig, a. amber-like. [Pg.66]

Blut rot, n. hemoglobin hematin, ruhr, /. dysentery. s ure, /, thiocyanic acid. 06s, scheibe, /. blood corpuscle. schlag, m. apoplexy. seuche, /. anthrax. stein, m. bloodstone, hematite. [Pg.77]

Chinolin, n. quinoline, -blau, n. quinoline blue, -gclb, n. quinoline yellow, -ium, n qmnolinium. -rot, n. quinoline red. -saure, /. quinolinic acid. [Pg.90]

Cbrom rindleder, n. chromed neat s leather, -rot, n. chrome red. -salpetersaure, /. chromonitric acid, -salz, n. chromium salt chromate. [Pg.93]

Cochenillen-farbstoff, m. cochineal dye. rot n. cochineal red. -scharlach, m. cochineal scarlet, -schildlaus, /. cochineal insect. Cochenillesaure, /. cochenillic acid. [Pg.93]

Echt-rot, n. fast red. -sMurefuchsiQt n. fast acid fuchsine. -scbwarz, n. fast black. [Pg.115]

Flechte, /. lichen plait, twist skin eruption, flechten, v.t. plait, twist, braid, interweave, Flechten-far toffi m. lichen coloring matter, -rot, n, orcein, -saure, /. fumaric acid (old name). -stSrkemehl, n. lichenin, moss starch, -stoffe, m.pl. lichen substances. [Pg.157]

Sulphates, silicates, carbonates, colloids and certain organic compounds act as inhibitors if evenly distributed, and sodium silicate has been used as such in certain media. Nitrates tend to promote corrosion, especially in acid soil waters, due to cathodic de-polarisation and to the formation of soluble nitrates. Alkaline soils can cause serious corrosion with the formation of alkali plumbites which decompose to give (red) lead monoxide. Organic acids and carbon dioxide from rotting vegetable matter or manure also have a strong corrosive action. This is probably the explanation of phenol corrosion , which is not caused by phenol, but thought to be caused by decomposition of jute or hessian in applied protective layers. ... [Pg.730]

Alkaloids vary widely in structure, from the simple to the enormously complex. The odor of rotting fish, for example, is caused largely by methylamine, CH3NH2, a simple relative of ammonia in which one of the NH3 hydrogens has been replaced by an organic CH3 group. In fact, the use of lemon juice to mask fish odors is simply an acid-base reaction of the citric acid in lemons with methylamine base in the fish. [Pg.64]

The conformationally locked racemic enamine, 4-(4-rOT-butyl-1-cyclohexenyl)morpholine, reacts with (l-nitroethenyl)benzene to give a mixture of diastereomeric 1,2-oxazine 2-oxides 1 and 2 (ratio 1/2 75 25). Whether these arise via an ionic or a cycloaddition mechanism is unclear. Hydrolysis of 1 and 2 with dilute acid gave a 80 20 mixture of trans- and cis-ketones, 3 and 414. [Pg.1023]

See other pages where Acid rot is mentioned: [Pg.116]    [Pg.261]    [Pg.116]    [Pg.261]    [Pg.141]    [Pg.234]    [Pg.488]    [Pg.248]    [Pg.71]    [Pg.512]    [Pg.545]    [Pg.33]    [Pg.315]    [Pg.311]    [Pg.18]    [Pg.54]    [Pg.74]    [Pg.130]    [Pg.223]    [Pg.266]    [Pg.298]    [Pg.312]    [Pg.337]    [Pg.338]    [Pg.371]    [Pg.430]    [Pg.459]    [Pg.509]    [Pg.110]   
See also in sourсe #XX -- [ Pg.292 ]



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