Anion inorganic

Varying numbers of oxygen atoms Special anions Inorganic acids Acid Salts Hydrates... 

Table 4 Anionic Inorganic Ligand Names Formula Systematic name Common name...

Electrochemical Treatment of Anionic Inorganic Toxins in Solution. 869... 

Cationic surfactant S+ Anionic inorganic 1 S11 electrostatic force MCM-41 and FSM-16 (hex), MCM-48 (cubic), SBA-2 (hex-cubic) tungsten oxide (lam, hex), antimony (V) oxide (lam, hex, cubic), tin sulfide (lam), aluminophosphate... 

Anionic surfactant S Counterion M+ Anionic inorganic 1 S M 1 P electrostatic force AMS-n, zinc oxide(lam), alumina... 

Amines, aromatic, 44, 108, 221 Amino acids, 264, 266 Anions, inorganic, 199, 229 Antidepressants. 124, 197 Antihypertensive, 354 Antioxidants, 274... 

Anions—inorganic Cations—organic Cations—inorganic... 

A CZE method was used to separate EDTA complexes of selected trivalent and divalent transition-metal ions. By adding a surfactant to the separation buffer, an improvement in peak shape and short migration times was obtained (341 and Fig. 8). The ions characterized by CIA consist of 147 ionic species, including inorganic anions, inorganic cations, and organic anions (329). 

This type of detector is useful for inorganic strong acid anions inorganic strong base cations sulfates sulfonates fatty acids T, IF, IIP, and IV° amines and carboxylic acids. 

Ion chromatography can be used for the determination of ionic solutes such as inorganic anions, inorganic cations (including alkali metals, alkaline earth metals, transition metals, and rare earth metals), carboxylic, phosphonic and sulfonic acids, detergents, carbohydrates, low molecular weight organic bases, and ionic metal complexes. 

The (S+I ) route In this case, cationic surfactants (S+) are used as structure directors for anionic inorganic species (I ). This is recognized as the pathway for the syntheses of M41S mesoporous materials. 

Inorganic Anions. Inorganic anions, most notably chloride, severely inhibit PEP carboxylase (Osmond and Greenway, 1972). The inhibition is most severe when the reaction is run at the apparent PEP Km. Detailed studies show that the theoretical maximum velocity for the reaction is not significantly affected, but the apparent Km for PEP is increased as much as four fold in the presence of 100 mM NaCl. Hence, it appears that chloride interferes with the binding of PEP to the enzyme (Table 4.5). 

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