Yu. V. Vannicov has developed the scheme focused on the translation of the typology of texts. This scheme is based on 14 main typological attributes generalizing the properties of text from the point of view of practice of translation [4; 27]:
1). Linguistic organization;
2). Functional style;
3). Functional substyle;
4). Speech modus;
5). Dominant logic contents;
6). Subject (thematic) contents;
7). Form of speech presentation;
8). Genre differentiation;
9). Information primacy - non primacy;
10). Expressive - stylistic mentioning;
11). Basic pragmatic functions;
12). Concrete purposes;
13). Types of adequacy of the text;
14). Types of adequacy of translation.
To the linguistic organization belong oppositions of the texts with rigid structure (scientifically technical) and with soft structure (art). This attribute also takes into account the degree of copula of the text. The functional styles are pointed depending on sphere of communication (scientifically technical, social - business etc) [4; 28].
Typology created by Yu. V. Vannicov can be seemed a little bulky. But its dividing into parts makes it more adequate to the given task - the reflection of real variety of the texts.
The essential advantage of this typology is that it takes into account the presence of mixed and transitive cases as well. So, for example, Yu. V. Vannicov especially points out such functionally non-uniform texts as informing - ordering.
So, as a conclusion to chapter one of this work, it can be said that in the result of the factors mentioned above, different peculiarities might be revealed during translation. They are related to common features and differences between similar functional styles of languages as well as to specific conditions and tasks of translation activity of this type. In the outline of each functional style there are some certain peculiarities and their impact on the procedure and the way of translation are significant. Therefore, in this research work the peculiarities of scientific-technical materials based on electric devices manuals are studied. In the next chapter lexical and grammatical peculiarities have been reviewed.
In any scientific and technical text, irrespective of its contents and character, can be completely precisely translated from one language to other, even if in an artwork such branch of knowledge is required, for which in language of translation there is no appropriate nomenclature. In such cases the interpreter more often resorts to interpretation, but becoming of a necessary nomenclature of a realization in a sphere of production or those scientific circles, which are engaged in data by problems.
To ensure valuable translation, it is necessary to an interpreter to present the following requests:
1. The substantial acquaintance to a subject, which is treated in the original text.
2. Good enough knowledge of language of an artwork and its lexical and grammatical features in comparison to the native language.
3. Knowledge of the bases' theory of translation, and also receptions of technical translation and skill to use them.
4. Legible introducing about the character of scientific and technical functional style both in language of the original, and in the native language.
5. Acquaintance to accepted conventional signs, abbreviations (cuttings), systems of measures and weights, both in language of the original and in the native language.
Good possession of the native language and the right use of a nomenclature.
Having studied the material of scientific-technical texts some of the characteriscts can be determined:
1. The absence of emotional colouring.
This feature basically also causes absolute convertibility of the scientific and technical texts, as the reader should not have stranger associations, he should not read between lines, be admired by the game of words and calamburs. The writer's purpose of the text is to describe either or other phenomenon or operation, this or that subject or process.
It is necessary to mark, that the English language differs by figurativeness, which cannot be transferred to Russian translation.
E. g. “The mother company bore a daughter in the Far East, granted her a dowry of 2.000.000 pounds and christened her…”
If to translate literally, it will sound so:
"Компания мать родила на Дальнем Востоке дочь, дала ей приданное в 2 млн. фунтов стерлингов и окрестила ее…"
Afterprocessingisobtained:
"Эта компания организовала на Дальнем Востоке дочернюю компанию и выделила ей капитал в 2 млн. фунтов стерлингов; новая компания стала именоваться…"
2.rushing to clearness and shortness.
The rushing to clearness discovers expression in application of legible grammar constructions and lexical units, and also in the wide use of a nomenclature. As a rule, the placed terms will be utilized conventional,, though meet and terminoids (terms, having circulation in a narrow orb), which considerably hamper translation. The rushing to a multiplicity expresses in wide application of infinitive, gerundial and subordinate clauses, abbreviations (cuttings) and conventional signs.
3. The special semantic load of some words of ordinary colloquial speech.
The rethinking of words of ordinary speech is one of productive methods of the new terms' construction.
