NBS Special Publication, Issues 411-415U.S. Government Printing Office, 1974 |
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Page 31
... temperature interval which may not correspond with the temperature at which the polymer is decomposing . The rule of thumb here is that we want the vapor active ingredient to be released at about the same time as the polymer is ...
... temperature interval which may not correspond with the temperature at which the polymer is decomposing . The rule of thumb here is that we want the vapor active ingredient to be released at about the same time as the polymer is ...
Page 38
... TEMPERATURE ( ° C ) 400 Figure 1. Thermal analysis of cotton fabrics treated with various amounts of phosphoric acid . reaction of the cellulose occurs at progressively lower temperatures as increasing amounts of phosphoric acid are ...
... TEMPERATURE ( ° C ) 400 Figure 1. Thermal analysis of cotton fabrics treated with various amounts of phosphoric acid . reaction of the cellulose occurs at progressively lower temperatures as increasing amounts of phosphoric acid are ...
Page 39
... temperature interval which may not correspond with the temperature at which the polymer is decomposing . The rule of thumb here is that we want the vapor active ingredient to be released at about the same time as the polymer is ...
... temperature interval which may not correspond with the temperature at which the polymer is decomposing . The rule of thumb here is that we want the vapor active ingredient to be released at about the same time as the polymer is ...
Page 39
... TEMPERATURE ( ° C ) Figure 1. Thermal analysis of cotton fabrics treated with various amounts of phosphoric acid . reaction of the cellulose occurs at progressively lower temperatures as increasing amounts of phosphoric acid are present ...
... TEMPERATURE ( ° C ) Figure 1. Thermal analysis of cotton fabrics treated with various amounts of phosphoric acid . reaction of the cellulose occurs at progressively lower temperatures as increasing amounts of phosphoric acid are present ...
Page 40
... TEMPERATURE ( ° C ) % METAL Figure 5. Cotton fabrics treated with sodium salts . CELLULOSE / Na2W04.2H20 0.86 % W CELLULOSE / AMMONIUM METATUNGSTATE 1.28 % W CELLULOSE / NO2M0042H20 0.91 % Mo CELLULOSE / ( NH4 ) 6M07024-4H20 0.85 % Mo ...
... TEMPERATURE ( ° C ) % METAL Figure 5. Cotton fabrics treated with sodium salts . CELLULOSE / Na2W04.2H20 0.86 % W CELLULOSE / AMMONIUM METATUNGSTATE 1.28 % W CELLULOSE / NO2M0042H20 0.91 % Mo CELLULOSE / ( NH4 ) 6M07024-4H20 0.85 % Mo ...
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