Sprins

From Sprinsology

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Sprins is a unique mixture of molecules determining the [[spray|spray's]] properties. It assembles systematically. Sprins' parts are units – elements (small mixtures of molecules) and binders – nervulae.  
Sprins is a unique mixture of molecules determining the [[spray|spray's]] properties. It assembles systematically. Sprins' parts are units – elements (small mixtures of molecules) and binders – nervulae.  
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[[Image:Sprins_example.png|frame|right|An enlarged view of sprins]]
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[[Image:Sprins_example.png|thumb|right|An enlarged view of sprins]]
== Elements and nervulae==
== Elements and nervulae==
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* '''Ipicca''' (marked with I)
* '''Ipicca''' (marked with I)
* '''Tattana''' (marked with T)
* '''Tattana''' (marked with T)
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There is only one discovered and documented malay: '''Quegnaroc''' (marked with Q).
There is only one discovered and documented malay: '''Quegnaroc''' (marked with Q).
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There is three types of nervulae:
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There are three types of nervulae:
* single
* single
* double
* double
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=== Unitae types ===
=== Unitae types ===
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Unitae are a group of elements (similar to molecules in chemistry). They are inseparable, unlike chemical compounds. An example is P3H. There are many types of unitae:
+
Unitae are a group of elements (similar to molecules in chemistry). They are inseparable, unlike chemical compounds. An example is P<sub>3</sub>H. There are many types of unitae:
* Unitae
* Unitae
** Unithyns
** Unithyns
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The '''superstem''' and '''substem''' are unique "words" that are very important in unitae naming. Every element has an unique superstem and a substem. They are:
The '''superstem''' and '''substem''' are unique "words" that are very important in unitae naming. Every element has an unique superstem and a substem. They are:
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{| class="wikitable"
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* Parsintha: pars-, -an
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+
* Hyania: hyn-, -im
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|-
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* Oropia: orop-, -on
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+
* Corothola: cor-, -ol
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! Element name
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* Sallicina: sal-, -il
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+
* Vidiridia: vid-, -at
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! Superstem
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* Elocca: el-, -et
-
 
+
* Ipicca: ip-, -it
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! Substem
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* Tattana: tatt-, -ut
-
 
+
* Quegnaroc: quegnar-, -oc
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|-
+
-
 
+
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| Parsintha, pars-
+
-
 
+
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| Parsintha, -an
+
-
 
+
-
|-
+
-
 
+
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| Hyania, hyn-
+
-
 
+
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| Hyania, -in
+
-
 
+
-
|-
+
-
 
+
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| Oropia, orop-
+
-
 
+
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| Oropia, -on
+
-
 
+
-
|-
+
-
 
+
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| Corothola, kor-
+
-
 
+
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| Corothola, -ol
+
-
 
+
-
|-
+
-
 
+
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| Sallicina, sal-
+
-
 
+
-
| Sallicina, -il
+
-
 
+
-
|-
+
-
 
+
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| Vidiridia, vid-
+
-
 
+
-
| Vidiridia, -at
+
-
|-
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<sub>Note: superstem is on the left and substem is on the right.</sub>
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| Elocca, el-
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=== Number prefixes ===
-
| Elloca, -et
+
The '''number prefixes''' come from Latin or pseudo-Latin. They are also very important during the naming process, since they use to determine how many single elements are in the unitae. Every number has two types, because a prefix can stand before a vowel and also before a consonant. They are:
-
|-
+
* 1: no prefix
 +
* 2: di- or d-
 +
* 3: tri- or tr-
 +
* 4: que- or qu-
 +
* 5: qui- or quin-
 +
* 6: se- or sex-
 +
* 7: sa- or sept-
 +
* 8: octa- or oct-
 +
* 9: nova- or nov-
 +
* 10: deci- or dec-
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* 11: ununi- or unun-
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* 12: undi- or und- etc.
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| Ipicca, ip-
+
== Unithyns ==
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| Ipicca, -it
+
'''Unithyns''' are elementary compounds (unitae) with two or three articles (each element in the compound). Remember, the third article is optional. The articles can be mixed, that is, major or minor (not malaya). That could be Sallicina, Parsintha, Tattana or others. The '''basic''' or the '''general formula''' (the formula that determines the number of certain articles in the compound) is:
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|-
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'''A<sub>x</sub>B<sub>x+2</sub>C<sub>x+1</sub>'''
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| Tattana, tatt-
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According to the formula, if element A is Parsintha, and element B is Hyania, then the formula would be PH<sub>3</sub>. If there are three articles: Parsintha, Hyania and Ipicca, then the formula would be PH<sub>3</sub>I<sub>2</sub>. The elements A and B or A and C cannot be the same, but elements B and C can be. The general formula changes:
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| Tattana, -ut
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[[Image:Unithyn_PH3.png|thumb|180px|right|An example of an unithyn: PH<sub>3</sub>]]
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|-
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'''A<sub>x</sub>B<sub>2x+3</sub>'''
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| Quegnaroc, quegnar-
+
Those unithyns are called '''irregular unithyns'''. For example: PH<sub>3</sub>H<sub>2</sub> becomes '''PH<sub>5</sub>'''. Every unita can be connected to the other one when building a sprins. Every type of unita has a certain nervulae-connecting number. The unithyns can be connected to two, three or four nervulae - they are '''two-''', '''three-''' or '''four-nervulistic'''. Unitae are also named: every type of unita has a system of naming. Unithyns have a system like so:
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| Quegraroc, -oc
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(''A number prefix'')(''A superstem'')i(''B number prefix'')(''B substem'')in-(''C number prefix'')(''C superstem'')in
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|}
+
An example: PH<sub>3</sub> would be called '''''Parsitrihynin'''''.

