Ternary alphabet

The condition part of the classifier is constructed from the ternary alphabet [o, l, ], so each of the following is a valid condition string ... 

The simplest way to create a set of productive classifiers is through rule culling. A large pool of classifiers is created, either by generating the condition and action parts for numerous classifiers at random or by creating every possible classifier of the required length that could be constructed from the ternary alphabet. 

For classifiers described using a ternary alphabet, the number of different classifiers increases as 3", where n is the combined length of the condition and actions parts (Figure 9.7), so a classifier list that contains all permutations of the ternary alphabet quickly becomes too large to manipulate. If the number of probes in the reactor is 6 and the messages that they send have a resolution of 1 part in 256, if the number of effectors is 4 and their resolution is 1 part in 64, the number of different classifiers is... 

Encode watermark bits using a ternary alphabet... 

Ternary mixtures are treated similarly. For a mixture of chloroform, ethanol, and water the citation is given in the entry for chloroform, and in that entry it appears as part of the subentry for mixtures of ethanol with chloroform where the three constituents are named in alphabetical order ... 

The -ide ending is also used for certain anion groups containing different elements, snch as hydroxide (OH ) and cyanide (CN ). Thus the compounds LiOH and KCN are named lithium hydroxide and potassium cyanide, respectively. These and a nnmber of other such ionic substances are called ternary compounds, meaning compounds consisting of three elements. Table 2.3 lists alphabetically the names of a number of common cations and anions. 

All the ternaries containing Bi, Sb and As, that have been synthesized and isolated are collected in Table 1. Numerous other phases have been observed, but always in admixture with other compounds, so these phases are not indicated in this table. It is important to emphasize that in every system the intercalated metallic sheets exhibit often various compositions and orderings. These are distinguished by greek letters in order of their respective thicknesses the thicker the intercalated sheet, the later the corresponding letter in the alphabet. In all these systems, the 2D and 6 -axis orderings of the intercalated sheets are generally complicated . Last, in the same table, the best synthesis conditions are indicated for every phase. 

Rare-earth-metal—silicon ternary phase diagrams are Usted in alphabetical order... 

Within types of polymers the individual samples are ordered by their increasing average molar mass. Subsequently, systems are ordered by their solvents. Solvents are listed alphabetically. When necessaiy, systems are ordered by increasing temperature. In ternary systems, ordering is additionally made subsequently according to the name of the third component in the system. Eaeh data set begins with the lines for the solution components, e.g., in binary systems ... 

This volume contains data on phase equilibria of ternary polymer solutions as a function of temperature, pressure, and composition. In the tables, the subscript 1 always denotes the polymer (because, the data tables are sorted alphabetically with respect to the polymer as first component of the solution) and subscripts 2 and 3 denote the two solvents. 

The systems are arranged in alphabetic order of nonaque-ous components for each of seven groups of aqueous mixtures. Binary aqueous systems were divided into three groups - Binary systems with electrolytes , Binary systems with nonelectrolytes and Binary systems with acids . There are also three groups of ternary aqueous systems - Ternary systems - electrolytes , Ternary systems - nonelectrolytes ... 

The order of phase equilibria description is determined by the Mendeleev s Periodic System only in a one case (ternary systems with two transition metals), an alphabetical order is used. 

In the following table every ternary or quaternary mixture occurs three (or four) times Each component takes the first place once. These components are arranged alphabetically according to the elements in their gross formulae, wherein the elements themselves are ordered alphabetically and according to their increasing numbers. E.g. , .. HgO, HjS, Ng, Og, OgS. .. 

Alphabetical index of ternary and quaternary mixtures according to names of substances... 

Rare earth-metal-boron ternary phase diagrams are listed in alphabetical order of the chemical symbol of the rare earth element (Sc, Y, La, Ce,..., Lu). Under each rare earth the systems are listed alphabetically by the chemical symbol of the non-rare-earth element. After the ternary systems, higher order systems are presented following the same scheme. 

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