Big Chemical Encyclopedia

Chemical substances, components, reactions, process design ...

Articles Figures Tables About

Ultra sulfate

MAPROFIX WAC-IA NCI-C50191 NEUTRAZYME ORVUS WA PASTE PRODUCT No. 161 QUOIA.C EX-UB REWOPOL NLS 30 RICHONOL C SIPEX OP SIPON WT) SLS SODIUM DODECYL SULFATE SODIUM MONODODECYL SULFATE SOLSOL NEEDLES STANDAPOL 112 CONC STEPANOL WAQ STERLING WAQ-COSMETIC SULFOPON WA 1 SULFOTEX WALA SULFURIC ACID, MONODODECYL ESTER, SODIUM SALT TARAPON K 12 TEX-APON ZHC TREPENOL WA ULTRA SULFATE SL-1... [Pg.1260]

Ultra Sulfate. [Witeo] Sulfates wetting agent penetrant lubricant emulsifier. [Pg.388]

Fabrikker AS http //www.unger.no/], Ultra Sulfate SL-1 t[Witco4 http //www.witco.com] Ungerol LS, LSN t[Unger Fabrikker AS http //www.unger.no/], Unipol SLS [Universal Preserv-A-Chem http //www. upichem. com] Unipol WA-AC [Universal Preserv-A-Chem http //www.upichem.com], Unipol WAC Special [Universal Preserv-A-Chem http //www.upichem.com], Unipol WAQ-LC [Universal Preserv-A-Chem http //WWW. upichem. com]... [Pg.4059]

Ultra-Sperse A. See Corn starch, waxy Ultra-Sperse M. See Food starch, modified Ultra-Sperse . See Corn (Zea mays) starch Ultra Sulfate SL-1. See Sodium lauryl sulfate Ultratalc 609. See Talc Ultra-Tex 1. See Corn (Zea mays) starch Ultra-Tex 2] Ultra-Tex 3] Ultra-Tex 4] Ultra-Tex 2000. See Food starch, modified Ultratex CSP] Ultratex MES] Ultratex REL] Ultratex REP. See Silicone Ultrathene UE 612-04] Ultrathene UE 613-Oa, Ultrathene UE 624-000] Ultrathene UE 630] Ultrathene UE 630-000] Ultrathene UE 630-002] Ultrathene UE 631-000] Ultrathene UE 631-04] Ultrathene UE 632-000] Ultrathene UE 632-002] Ultrathene UE 633-000] Ultrathene UE 634] Ultrathene UE 634-OOa, Ultrathene UE 634-04] Ultrathene UE 634-67] Ultrathene UE 635-000] Ultrathene UE 635-004] Ultrathene UE 636-04] Ultrathene UE 636-67] Ultrathene UE 637-000] Ultrathene UE 637-04] Ultrathene UE 638-35] Ultrathene UE 639-35] Ultrathene UE 639-67] Ultrathene UE 645] Ultrathene UE 645-04] Ultrathene ... [Pg.4627]

Texapon Z Texapon Z 95 P Texapon Z Granules Texapon ZHC Needles Ufablend EST Ufapol 246 Ufarol LL27 Ufarol NA 30 Ufarol TCL 92 G Ufarol TCL 92 N Ufarol TCL 92 P Ufarol TZP 92 N Ufarol TZP 92 P Ultra Sulfate SL-1 Ungerol LS, LSN Unipol SLS Unipol WA-AC Unipol WAC Special Unipol WAQ-LC... [Pg.6133]

Uses Emulsifier, thickener, opacifier for aniiperspiranis structural agent for sticks Properties APHA 2.0 max. colon acid no. 0.3 max. iodine no. 1.0 max. sapon. no. 1.0 max. hyd. no. 200-210 0.2% max. moisture Ultra Sulfate AE>3 [Wllcoej Chem. Descrip. Ammonium alcohol ether sulfate Ionic Nature Anionic... [Pg.1924]

Ultra Sulfate SE-5 [Wllcoej Chem. Descrip. lum alcohol ether sulfole... [Pg.1924]

Benedek, K. and Guttman, A., Ultra-fast high-performance capillary sodium dodecyly sulfate gel electrophoresis of proteins, /. Chromatogr., 680, 375, 1994. [Pg.425]

The solids were analyzed by XPS using a Kratos AXIS Ultra spectrometer. The XPS spectra were obtained using a monochromatized A1 Ka source (15 W, 14 kV), for a small area (700 X 300 micron). A high surface concentration of sulfur was observed by XPS (Table 11), clearly higher than in the bulk (26.4% of the lanthanum was sulfated on the surface compared to 15.4% in the bulk). [Pg.45]