Current revision as of 21:09, 8 March 2008

Sprins is a unique mixture of molecules determining the spray's properties. It assembles systematically. Sprins' parts are units – elements (small mixtures of molecules) and binders – nervulae.

An enlarged view of sprins

Contents

Elements and nervulae

There are three types of elements:

  • main (majors)
  • rare (minors)
  • very rare (malaya, singular malay)

Main elements are:

  • Parsintha (marked with P)
  • Hyania (marked with H)
  • Oropia (marked with O)
  • Corothola (marked with C)
  • Sallicina (marked with S)

Rare elements are:

  • Vidiridia (marked with V)
  • Elocca (marked with E)
  • Ipicca (marked with I)
  • Tattana (marked with T)

There is only one discovered and documented malay: Quegnaroc (marked with Q).

There are three types of nervulae:

  • single
  • double
  • triple

Unitae assembly and naming

Unitae types

Unitae are a group of elements (similar to molecules in chemistry). They are inseparable, unlike chemical compounds. An example is P3H. There are many types of unitae:

  • Unitae
    • Unithyns
    • Unithyls
    • Unithyms
  • Unitiae
  • Unithals
    • Visuals
    • Olfaudi
  • Malayalae

Unitae can be also elementary, such as P, P2, P3, H4 etc.

Superstem and substem of elements

The superstem and substem are unique "words" that are very important in unitae naming. Every element has an unique superstem and a substem. They are:

  • Parsintha: pars-, -an
  • Hyania: hyn-, -im
  • Oropia: orop-, -on
  • Corothola: cor-, -ol
  • Sallicina: sal-, -il
  • Vidiridia: vid-, -at
  • Elocca: el-, -et
  • Ipicca: ip-, -it
  • Tattana: tatt-, -ut
  • Quegnaroc: quegnar-, -oc

Note: superstem is on the left and substem is on the right.

Number prefixes

The number prefixes come from Latin or pseudo-Latin. They are also very important during the naming process, since they use to determine how many single elements are in the unitae. Every number has two types, because a prefix can stand before a vowel and also before a consonant. They are:

  • 1: no prefix
  • 2: di- or d-
  • 3: tri- or tr-
  • 4: que- or qu-
  • 5: qui- or quin-
  • 6: se- or sex-
  • 7: sa- or sept-
  • 8: octa- or oct-
  • 9: nova- or nov-
  • 10: deci- or dec-
  • 11: ununi- or unun-
  • 12: undi- or und- etc.

Unithyns

Unithyns are elementary compounds (unitae) with two or three articles (each element in the compound). Remember, the third article is optional. The articles can be mixed, that is, major or minor (not malaya). That could be Sallicina, Parsintha, Tattana or others. The basic or the general formula (the formula that determines the number of certain articles in the compound) is:

AxBx+2Cx+1

According to the formula, if element A is Parsintha, and element B is Hyania, then the formula would be PH3. If there are three articles: Parsintha, Hyania and Ipicca, then the formula would be PH3I2. The elements A and B or A and C cannot be the same, but elements B and C can be. The general formula changes:

An example of an unithyn: PH3

AxB2x+3

Those unithyns are called irregular unithyns. For example: PH3H2 becomes PH5. Every unita can be connected to the other one when building a sprins. Every type of unita has a certain nervulae-connecting number. The unithyns can be connected to two, three or four nervulae - they are two-, three- or four-nervulistic. Unitae are also named: every type of unita has a system of naming. Unithyns have a system like so:

(A number prefix)(A superstem)i(B number prefix)(B substem)in-(C number prefix)(C superstem)in

An example: PH3 would be called Parsitrihynin.

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