- •Введение
- •Lesson 1 Part 1 Should and Would
- •Practice
- •Vocabulary
- •Texts for educational purposes Buckminsterfullerene
- •Inorganic compounds of carbon
- •Organic compounds of carbon
- •Introduction.
- •Lesson 2 Part 1 Attributive chains (ac)
- •Practice
- •Part 2
- •Alkali Metals
- •Vocabulary
- •Chemical bond
- •Texts for educational purposes Clay and its minerals
- •Potassium and its compounds
- •Lesson 3 Part 1 Ways of the Translation of Passive Voice
- •Practice
- •Part 2
- •Alkaline-Earth Metals
- •Vocabulary
- •Texts for educational purposes Calcium and its compounds
- •Solution and solvation
- •Lesson 4 Part 1 How to Translate “to follow” and its derivatives
- •Practice
- •Part 2
- •Bismuth
- •Vocabulary
- •Lead and its compounds
- •Oxidation-reduction reactions (redox)
- •Oxygen and ozone
- •Lesson 5
- •Practice
- •Part 2
- •Vocabulary
- •Texts for educational purposes
- •Iron and its compounds
- •Nickel and its compounds
- •Transition elements
- •Lesson 6 Part 1 Participle II
- •Practice
- •Part 2
- •Aluminium
- •Vocabulary
- •Сhloride aluminium
- •Texts for educational purposes Colloids
- •Flocculation
- •Dipole and dipole-dipole interaction
- •Texts from scientific articles Journal of Electroanalytical Chemistry
- •Introduction
- •Lesson 7
- •Dependent Participle Constructions
- •Practice
- •Part 2
- •Ammonia
- •Vocabulary
- •Texts for educational purposes Synthesized and natural compounds of nitrogen
- •On acids and their properties
- •Texts from scientific articles Journal: Analytica Chimica Acta Oxidizing properties of Perchloric Acid solution
- •Introduction
- •Journal: Analytica Chimica Acta Oxidation of Cerium (III) to Cerium (1v)
- •Lesson 8 Part 1 Absolute Participle Constructions
- •Practice
- •Part 2
- •Electric - field - induced flame speed modification
- •Vocabulary
- •Fullerene production
- •Text from a scientific article Journal: Progress in Energy and Combustion Science Flame configurations
- •Introduction
- •Lesson 9 Part 1 Gerund
- •Techniques for gerund translation
- •Practice
- •Part 2
- •Fine particle toxicity and soot formation
- •Vocabulary
- •Fine particle toxicity and soot formation
- •Texts from scientific articles Journal: Progress in Energy and Combustion Science Studies of aromatic hydrocarbon formation mechanisms in flames
- •Introduction
- •Lesson 10
- •Functions of the Gerund in a Sentence
- •Practice
- •Part 2
- •Electroanalysis with chemically modified electrodes
- •Vocabulary
- •Utility of chemically modified electrodes
- •Texts for educational purposes Electrochemical processes
- •Lesson 11 Part 1 The forms of the Gerund
- •Practice
- •Part 2
- •Vocabulary
- •Texts for educational purposes Types of fuel
- •Classification of fuels
- •Absolute gerundial constructions
- •Vocabulary
- •Practice
- •Part 2
- •Hydrogen bond
- •Vocabulary
- •Texts for educational purposes Noble gases
- •Equilibrium and equilibrium constant
- •Ammonium hydrogen carbonate
- •Practice
- •Part 2
- •Blast furnace
- •Voсabulary
- •Texts for educational purposes Types of burner
- •Catalytic reactions
- •Lesson 14 Part 1 The Forms of The Infinitive
- •Part 2
- •The rusting of metals
- •Vocabulary
- •Scientific Research Carbon cycle
- •Carbon dating
- •Acid rain
- •Lesson 15 Part 1
- •Infinitive constructions
- •Part 2
- •Alloys and types of alloys
- •Vocabulary
- •Texts for educational purposes On combustion and flame
- •Hardness of water
- •Hydrogen
- •Hammett equation
- •Albert Einstein
- •Vocabulary
- •Список литературы
Introduction.
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Adsorption of the smaller cytokine IL-6 by most of the studied carbons was noticeably higher, but demonstrated similar trends. Strictly microporous Adsorba 300o C was clearly inefficient. However, CDCs prepared at 600 o C having a limited amount of mesopores (pores 2-50 nm), adsorbed 66-77 % of the cytokines initially present in the solution for 1 hr. The CDCs produced at 1200 o C demonstrated 97-98.5 % adsorption which is comparable with the CXV samples, capable of adsorbing ~99% . The CDCs prepared from Ti2AlC at 800 o C having the most developed mesoporosity decreased IL-6 concentration by ~99.8 %; the remaining IL-6 was close to the detection limit of ELISA used.
Lesson 2 Part 1 Attributive chains (ac)
Attributive chains are compound phrases which consist of two or more nouns connecting logically with each other where the preposition «of» is absent. E.g.:
the reaction of catalysis - catalysis reaction
the solution of benzene - benzene solution.
As all compound phrases are formed in scientific literature with the help of genitive case (родительный падеж), most authors prefer to use attributive chains. To avoid the frequent repetition of the preposition «of» authors omit this preposition by transferring the word which must be after the preposition «of» at the beginning of a phrase. Let’s consider this process on the following example. At first we will translate all the words:
Горение жидкости ацетилена:
горение - combustion
жидкость - liquid
ацетилен - acetylene.
Now let’s translate this phrase using the preposition «of»: горение жидкости ацетилена - the combustion of the liquid of acetylene. Here we can see two prepositions «of». Such kind of phrase is not good for English style. To get rid (избавиться) of the excessive (чрезмерный) use of the preposition «of» we should put the word «acetylene» at the beginning. The word «acetylene» will be the first. Then after the word «acetylene» we must put the word «liquid». It will be the second word. And finally the word «combustion» will be the last one in this phrase. As a result we have the following word combination: acetylene liquid combustion.
Now let’s consider the translation of AC from English into Russian on the following example: magnesium oxide melting point.
At first of all we will translate all the words in this phrase:
magnesium - магний
oxide - оксид
m
16
When we translate from English into Russian we should start our translation from the last word. The first word will be melting point - температура плавления, the second word will be oxide - оксид and the last word will be magnesium - магний and finally we will have the following phrase: температура плавления оксида магния.
Vocabulary:
to proceed - проходить, протекать
toluene - толуол
well - скважина
commercial - производственный
hydrocarbon - углеводород
data - данные
reduction - восстановление
