20241115;The finer the line, the more formation of Hc/Mc (indicated by XRD quantification analysis), leading to a finer microstructure. The results suggest that the chemical
The crushed line particle-size distribution is shown in Fig. 1. Oven-dried (105 °C for 24 h) crushed line was mixed with 5% Portland cement (by mass of dry line) for
article is to review different techniques for analysing size and shape of micrometric particles such as line fillers. Particle size measurement has been studied by means of laser light
2010615;Sinter with line mean particle size of 1.25 to 1.52 mm yielded better sinter strength and lower RDI compared to sinter with smaller or larger line mean particle size.
It is therefore necessary to understand the role of line particle size on sinter properties and productivity. In the present work laboratory sintering experiments have been carried out with
20141130;The line particles were grinned separately and then added to the original cement. Line powders with several different particle sizes were used to partially replace
201664;A conventional level of significance of 0.05 was used for the analysis. This approach can test the hypothesis of whether particle size of
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41;Numerous publications over the past 5 decades have investigated the effect of line particle size (LmPS) on production performance, bone mineralization, and line
202031;Role of particle size on the multicycle calcium looping activity of line for thermochemical energy storage. CaO conversion (X) as a function of the cycle number (N)
202461;The influence line particle size and phytase had on the trabecular bone could be due to high turnover rates within the lattice structure of the bone (Rath et al., 2000).
20141130;The line particles were grinned separately and then added to the original cement. Line powders with several different particle sizes were used to partially replace
201121;Fully automated online measurement of the size distribution of line particles on conveyor belt is presented based on 3D range data collected every minute during 13 h of
121;The present study evaluated the effects of line particle size and Ca concentration on apparent ileal digestibility (AID) of P and Ca in the presence or absence of a
Effects of line particle size, phytate, calcium source, and phytase on standardized ileal calcium and phosphorus digestibility in broilers Poult Sci. Feb;100(2):900-909. doi:
Line particle size (PS) affects its solubility and thus can influence broiler performance by altering the rate of calcium (Ca) release into the gastrointestinal tract. The objective of this
201958;Line particle size has a crucial influence on SO2 capture efficiency, however there are few studies on the sulfation reactivity, which covers a broad range of
202461;The influence line particle size and phytase had on the trabecular bone could be due to high turnover rates within the lattice structure of the bone (Rath et al., 2000).
199621;Composition of line and true particle density CaCO3 MgCO3 + H20 Inert True density (wt%) (wt%) (wt%) (p*aco3)(kg/m3) 96.1 1.8 2.1 2710 Only few investigators give
The 100% of coarser line particle size . interaction significantly affected albumen The results obtained in our study agreed percent. with Pavloviski et al., (2003) and Araujo The
Table 2. Particle size segregations of line used in this study Particle size Range ~ean~ ~esh~ (In4 diameter (mm) A British Standard Sieve (BSS). F''rom particle size distribution by
2014424;The aim of this article is to compare five major techniques used to quantify the size and the shape of line fillers particles: laser diffraction scattering, wet sieving, and
20201119;Kim S.-W., Li W., Angel R., Proszkowiec-Weglarz M. Effects of line particle size and dietary Ca concentration on apparent P and Ca digestibility in the presence or
Particle size measurement has been studied by means of laser light. scattering, wet sieving (45, 63 and 125μm) and static image analysis. This last technique. enables also to characterize the
1013;The standard defines various size categories based on particle diameters. The gravel size categories in the ISO 14668 system are as follows: Very Coarse Gravel (GC): D50
721;Crushed stone is characterized by its angular faces and jagged edges with most aggregate being made from line and dolomite. Pebble sizes range from finer to very
202031;Role of particle size on the multicycle calcium looping activity of line for thermochemical energy storage. CaO conversion (X) as a function of the cycle number (N)