Strongly stable

Wood is one of the oldest constmction materials in human use and continues to be an extremely valuable material to this day. Wood is lightweight, strong, stable, easily worked and fastened, a good insulator, warm to the touch, and pleasing in appearance, among many other attributes. 

Chemical chemical and mechanical treatments Chemicals and heat properties (some unique properties) Long, strong, stable fibers yield sulfite Kraft, sulfite, soda 84... 

Nielsen et al. used this method to separate antigen-antibody complexes of recombinant hGH with monoclonal antibody specific to hGH (12). The complexes were well resolved from the free antibody and antigen in solution. The strong binding affinity of the antibody for hGH results in strong, stable antibody-antigen complexes that form very rapidly in solution two complexes (IgG-hGH, IgG-(hGH)2) have been observed. 

The most attractive feature of the halide catalysts is that they can liquefy coal at temperatures much lower than those of conventional liquefaction. Unfortunately, they are difficult to recover and recycle, and they are very corrosive. The halides may also react with sulfide or hydroxide, thus losing their acidity. Their acidity may also be neutralized with strong stable N-bases. In spite of their molten state, a large amount of halides is required. 

They permit future retrieval of wastes for improved treatment when such a process may be developed, and, inasmuch as the vault is fully sealed, the underground geology need only be strong, stable, and free of any tectonic history. 

Synthetic colours are materials based around azo-sulphonic acids. They are water soluble and provide strong stable colours. There is an interesting chapter by Wadds (1984) that discusses some of the basic methods, including thin-layer, paper and high-performance liquid chromatography, which have been used in the past and are still used today to analyse for these colours. 

Amorphous carbon refers to charcoal, soot, coal, and carbon black. These materials are mostly microcrystalline forms of graphite. They are characterized by small particle sizes and large surface areas with partially saturated valences. These small particles readily absorb gases and solutes from solution, and they form strong, stable dispersions in polymers, such as the dispersion of carbon black in tires. 

Carbon as an element is unique in the variety of structures it can form. It is unusual because it forms strong, stable bonds to the majority of elements in the periodic table, including itself, It is this ability to form bonds to itself that leads to the variety of organic structures that exist, and indeed to the possibility of life existing at all. Carbon may make up only 0.2% of the earth s crust, but it certainly deserves a whole branch of chemistiy all to itself. 

EDTA is a common food preservative. Foods contain ions of iron, zinc, magnesium, and other metals. These are natural components of food substances, but they hasten the chemical reactions which cause flavor and color to deteriorate. EDTA added to foods forms strong, stable bonds to the metal ions, blocking their chemical activity. EDTA is also used to treat lead poisoning in human beings. The EDTA-lead complex is safely excreted in body waste. 

Around 1960 Carl Marvel at Illinois discovered that the reaction between 3,3, 4,4 -tetraaminobiphenyl (diaminobenzidine) (186) and diphenyl isophthalate yielded the strong, stable poly benzimidazoles. The thermal and chemical stability of their fibers make them suitable for parachutes, space suits and firefighting clothing. Several novel polymerizations were reported, including with 1,2,5,6-tetraaminoanthraquinones. 

Properties Odorless, white, crystalline solid sweet-sour taste. Mp 170C. Strong, stable acid soluble in water and alcohol insoluble in oils. 

In recent years, new permanent magnets have come on the market. They are made of an alloy of iron, neodymium and boron. They exhibit strong stable fields. They are strong enough that they have displaced superconductor magnets in some classes of medical magnetic resonance machines. Their use... 

Meteorology the use of appropriate wind vectors to steer drift away from susceptible areas, awareness of the dangers of strongly stable and unstable atmospheric conditions and the selection of low-wind velocities for placement application. 

In practice, for most synthetic applications, either acetyl phosphate/acetate kinase or phosphoenolpyruvate/pyruvate kinase are used to regenerate ATP. Because of the ease of preparing AcP, AcP/AcK is the most economical method for large-scale work. Its application is, however, limited to fast phosphorylation reactions where the hydrolysis of AcP is not important. The PEP/pyruvate kinase system is used in instances where the requirement for a strong, stable phosphorylating reagent outweighs the relative inconvenience of preparation of PEP. 

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