Chemical language interpreter

The generalized Fisher theorems derived in this section are statements about the space variation of the vectors of the relative and absolute space-specific rates of growth. These vectors have a simple natural (biological, chemical, physical) interpretation They express the capacity of a species of type u to fill out space in genetic language, they are space-specific fitness functions. In addition, the covariance matrix of the vector of the relative space-specific rates of growth, gap, [Eq. (25)] is a Riemannian metric tensor that enters the expression of a Fisher information metric [Eqs. (24) and (26)]. These results may serve as a basis for solving inverse problems for reaction transport systems. 

BURN — In chemical language this term is equivalent to assaying it is not to be interpreted as calcination or submitting actually to the fire. It is simply the Coction of the Matter in its own vase by a moderate fire. 

Karabunarliev, S., et al.. Rule Interpreter A Chemical Language for Structure-Based Screening, J. Mol. Struct. (Theochem), 622, 53, 2003. 

Frame System Uses frames for the representation of chemical information that are implemented using a built-in ChemLisp language interpreter. Chem-Lisp represents a special dialect of the list processing (LISP) language. 

Ribeiro M. G. T. C., Pereira, D. J. V. C., Maskill, R. (1990). Reaction and spontaneity the influence of meaning from everyday language on fourth year undergraduates interpretations of some simple chemical phenomena. IntemationalJoumal of Science Education, 72(4),391 01. 

While it is desirable to formulate the theories of physical sciences in terms of the most lucid and simple language, this language often turns out to be mathematics. An equation with its economy of symbols and power to avoid misinterpretation, communicates concepts and ideas more precisely and better than words, provided an agreed mathematical vocabulary exists. In the spirit of this observation, the purpose of this introductory chapter is to review the interpretation of mathematical concepts that feature in the definition of important chemical theories. It is not a substitute for mathematical studies and does not strive to achieve mathematical rigour. It is assumed that the reader is already familiar with algebra, geometry, trigonometry and calculus, but not necessarily with their use in science. 

Volume 3 explains the systems of molecular and atomic weight, valences, the atomic theory, the system of classification of the elements, and the laws of chemical equilibrium. Here we find Lespieau s view that the goal of chemistry is the formule developee, not the formule brute, and that the atomic hypothesis gives us a striking interpretation and creates a language that is now adopted by all chemists, even those who reject the hypothesis of an indivisible primordial particle.30... 

After you understand how to interpret chemical symbols, the names of compounds (see Chapter 6), and the symbols in Table 8-1, you can understand almost anything. You re equipped, for example, to decode a chemical equation into an English sentence describing a reaction. Conversely, you can translate an English sentence into the chemical equation it describes. When you re fluent in this language, you regrettably won t be able to talk to the animals you will, however, be able to describe their metabolism in great detail. 

In its broadest interpretation, theoretical chemistry includes any attempt to devise an explanation, however qualitative or quantitative, of any experimental chemical result. As such, a theory can serve two very different roles. Firstly, a theory provides a set of concepts and a language in which experiments can be discussed secondly it may provide a tool for the quantitative prediction of experimental results. 

---