英语动词COPOLYMERISE的变化形式
PRESENT
Present
I copolymerise
you copolymerise
he/she/it copolymerises
we copolymerise
you copolymerise
they copolymerise
Present continuous
I am copolymerising
you are copolymerising
he/she/it is copolymerising
we are copolymerising
you are copolymerising
they are copolymerising
Present perfect
I have copolymerised
you have copolymerised
he/she/it has copolymerised
we have copolymerised
you have copolymerised
they have copolymerised
Present perfect continuous
I have been copolymerising
you have been copolymerising
he/she/it has been copolymerising
we have been copolymerising
you have been copolymerising
they have been copolymerising
PAST
Past
I copolymerised
you copolymerised
he/she/it copolymerised
we copolymerised
you copolymerised
they copolymerised
Past continuous
I was copolymerising
you were copolymerising
he/she/it was copolymerising
we were copolymerising
you were copolymerising
they were copolymerising
Past perfect
I had copolymerised
you had copolymerised
he/she/it had copolymerised
we had copolymerised
you had copolymerised
they had copolymerised
Past perfect continuous
I had been copolymerising
you had been copolymerising
he/she/it had been copolymerising
we had been copolymerising
you had been copolymerising
they had been copolymerising
FUTURE
Future
I will copolymerise
you will copolymerise
he/she/it will copolymerise
we will copolymerise
you will copolymerise
they will copolymerise
Future continuous
I will be copolymerising
you will be copolymerising
he/she/it will be copolymerising
we will be copolymerising
you will be copolymerising
they will be copolymerising
Future perfect
I will have copolymerised
you will have copolymerised
he/she/it will have copolymerised
we will have copolymerised
you will have copolymerised
they will have copolymerised
Future perfect continuous
I will have been copolymerising
you will have been copolymerising
he/she/it will have been copolymerising
we will have been copolymerising
you will have been copolymerising
they will have been copolymerising
CONDITIONAL
Conditional
I would copolymerise
you would copolymerise
he/she/it would copolymerise
we would copolymerise
you would copolymerise
they would copolymerise
Conditional continuous
I would be copolymerising
you would be copolymerising
he/she/it would be copolymerising
we would be copolymerising
you would be copolymerising
they would be copolymerising
Conditional perfect
I would have copolymerise
you would have copolymerise
he/she/it would have copolymerise
we would have copolymerise
you would have copolymerise
they would have copolymerise
Conditional perfect continuous
I would have been copolymerising
you would have been copolymerising
he/she/it would have been copolymerising
we would have been copolymerising
you would have been copolymerising
they would have been copolymerising
IMPERATIVE
Imperative
you copolymerise
we let´s copolymerise
you copolymerise
NONFINITE VERB FORMS
Infinitive
to copolymerise
Past participle
copolymerised
Present Participle
copolymerising
与 «COPOLYMERISE»相关的英语书籍
在以下的参考文献中发现
copolymerise的用法。与
copolymerise相关的书籍以及同一来源的简短摘要提供其在 英语文献中的使用情境。
1
Applications of Synthetic Resin Latices , Fundamental ...
two. or. more. monomers. copolymerise. completely,. the. resultant. copolymer. is.
reasonably homogeneous. Often, because of compatibility variations amongst
the constantly varying species of polymers formed, the properties of the final ...
H. Warson, C. A. Finch, 2001
2
Homogeneous Catalysis: Understanding the Art
We mentioned metallocene catalysts that can be used to copolymerise ethene
and norbornene to give TopasTM type products. One can imagine that
homopolymers of norbornene can lead to a variety of stereoregularities and we
have drawn ...
Piet W.N.M. van Leeuwen, 2005
3
Waterborne: Environmentally Friendly Coating Technologies: ...
VeoVa monomers can be used in combination with a variety of other monomer
types to In summary, the VeoVa monomers copolymerise easily with other vinyl
esters, ethylene and most acetate based and acrylic based latices. Figure 3.
James W. Rawlins , Robson F. Storey, 2013
4
Reactive Modifiers for Polymers
In the latter case, it means that a styryl macroradical, PP/St*, is incapable of
reacting with OXA. This has been confirmed experimentally [64]: OXA does not
homopolymerise and it can copolymerise with St only when St is in large excess
with ...
5
Simon & Schuster Super Crossword Puzzle Dictionary And ...
... plentifully; 13 extravagantly copiousness: 4 lots, over; 6 plenty; 9 abundance,
amplitude, plenitude, profusion; 11 full measure; 13 plenteousness copolymerise:
12 copolymerize copolymerize: 12 copolymerise cop out: 6 opt out copper: 2 Cu;
...
Seth Godin, Lark Productions LLC, Seth Godin Productions, 1999
6
Plastics in Packaging: Western Europe and North America
3.2.10 Speciality Copolymers 3.2.10.1 Ethylene-Styrene Copolymers
Polyethylene and polystyrene are highly incompatible polymers which have, until
recently, been impossible to blend or copolymerise economically. Dow Chemical
has been ...
R. Beswick, D.J. Dunn, 2002
7
Ring-opening Polymerisation
Cyclic ethers are able to copolymerise with a variety of other cyclic and non cyclic
monomers. Different combinations of copolymerisation of 3, 4, 5 ,6 and 7
membered ring cyclic ethers with various initiators were tried and references may
be ...
8
A chemistry of plastics and high polymers
Summarising, not all pairs of separately polymerisable monomers will
copolymerise; and conversely, certain substituted olefines which will not
polymerise alone can be copolymerised with a suitable como- nomer. The
following are some of ...
Patrick Dunbar Ritchie, 1949
9
Russian Chemical Reviews
Monomers with high Q values (St, MMA, it-conjugated monomers) copolymerise
with haemin and its dimethyl ester. During the copolymerisation Fem is reduced
to Fe11. 75,76 The haemin content in the copolymer with St is basically the same
...
10
The Science of Surface Coatings
COPOLYMERISATION One of the most important aspects of addition
polymerisations is the ability of ethylenically unsaturated monomers to
copolymerise. If mixtures of two monomers A and B are subjected to polymerising
conditions, ...
Herbert Waler Chatfield, 1962
