CONJUGATION OF THE VERB TO ALBITIZE
PRESENT
Present
I albitize
you albitize
he/she/it albitizes
we albitize
you albitize
they albitize
Present continuous
I am albitizing
you are albitizing
he/she/it is albitizing
we are albitizing
you are albitizing
they are albitizing
Present perfect
I have albitized
you have albitized
he/she/it has albitized
we have albitized
you have albitized
they have albitized
Present perfect continuous
I have been albitizing
you have been albitizing
he/she/it has been albitizing
we have been albitizing
you have been albitizing
they have been albitizing
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 albitized
you albitized
he/she/it albitized
we albitized
you albitized
they albitized
Past continuous
I was albitizing
you were albitizing
he/she/it was albitizing
we were albitizing
you were albitizing
they were albitizing
Past perfect
I had albitized
you had albitized
he/she/it had albitized
we had albitized
you had albitized
they had albitized
Past perfect continuous
I had been albitizing
you had been albitizing
he/she/it had been albitizing
we had been albitizing
you had been albitizing
they had been albitizing
Past tense forms express circumstances existing at some time in the past,
FUTURE
Future
I will albitize
you will albitize
he/she/it will albitize
we will albitize
you will albitize
they will albitize
Future continuous
I will be albitizing
you will be albitizing
he/she/it will be albitizing
we will be albitizing
you will be albitizing
they will be albitizing
Future perfect
I will have albitized
you will have albitized
he/she/it will have albitized
we will have albitized
you will have albitized
they will have albitized
Future perfect continuous
I will have been albitizing
you will have been albitizing
he/she/it will have been albitizing
we will have been albitizing
you will have been albitizing
they will have been albitizing
The
future is used to express circumstances that will occur at a later time.
CONDITIONAL
Conditional
I would albitize
you would albitize
he/she/it would albitize
we would albitize
you would albitize
they would albitize
Conditional continuous
I would be albitizing
you would be albitizing
he/she/it would be albitizing
we would be albitizing
you would be albitizing
they would be albitizing
Conditional perfect
I would have albitize
you would have albitize
he/she/it would have albitize
we would have albitize
you would have albitize
they would have albitize
Conditional perfect continuous
I would have been albitizing
you would have been albitizing
he/she/it would have been albitizing
we would have been albitizing
you would have been albitizing
they would have been albitizing
Conditional or "future-in-the-past" tense refers to hypothetical or possible actions.
IMPERATIVE
Imperative
you albitize
we let´s albitize
you albitize
The
imperative is used to form commands or requests.
NONFINITE VERB FORMS
Past participle
albitized
Present Participle
albitizing
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 «ALBITIZE»
Discover the use of
albitize in the following bibliographical selection. Books relating to
albitize and brief extracts from same to provide context of its use in English literature.
1
English Language Word Builder
VERBS. VERBS ENDING IN 'IZE' WITH 'ISE' EQUIVALENTS ACTIVIZE ALBITIZE
ALKALIZEI AMORTIZE ANNALIZE ANTICIZE APHETIZE APHORIZEI ARBORIZE
ARCHAIZEI ATHETIZE ATTICIZE AVIANIZE BANALIZE BOTANIZEI CALORIZE ...
The amphibolites at the KTB site contain a relatively Ca-rich plagioclase (An28) (
Patzak 1991), which reacts with dissolved NaCl to albitize the plagioclase and
producing the observed CaCl2 brine (Fig. 4). Canadian Shield brines are also ...
Bruce Yardley, Craig Manning, Grant Garven, 2011
3
Oxford English Dictionary Additions Series
alamethicin 3 Alaska 3 Alaska Current 3 alaskaite 3 alata 3 alba 3 albariza 3
albendazole 3 Albers-Schonberg 1 Albertan 1 albino 3 albinic 3 albite 3 albitize 3
albitized 3 albizzia I albomycin 3 Albright 3 Albright('s) (hereditary) dystrophy 3 ...
J. A. Simpson, Michael Proffitt, E. S. C. Weiner, 1997
4
Geology and Mineral Resources of the Quakertown-Doylestown ...
The effects of these solutions were to albitize the feldspars, a process doubtless
facilitated by continued orogenic pressure, and to replace the feldspars by quartz,
both in coarse wormlike and in myrmekitic forms, a process which is also ...
5
Proceedings of the 29th International Geological Congress 1992
To albitize the quartz diorite the removal of iron from magmatic rocks and the
addition of iron to the ore-forming fluid are needed, as shown by experimental
results (Wang, 1981). PALEOKARST DEVELOPMENT BASED ON GA
DISSOLUTION ...
Shunsō Ishihara, Tetsuro Urabe, Hiroshi Ohmoto, 1993
In modern sediments albitization of feldspars starts during the diagenesis, when
the temperature of the sediments exceeds 60 °C. Potassium feldspar albitizes
slowly at temperatures from 60 to 150 °C. In contrast, plagioclase begins to
albitize ...
7
Geologisches zentralblatt. Abt. A: Geologie
... granite mass makes possible the large quantities of soda-rich solutions
required to albitize the sediments and make the lesser granite mass. The paper is
a valuable study of this sort of wholesale mineralization; the field, with its contact
...
8
Geology, mineralogy and geochemistry of the Fe-Co-Au-(U) ...
C. In contrast, plagioclase begins to albitize rapidly at 75-100 °C, and total
albitization can be reached at temperatures above 130 °C. Quartz is not replaced
by albite in diagenesis (Boles 19.2; K0 and Hesse 19.7; Milliken 19..; Aagard et al
.
9
Geologisches Zentralblatt: Anzeiger für Geologie, ...
... as compared with the Pellisier granite mass makes possible the large
quantities of soda-rich solutions required to albitize the sediments and make the
lesser granite mass. The paper is a valuable study of this sort of wholesale
mineralization ...
As the conditions approach the "oil window" (principal zone of oil generation ~50
°-150° C), K-feldspar and plagioclase either dissolve or albitize. More significant
than feldspar dissolution in shales is the transformation of detrital smectitic I/S to ...
Jürgen Schieber, Winfried Zimmerle, Parvinder S. Sethi, 1998