E. g. to put out - in ordinary speech "гасить огонь", but for sailors - "выходить в море"
Stroke - in ordinary speech "удар", but for mechanic - "ход поршня"
Hoe - "мотыга", but for builders - "обратная лопата"
This property of words is an especially dangerous source of difficulties and errors for an initial translator.
4. Rate, distinct from literary language, of the words' use of the basic dictionary fund. The lexicon of the scientific and technical literature is much poorer than lexicon of art products. Therefore rate of separate elements of common lexicon of the scientific and technical literature is higher than rate of elements of lexicon of art products, thus the literary - book words and expressions, foreign drawings, scarcity of portable and contextual meanings treat to characteristic features of scientific and technical style.
5. Distinction from the literary language rate of the use and relative importance of some grammar shapes and constructions.
In the engineering literature Passive Voice is used in 16 times more often, than in art. The definition in the engineering literature is used in 3 times more often, than in art.
6. Scarcity of the idioms' use.
The idiomatic word collocations are original irresolvable expressions having particular sense, frequently independent from elements, included in them. The idioms always have some emotional colouring and consequently are not entered in the scientific and technical texts.
7. Application of abbreviations (cuttings) and conventional signs.
About some features of language of the scientific and technical literature and technique of tutoring translation.
Concept " the scientific and technical literature " combines, as is known different kinds of literature; the monographs, different textbooks, journal papers, descriptions, quick references. These aspects of the scientific and technical literature differ on language. In scientific and technical operations the material is stated briefly, exact and logically and at the same time completely enough and demonstrative. For all aspects of the scientific and technical literature is present much common, as enables to speak about common lexical and grammar features of the scientific and technical literature [17; 49].
The lexicon of the scientific and technical literature consists of common words and great many of the special terms.
One part of common words such as to work, to know, place, new is known for the pupil from school or other original course of the English language.
Other part of common words is unknown by the pupil and represents that basic lexical reserve, which they should acquire in learning process. This part of common words can conditionally be subdivided on some groups:
Words used in the scientific and technical literature in meanings, distinct from what pupils have acquired in original course. For example verb to offer in the scientific text more often is used in value "оказывать", instead of "предлагать".
To same group it is necessary to refer and some auxiliary words such as for, as, since, after. A feature of these words is that they can execute functions of different parts of speech. For example word for can be a preposition and conjunction, and is translated as "для", "в течение", and as a conjunction "так как".
Words, which on the first stage of tutoring usually are not studied.
E. g. toregard - рассматривать, считать.
to design - конструировать.
Here it is necessary to refer a great many of auxiliary words, not studied before, "on account of" - из-за, “due to “ - благодаря.
Words and word-combinations providing logical connections between separate parts of the text and providing the logic of an account.
E. g. to begin with - прежде всего
Furthermore - кроме того
Summing up - говоря вкратце
Word and word combinations serving for relational expression of the writer to the stated facts or for clarification of these facts.
E. g. needlesstosay - не вызывает сомнения
strictly speaking - строго говоря
The meanings of such words should be learnt.
Phraseological word combinations.
The feature of phraseological word combinations used in the scientific and technical literature is that they more or less neutral on colouring.
E. g. to be in a position - быть в состоянии
to be under way - осуществляться
to bring into action - начинать действавать
Phraseological word combinations play the important role in the offer and they are necessary for knowing.
The second stratum of the scientific and technical literature are the terms.
E. g. guidance - наведение
combustion chamber - камера сгорания
force of gravity - сила тяжести
If the expert well knows Russian nomenclature, having met in the text the unfamiliar term, he can guess without the dictionary by what appropriate Russian term is necessary to translate.
The greatest difficulty for understanding and translation is represented by the terms consisting not of one word, but from group of words. Disclosure of their meanings requires (demands) particular sequence of operations and knowledge of a method of translation of separate components. It is possible to recommend to start translation from the last word. Then under the order on the right to the left to translate words, facing to it, taking into account the semantic relations between the components.
