Cal lose

Metalaxyl is clearly fungicidal i n vitro to a variety of phycomycetous fungi. Its activity in vivo may also be enhanced by stimulation of host plant defenses including hypersensitive cell death (104), accumulation of phytoalexins such as glyceollin (121), and cal lose encasement of hyphae (122) after fungal infection of metalaxy1-treated soybeans. However, the mi vivo concentration of the compound in cell sap may be sufficient for fungitoxicity alone to account for its protective activity (123). 

WissEMEiEE AH and Horst WJ (1992) Effect of light intensity on manganese toxicity symptoms and cal-lose formation in cowpea (Vigna unguiculata (L) Walp.). Plant Soil 143 299-309. 

Ballistic Strength. 100% T NT (BuM ine s) Explosion Temperature. Does not expld or ignite at 360° or below Heat of Combustion. 8l8.1kcal/mole Hygroscopicity. Practically none Impact Sensitivity. Comparable to TNT Power. By Trauzl test, 103% TNT Rifle Bullet Test. No detonations from impact of. 30 cal bullet at 90 ft Thermal Stability. Unsatisfactory, loses 49% of wt in 48 hrs at 75° (International Test) Velocity of Detonation. No information Salts of (m-Nitrophenyll-dinitromethane. Milone and Massa (Ref 2) prepd several metallic salts and found that their expl power decreased with increasing atomic v/t of the metal Following are some of the expl salts K salt—yel crysts ... 

Studies indicate financial rewards alone cannot provide employee satisfaction and retention. High employee turnover costs companies tremendous financial and competitive resources. Many employees faced with equal or higher pay but unsatisfying work will move onto another company or position. A poorly integrated QMS with complicated processes is often the foundation for that dissatisfaction. To repeat work, lose valuable time, or deliver substandard product does not satisfy today s highly educated and competitive worker in the pharmaceutical and biopharmaceuti-cal industry. The cost to recruit, replace, relocate, and retrain employees is significant. Avoidance of these costs can be used as a partial basis for support of the program. 

When the solid phase is ice at —13°, the soln. has 30 27 per cent, of Zn(C103)2, and at —9°, 26"54 per cent. F. Ephraim and A. Jahnsen have prepared the ammoni ates, zinc tetrammino-chlorate, Zn(C103)2.4NH3, in colourless crystals of sp. gr. l-84, mol. vol. 163"2, with the dissociation press. 16 mm. at 114° 32 mm. at 140° 50 mm. at 165° and 88 mm. at 177°. A. Jahnsen s value for the heat of formation is 17 5 Cals. It explodes at 205° in an open tube and at 289° in a closed tube it also detonates when struck with a hammer. On exposing the powder to air for about five days, it loses one-fourth of the combined ammonia, and the lost ammonia is readily replaced by water, forming zinc aquo-triammino-chlorate,... 

The salt is very soluble in water—100 grms. of cold water dissolve 16 7 parts of the salt, and 100 parts of hot water dissolve 100 parts of salt—the soln. loses ammonia when heated. J. M. Thomson and W. P. Bloxam found that the supersaturated soln. crystallizes when seeded with a crystal of the solid salt—this is taken as. showing the existence of the undissociated solid in the soln. J. M. van Bemmelen fpund that but very little ammonia can be separated by dialysis. J. Thomsen gives —10 8 Cals, for the heat of soln. of a mol. of the salt in 800 mols. of water at 18°. E. Doumer gives 0 303 for the optical refraction of the salt in dil. soln., and 45 for the mol, refraction. 

Com Variety Volume Cooking Liquor (mL) pH Soluble Solids (%) Cal- cium (mg) Hemi-cellu-loses (%)... 

Potassium hydrogen sulphite, KHS03.—The primary sulphite can be precipitated in monoclinic crystals by addition of alcohol to a solution of potassium carbonate into which excess of sulphur dioxide has been passed. It is unstable, readily losing sulphur dioxide. Its heat of formation in aqueous solution is 211-3 Cal.8... 

Calcium phosphate reacts with potassium hydrogen sulphate and sulphuric acid to form potassium dihydrogen phosphate, KH2PQ4, the most important of the potassium phosphates. It forms doubly refracting crystals melting at 96° C.,5 of density 2-33256 at 9-2° C., and 2-3387 at 20° C., and of specific heat 0-208 between 17° and 48° C.8 The heat of formation in aqueous solution is 374-4 Cal.9 When heated at 244° C., it loses water, yielding the acid pyrophosphate, K2H2P207.10... 

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