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Zero Phosphate, Powder

Soil-Oil, drawing lubricant, animal fat and grease Surface-Steel [Pg.115]

Application Method-Immersion Manufacture-Dry blend/Agglomeration [Pg.115]


Laundry Detergent-Consumer (Zero Phosphate. Powder)... [Pg.84]

Laundry Break-Industrial Institutional (Zero Phosphate Powder. High Alkalinity)... [Pg.88]

Biopresto ). Consequently, many standards were derived from powder. However, if liquids are to follow the zero phosphate tendency, the solution for liquid detergents must be zeolites of 2 p, size, to avoid sedimentation [72]. [Pg.43]

Fig. 13. (Upper) ip-NMR spectrum (121.5 MHz) of the purple membrane from Halobacterium cutirubrum obtained with high-power H decoupling at IS C spectral width 125 kHz acquisition time 6 ms recycle time 1 s pulse width 45° decoupler on 4 fts before acquisition and during acquisition but off during remainder of cycle Fourier transform of 16,384 data points after zero iilling. (Lower) Computer simulation of the above in terms of two axially symmetric powder patterns characterized by effective chemical-shift anisotropies of -I-61 and 4-18.5 ppm the angular-independent and -dependent linewidths were 300 and 200 Hz, and 350 and 250 Hz, for the phosphomonoester and phosphodiester, respectively. The broken curves are the powder patterns for the two types of phosphate ester present. From Ekiel et al. (1981). Fig. 13. (Upper) ip-NMR spectrum (121.5 MHz) of the purple membrane from Halobacterium cutirubrum obtained with high-power H decoupling at IS C spectral width 125 kHz acquisition time 6 ms recycle time 1 s pulse width 45° decoupler on 4 fts before acquisition and during acquisition but off during remainder of cycle Fourier transform of 16,384 data points after zero iilling. (Lower) Computer simulation of the above in terms of two axially symmetric powder patterns characterized by effective chemical-shift anisotropies of -I-61 and 4-18.5 ppm the angular-independent and -dependent linewidths were 300 and 200 Hz, and 350 and 250 Hz, for the phosphomonoester and phosphodiester, respectively. The broken curves are the powder patterns for the two types of phosphate ester present. From Ekiel et al. (1981).

See other pages where Zero Phosphate, Powder is mentioned: [Pg.115]    [Pg.198]    [Pg.115]    [Pg.198]    [Pg.459]    [Pg.115]    [Pg.224]    [Pg.867]    [Pg.63]    [Pg.867]    [Pg.79]   


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Break-Industrial Institutional (Zero Phosphate Powder, High Alkalinity

Detergent-Consumer (Zero Phosphate, Powder)

Detergent-Industrial and Institutional (Zero Phosphate, Powder)

Phosphate, Powder)

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