Existing data lend mixed support to the hypothesis that sulfate reduction is limited by availability of electron donors. Laboratory studies have shown that sulfate reduction in sediments can be stimulated by addition of carbon substrates or hydrogen (e.g., 85, 86). Increases in storage of reduced sulfur in sediments caused by or associated with addition of organic matter (108, 109) also have been interpreted as an indication that sulfate reduction is carbon-limited. Addition of nutrients to Lake 227 in the Experimental Lakes Area resulted in increased primary production and increased storage of sulfur in sediments (110, 111). Natural eutrophication has been observed to cause the same effect (23, 24, 112). Small or negligible decreases in sulfate concentrations in pore waters of ultra-oligotrophic lakes have been interpreted... [Pg.334]

The mixture was sonicated to eliminate aggregates. A polystyrene latex with a broad distribution was obtained from Kodak. This distribution had been characterized previously by electron microscopy, ultra centrifuge and Coulter counter. A monodlsperse, surfactant free, sulfated, polystyrene standard and a mixture of 10 such monodlsperse standards were purchased from Interfaclal Dynamics Corporation. A polyvinyl chloride latex with a broad distribution was donated by B. F. Goodrich. This sample had been characterized by Joyce Loebl disc centrifuge. These samples were diluted to 0.01% solids and sonicated to eliminate aggregates. [Pg.108]

Aldrich LC (1974) A volumetric method for the determination of sulfates Tappi 57 122-123 Atack D, Heitner C, Karms A (1980) Ultra-high yield pulping of eastern black spruce Part 2 Sven Papperstidn 83 133-141... [Pg.483]

An alternative approach is to modify the MCC in. some way. One such approach is to reduce the particle size of the MCC. This was undenaken by ultra-sonic homogenization of a suspension of Avicel PH 101 in the presence and absence of sodium lauryl sulfate, followed by spray drying (147). The evaluation of the performance of three such materials, which had a mean panicle. size of approximately IS pm, at a 30% content in... [Pg.352]

Figure 6. Summary results of a simple Michaelis-Menton model of molybdenum uptake by plankton including the effect of sulfate inhibition. Isolines are in units ofpmol Mo p g Chi) h and are shown as a function of the sulfate and molybdate concentrations. The cloud labelled "lakes" represents the range of sulfate and molybdate concentrations for most freshwater lakes. "Low-Mo" refers to molybdenum-deficient, ultra-oligotrophic lakes such as Castle Lake and a variety of New-Zealand lakes. "High-Mo" refers to molybdenum-rich, eutrophic lakes such as Lake Donk. Pyramls Lake is. saline. Data for Baltic. seawater Include points for experimental additions of molybdenum ("Baltic- -Mo") and of sulfate ("Baltic-y.sulfate) (Howarth et al., I9H8). Figure 6. Summary results of a simple Michaelis-Menton model of molybdenum uptake by plankton including the effect of sulfate inhibition. Isolines are in units ofpmol Mo p g Chi) h and are shown as a function of the sulfate and molybdate concentrations. The cloud labelled "lakes" represents the range of sulfate and molybdate concentrations for most freshwater lakes. "Low-Mo" refers to molybdenum-deficient, ultra-oligotrophic lakes such as Castle Lake and a variety of New-Zealand lakes. "High-Mo" refers to molybdenum-rich, eutrophic lakes such as Lake Donk. Pyramls Lake is. saline. Data for Baltic. seawater Include points for experimental additions of molybdenum ("Baltic- -Mo") and of sulfate ("Baltic-y.sulfate) (Howarth et al., I9H8).
U.S. 6503873 (2002) Crudden et al. (Hampshire Chem) JV-acyl ethylenediaminetriacetic acid (ED3A) (Na or K lauroyl) A novel chelating surfactant product ultra-mild detergent compositions in combination with alkyl sulfates excellent lather stability... [Pg.401]


See other pages where Ultra sulfate is mentioned: [Pg.1929]    [Pg.256]    [Pg.6774]    [Pg.1929]    [Pg.256]    [Pg.6774]    [Pg.465]    [Pg.309]    [Pg.107]    [Pg.1181]    [Pg.112]    [Pg.13]    [Pg.40]    [Pg.150]    [Pg.807]    [Pg.167]    [Pg.297]    [Pg.309]    [Pg.82]    [Pg.38]    [Pg.175]    [Pg.636]    [Pg.201]    [Pg.768]    [Pg.252]    [Pg.324]    [Pg.219]    [Pg.122]    [Pg.123]    [Pg.124]    [Pg.125]    [Pg.553]    [Pg.951]   
See also in sourсe #XX -- [ Pg.256 ]




SEARCH



© 2024 chempedia.info