E. g. If we translate the term "liquid-propellant power plant" - first of all it should be translated "power plant" - силовая установка, and then “propellant" - топливо, and the last word is “liquid" - жидкий. And we can easily translate the whole word combination:
"Силовая установка на жидком топливе"
It is necessary to take into account that many terms are polysemantic.
E. g. stage - in radiotechnics has several meanings:
Каскад;
2. Фаза, стадия
And in the rocket engineering - ступень ракеты.
Thus summing up, it is necessary to underscore, that the mastering of a strictly select and rather restricted amount of words enables the specialist to read the scientific and technical literature, not reverting to common English-Russian language and using only by special dictionaries. Some more examples are submitted in the Appendix 1.
The purpose of science as a branch of human activity is to disclose by research the inner substance of things and phenomena of objective reality and find out the laws regulating them, thus enabling man to predict, control and direct their future development in order to improve the material and social life of mankind. The style of scientific prose is therefore mainly characterized by an arrangement of language means which will bring proofs to clinch a theory. The main function of scientific prose is proof. The selection of language means must therefore meet this principle requirement.
The genre of scientific works is mostly characteristic of the written form of language (scientific articles, monographs or textbooks), but it may also be found in its oral form (in scientific reports, lectures, discussions at conferences, etc); in the latter case this style has some features of colloquial speech.
The language of science is governed by the aim of the functional style of scientific prose, which is to prove a hypothesis, to create new concepts, to disclose the internal laws of existence, development, relations between different phenomena, etc. The language means used, therefore, tend to be objective, precise, unemotional, and devoid of any individuality; there is a striving for the most generalized form of expression.
The first and most noticeable feature of this style is the logical sequence of utterances with clear indication of their interrelations and interdependence, that is why in no other functional style there is such a developed and varied system of connectives as in scientific prose. The most frequently words used in scientific text are functional words; conjunctions and prepositions.
The first 100 most frequent words of this style comprises the following units:
a) prepositions: of, to, in, for, with, on, at, by, from, out, about, down;
b) prepositional phrases: in terms of; in view of, in spite of, in common with, on behalf of, as a result of; by means of, on the ground of, in case of;
c) conjunctional phrases: in order that, in case that, in spite of the fact that, on the ground that, for fear that;
d) pronouns: one, it, we, they;
e) notional words: people, time, two, like, man, made, years.
As scientific text is restricted to formal situations and, consequently, to formal style, it employs a special vocabulary which consists of two main groups: words associated with professional communication and a less exclusive group of so-called learned words. Here one can find numerous words that are used in scientific text and can be identified by their dry, matter-of-fact flavour, for example, comprise, compile, experimental, heterogeneous, homogeneous, conclusive, divergent, etc. Another group of learned word comprises mostly polysyllabic words drawn from the Romance languages and, though fully adapted to the English phonetic system, some of them continue to sound singularly foreign. Their very sound seems to create complex associations: deleterious, emollient, incommodious, meditation, illusionary.
A particularly important aspect of scientific and technological language is the subject-neutral vocabulary which cuts across different specialized domains. In particular, a great deal of scientific work involves giving instructions to act in a certain way, or reporting on the consequences of having so acted.
Several lexical categories can be identified within the language of scientific instruction and narrative:
Verbs of exposition: ascertain, assume, compare, construct, describe, determine, estimate, examine, explain, label, plot, record, test, verify.
Verbs of warning and advising: avoid, check, ensure, notice, prevent, remember, take care; also several negative items: not drop, not spill.
Verbs of manipulation: adjust, align, assemble, begin, boil, clamp, connect, cover, decrease, dilute, extract, fill, immerse, mix, prepare, release, rotate, switch on, take, weigh.
Adjectival modifiers and their related adverbs: careful (y), clockwise, continuous (ly), final (ly), gradual (ly), moderate (ly), periodic (ally), secure (ly), subsequent (ly), vertical (ly) (see Appendix 1).
The general vocabulary employed in scientific text bears its direct referential meaning, that is, words used in scientific text will always tend to be used in their primary logical meaning. Hardly a single word will be found here which is used in more than one meaning. Nor will there be any words with contextual meaning. Even the possibility of ambiguity is avoided.