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- 11 Physical and chemical aspects of the use of fillers in paper
dependent on particle numbers will depend far more on size than on shape Table 11 3 gives some sedimentation particle size and specific surface area data for typical fillers including those shown in the electron micrographs The particle size distributions typically lie in the range ( < 10 wt% > 10 pm) -
- Hongda Chem
mass or bulk volume, with units of mug Surface area, similar as particle size, shows performance characteristics of carbon black To carbon black with smooth surface, its surface area and particle size are contrary to each other, which is the smaller the particle size, the bigger the surface area, and vice versa
- TECHNICAL DATA SHEET YIPIN Pearl Luster Pigment Silver White . . .
(Particle proportion within nominal grain diameter range) 92 Laser Particle Size Analyzer Water-Soluble Content [%] ≤≤≤≤ 0 3 DIN ISO787 Part 3 Water Content [%] ≤≤≤ 0 5 DIN ISO787 Part 2 PH Value 6~9 DIN ISO787 Part 9 Thermal Stability [℃℃℃℃] ≤≤≤≤ 800 Particle Shape Flake Electronic Microscope TiO2 Type Anatase
- Particle-Packing Phenomena and Their Application in Materials . . .
size classes of particles such as mono-dispersions or the narrow size cuts of particles The discrete approach refers to the packing of multimodal distributions containing two or more discrete size classes of particles A typical, multimo-dal, discrete distribution contains several size classes Following this approach,
- Europäisches Patentamt *EP001194485B1*
(54) Novel pigment form of Pigment Violet 23 Neue Pigmentform von Pigment Violet 23 Nouvelle forme pigmentaire de Pigment Violet 23 (84) Designated Contracting States: ATBECHCYDEDKESFIFRGBGRIEITLILU MC NL PT SE (30) Priority: 09 07 1999 CH127999 (43) Date of publication of application: 10 04 2002 Bulletin2002 15 (60) Divisional application
- NATIONAL GALLERY TECHNICAL BULLETIN
cautious attention to pigment nomenclature is required when considering the French contemporary terminology and English translations 19 Monet’s Water-Lilies has a long history of technical study, having been the subject of preliminary pigment analysis in 1971 using a newly devised electron micro-probe in Oxford, capable of elemental analysis on
- 5 Carbon black - Springer
(HFC) with particle sizes of 10-15 nm, medium color channel (MCC) and furnace blacks (MCF) with particle sizes of 16-24 nm, regular color channel (RCC) and furnace blacks (RCF), particle size 25-35 nm and low color furnace blacks (LCF) Post-treated, that is, oxidized blacks may contain the number (0) as a reference
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