FREE BOOKS

Author's List




PREV.   NEXT  
|<   139   140   141   142   143   144   145   146   147   148   149   150   151   152   153   154   155   156   157   158   159   160   161   162   163  
164   165   166   167   168   169   170   171   172   173   174   175   176   177   178   179   180   181   182   183   184   185   186   187   188   >>   >|  
rming the muriatic, fluoric, and boracic acids, and that in the acid state they enter into a number of combinations, to be afterwards detailed. Chemistry has hitherto been unable to disoxygenate any of them, so as to produce them in a simple state. For this purpose, some substance must be employed to which oxygen has a stronger affinity than to their radicals, either by means of single affinity, or by double elective attraction. All that is known relative to the origin of the radicals of these acids will be mentioned in the sections set apart for considering their combinations with the salifiable bases. SECT. XII.--_Observations upon the Combinations of Metals with each other._ Before closing our account of the simple or elementary substances, it might be supposed necessary to give a table of alloys or combinations of metals with each other; but, as such a table would be both exceedingly voluminous and very unsatisfactory, without going into a series of experiments not yet attempted, I have thought it adviseable to omit it altogether. All that is necessary to be mentioned is, that these alloys should be named according to the metal in largest proportion in the mixture or combination; thus the term _alloy of gold and silver_, or gold alloyed with silver, indicates that gold is the predominating metal. Metallic alloys, like all other combinations, have a point of saturation. It would even appear, from the experiments of Mr de la Briche, that they have two perfectly distinct degrees of saturation. TABLE _of the Combinations of Azote in the state of Nitrous Acid with the Salifiable Bases, arranged according to the affinities of these Bases with the Acid_. _Names of the bases._ _Names of the neutral salts._ _New nomenclature._ _Notes._ Barytes Nitrite of barytes. { Potash potash. { These salts are only Soda soda. { known of late, and Lime lime. { have received no particular Magnesia magnesia. { name in the old Ammoniac ammoniac. { nomenclature. Argill argill. { { As metals dissolve both in nitrous and Oxyd of zinc zinc. { nitric acids, metallic salts must of iron iron. { consequence be formed having manganese mangan
PREV.   NEXT  
|<   139   140   141   142   143   144   145   146   147   148   149   150   151   152   153   154   155   156   157   158   159   160   161   162   163  
164   165   166   167   168   169   170   171   172   173   174   175   176   177   178   179   180   181   182   183   184   185   186   187   188   >>   >|  



Top keywords:
combinations
 

alloys

 

affinity

 
saturation
 

nomenclature

 

mentioned

 

metals

 

radicals

 

Combinations

 

silver


experiments

 
simple
 

degrees

 
Nitrous
 
perfectly
 

distinct

 

predominating

 

Metallic

 

alloyed

 

combination


Briche

 

Potash

 

ammoniac

 

Argill

 

argill

 
Ammoniac
 

Magnesia

 

magnesia

 

dissolve

 

nitrous


manganese

 

mangan

 
formed
 

consequence

 

nitric

 

metallic

 

Barytes

 

Nitrite

 

barytes

 

mixture


arranged
 
affinities
 

neutral

 

potash

 

received

 
Salifiable
 

exceedingly

 
oxygen
 
stronger
 

employed