Сопоставление герундия с причастием

Критерием отличия герундия от причастия, помимо указанных признаков, может быть следующее. Герун­диальный оборот используется, чтобы подчеркнуть дей­ствие, процесс или состояние предмета. Причастие в функции определения или определительный причаст­ный оборот употребляются, когда подчеркивается сам предмет и указывается его признак. Действие, процесс, состояние можно перевести отглагольным существи­тельным. Обратите внимание на то, что в приведенных ниже примерах перед существительным, которое пред­шествует глагольной форме с окончанием -ing, стоит предлог. Если предлог относится только к существи­тельному, то стоящая за ним глагольная форма — при­частие, если предлог относится и к глагольной форме, то последняя — герундий:

1. Everything depends upon the substance being used.
Все зависит от используемого вещества (от того,
какое вещество используется) (being used — при­
частие).

2. The explosion resulted from the substance being volatile.
Взрыв произошел от того, что вещество было ле­
тучим (от летучести вещества) (being volatile —
герундий).

Примечание Если форма being является связкой, то это всегда герундий.

Упражнеия I

Найдите в следующих предложениях герундиальные или прича­стные обороты и дайте их перевод.

1. Being in London he visited the British Museum.

2. While staying in London he visited the British Museum.

3. His colleagues living in London, Lous wrote to them
about his discovery made in France.

4. Being appointed head of the Department, Dr. Blume

resumed his work on atomic collisions.

5. Dr. Blume's being appointed head of the Department
was quite unexpected.

6. They objected to the data being published before all
the experiments were completed.

7. Some of the problems not being solved, our group
had difficulties in proceeding with the work.

8. This inconsistency depends upon real gases being less
compressible than an ideal gas.

9. The actual number of electrons depends upon the atom
being considered.

10. We have diminished the amount of light falling on
one square foot to one quarter of its previous value.

11. There can be no question of air currents affecting
the needle.

12. Different substances are used as leaching solutions
depending on the type of the ore being treated.

13. The comparative simplicity of these cases depends on
the masses of the balls being all alike.

14. The rapid rates at which gases diffuse constitute
sufficient evidence to deny the possibility of their structure
being continuous.

15. Reaction rate under given conditions, in a unimolecular
reaction, is proportional to the concentration of the substance
being transformed.

16. Since sugar is a non-electrolyte it remains stationary
as the current passes and provides a means for detecting
any changes in concentration around the electrodes due to
water molecules being carried in or out while attracted to
the moving ions.

17. Since rate of reaction is dependent on the concentration
of the reactants, it is apparent that the rate will decrease as
the reaction proceeds, due to the lowered concentration of
the substances taking part in the reaction.

II

Переведите следующие предложения, определяя герундий и при­частие по их синтаксической функции:

18. Introducing an "ideal" substance is a favourite device
in theory, but it is sometimes dangerous.

19. Using the terms just defined, the above examples of
functional relations can be restated as follows.

20. Studying experiments with ice one can show that
pressure causes ice to melt.

21. Bombarding atoms often results in unstable atoms
that sometimes emit positrons and sometimes electrons.

22. Subtracting the vapour pressure at the existing
temperature gives the initial gas pressure.

23. Substituting this value in our equation, we get the
following formula.

24. Considering again the simple circuit which represents
a current I flowing through the resistance R, the potential
differenceE across R is given be Ohm's law: E = IR.

25. Increasing the magnetic field by using electromagnets
results in a considerable increase of the ionic current.

26. An electron shown in the sketch as being in the outer
ring of four has a fairly large probability at various times of
being just outside the nucleus and even closer to it than the
two electrons of the inner ring.

27. The fact is that the probability of the ends of a large
chain of reactions coming together is very remote.