CONJUGATION OF THE VERB TO CHLORIDIZE
PRESENT
Present
I chloridize
you chloridize
he/she/it chloridizes
we chloridize
you chloridize
they chloridize
Present continuous
I am chloridizing
you are chloridizing
he/she/it is chloridizing
we are chloridizing
you are chloridizing
they are chloridizing
Present perfect
I have chloridized
you have chloridized
he/she/it has chloridized
we have chloridized
you have chloridized
they have chloridized
Present perfect continuous
I have been chloridizing
you have been chloridizing
he/she/it has been chloridizing
we have been chloridizing
you have been chloridizing
they have been chloridizing
Present tense is used to refer to circumstances that exist at the present time or over a period that includes the present time. The
present perfect refers to past events, although it can be considered to denote primarily the resulting present situation rather than the events themselves.
PAST
Past
I chloridized
you chloridized
he/she/it chloridized
we chloridized
you chloridized
they chloridized
Past continuous
I was chloridizing
you were chloridizing
he/she/it was chloridizing
we were chloridizing
you were chloridizing
they were chloridizing
Past perfect
I had chloridized
you had chloridized
he/she/it had chloridized
we had chloridized
you had chloridized
they had chloridized
Past perfect continuous
I had been chloridizing
you had been chloridizing
he/she/it had been chloridizing
we had been chloridizing
you had been chloridizing
they had been chloridizing
Past tense forms express circumstances existing at some time in the past,
FUTURE
Future
I will chloridize
you will chloridize
he/she/it will chloridize
we will chloridize
you will chloridize
they will chloridize
Future continuous
I will be chloridizing
you will be chloridizing
he/she/it will be chloridizing
we will be chloridizing
you will be chloridizing
they will be chloridizing
Future perfect
I will have chloridized
you will have chloridized
he/she/it will have chloridized
we will have chloridized
you will have chloridized
they will have chloridized
Future perfect continuous
I will have been chloridizing
you will have been chloridizing
he/she/it will have been chloridizing
we will have been chloridizing
you will have been chloridizing
they will have been chloridizing
The
future is used to express circumstances that will occur at a later time.
CONDITIONAL
Conditional
I would chloridize
you would chloridize
he/she/it would chloridize
we would chloridize
you would chloridize
they would chloridize
Conditional continuous
I would be chloridizing
you would be chloridizing
he/she/it would be chloridizing
we would be chloridizing
you would be chloridizing
they would be chloridizing
Conditional perfect
I would have chloridize
you would have chloridize
he/she/it would have chloridize
we would have chloridize
you would have chloridize
they would have chloridize
Conditional perfect continuous
I would have been chloridizing
you would have been chloridizing
he/she/it would have been chloridizing
we would have been chloridizing
you would have been chloridizing
they would have been chloridizing
Conditional or "future-in-the-past" tense refers to hypothetical or possible actions.
IMPERATIVE
Imperative
you chloridize
we let´s chloridize
you chloridize
The
imperative is used to form commands or requests.
NONFINITE VERB FORMS
Past participle
chloridized
Present Participle
chloridizing
Infinitive shows the action beyond temporal perspective. The
present participle or gerund shows the action during the session. The
past participle shows the action after completion.
10 ENGLISH BOOKS RELATING TO «CHLORIDIZE»
Discover the use of
chloridize in the following bibliographical selection. Books relating to
chloridize and brief extracts from same to provide context of its use in English literature.
1
Biotelemetry XIV: Proceedings of the Fourteenth ...
Chloridize Silver Rim 7 DisPense Membrane A thick silver layer is then , , , , . Fig.
2: Miniature sensor fabrication steps. electroplated on the gold, and its surface is
chloridized to form the inner reference electrode. An alternative approach is to ...
Thomas Penzel, Stanley Salmons, Michael R. Neuman, 1998
Indeed, even speisses have been successfully treated by this method, by
calcining the residues with salt, and thus converting into AgCl those portions of
silver which the first calcination failed to chloridize, as well as those which were
chlorid- ...
3
Report of the Director of the Mint Upon the Production of ...
Indeed, even speisses have been successfully treated by this method, by
calcining the residues with salt, and thus converting into AgCl those portions of
silver which the first calcination failed to chloridize, as well as those which were
chlorid- ...
4
Report of the Director of the Mint Upon the Production of ...
Indeed, even speisses have been successfully treated by this method, by
calcining the residues with salt, and thus converting into AgCl those portions of
silver which the first calcination failed to chloridize, as well as those which were
chlorid- ...
United States. Bureau of the Mint, 1884
5
House Documents, Otherwise Publ. as Executive Documents: ...
Indeed, even speisses have been successfully treated by this method, by
calcining the residues with salt, and thus converting into AgCl those portions of
silver which the first calcination failed to chloridize, as well as those which were
chlorid- ...
United States. Congress. House, 1884
6
The Explorers', Miners', and Metallurgists' Companion: ...
Treat the solid residue in revolving barrels, with iron and mercury, as directed at
page 542; or in copper-bottomed kettles, with salt, as explained at page 538.
SECOND PROCESS. — Chloridize and precipitate the copper, as in the first
process; ...
Josiah Samuel Phillips, 1873
7
New Advances in Gastrointestinal Motility Research
... of electrical recordings [43]. This may be appropriate for animal work, but
poses toxicity and sterilization concerns for human research. We do not
chloridize our silver electrodes; however, this is partly achieved in—vivo by the
sustained ...
L. K. Cheng, A. J. Pullan, G. Farrugia, 2013
This was ground, roasted to eliminate sulphur, mixed with salt, again roasted to
chloridize the copper which was then leached out with water. The insoluble
residue from the leach was then dried and recycled, the final product being the
twice ...
9
Lanthanoid Series Elements—Advances in Research and ...
According to news reporting originating from Harbin, People's Republic of China,
by VerticalNews correspondents, research stated, “Gibbs energy showed that
AlCl3 can chloridize Pr6011 and release Pr(III) ions in the LiCl-KCl-Pr60ll-AlCl3 ...
10
Issues in Specialized Chemical and Chemistry Topics: 2013 ...
... “The measurement results of the dissolved ytterbium concentrations in LiCl-KCl
-Yb203 and LiClKCl-AlCl3-Yb203 melt indicate that AlCl3 can effectively
chloridize Yb203. X-ray diffraction (XRD) results of deposits obtained by
potentiostatic ...
