The first two editable fields allow you to choose a time period (in seconds) and size settings. The indicator works as follows: if within / time / seconds the instrument's traded volume for a certain price level was greater than / size /, a mark will be added to the chart. Buys and sells are calculated separately.
Absorption Indicator
Absorption indicator applies traded size threshold to each price level separately, while Sweeps indicator to all price levels together. Also Sweeps indicator shows marks on the chart only if trades happened on at least X different price levels.
Abstract. Recent results from diverse air, ground, and laboratory studies using both radiometric and in situ techniques show that the fractions of black carbon, organic matter, and mineral dust in atmospheric aerosols determine the wavelength dependence of absorption (often expressed as Absorption Angstrom Exponent, or AAE). Taken together, these results hold promise of improving information on aerosol composition from remote measurements. The main purpose of this paper is to show that AAE values for an Aerosol Robotic Network (AERONET) set of retrievals from Sun-sky measurements describing full aerosol vertical columns are also strongly correlated with aerosol composition or type. In particular, we find AAE values near 1 (the theoretical value for black carbon) for AERONET-measured aerosol columns dominated by urban-industrial aerosol, larger AAE values for biomass burning aerosols, and the largest AAE values for Sahara dust aerosols. These AERONET results are consistent with results from other, very different, techniques, including solar flux-aerosol optical depth (AOD) analyses and airborne in situ analyses examined in this paper, as well as many other previous results. Ambiguities in aerosol composition or mixtures thereof, resulting from intermediate AAE values, can be reduced via cluster analyses that supplement AAE with other variables, for example Extinction Angstrom Exponent (EAE), which is an indicator of particle size. Together with previous results, these results strengthen prospects for determining aerosol composition from space, for example using the Glory Aerosol Polarimetry Sensor (APS), which seeks to provide retrievals of multiwavelength single-scattering albedo (SSA) and aerosol optical depth (and therefore aerosol absorption optical depth (AAOD) and AAE), as well as shape and other aerosol properties. Multidimensional cluster analyses promise additional information content, for example by using the Ozone Monitoring Instrument (OMI) to add AAOD in the near ultraviolet and CALIPSO aerosol layer heights to reduce height-absorption ambiguity.
Background: It has been hypothesized that the response of holo-transcobalamin (holo-TC) to oral vitamin B-12 may be used to assess absorption. To develop a reliable clinical absorption test that uses holo-TC, it is necessary to determine the optimal timeline for vitamin B-12 administration and postdose assessment.
Design: Adult (18-49 y) male and female participants (n = 21) with normal vitamin B-12 status were given three 9-mug doses of vitamin B-12 at 6-h intervals beginning early morning (baseline) on day 1. Blood was drawn at 17 timed intervals over the course of 3 d for the analysis of holo-TC and other indicators of vitamin B-12 status.
Conclusions: The greatest increase in holo-TC was observed 24 h after ingestion of three 9-mug doses of vitamin B-12. Our results indicate that a vitamin B-12 absorption test based on measurement of holo-TC after administration of three 9-mug doses of vitamin B-12 should run for 24 h.
and remotely sensible properties Recent research (e.g., IPCC 2007; Myhre, 2009) has emphasized that assessments of aerosol effects on climate require globally distributed information not just on aerosol amount (as conveyed, e.g., by maps of aerosol optical depth (AOD)), but also on aerosol characteristics such as size, composition and optical properties, including especially absorption. Kaufman et al. (2002) and Yu et al. (2009) have shown that it is possible to retrieve useful information on
Spiralith has lithium hydroxide (rather than calcium hydroxide) as its main constituent. Spiralith is a unique absorbent which is efficient, and does not degrade volatile agents. It does not desiccate since its water content is chemically bound. Spiralith is a powder enclosed in a polymer sheet, making the absorbent recyclable, and also limiting the danger to eyes and skin posed by dust in traditional absorbents. Since it lacks a color indicator, it may only be used with FICO2 monitoring.
Eliminating the activators entirely produces an absorbent which has similar physical characteristics (but perhaps less carbon dioxide absorption efficiency), as compared to soda lime: Amsorb (Armstrong Medical Ltd., Coleraine Northern Ireland).
* The water in Spiralith is chemically bound, so it does not desiccate. It does not have a granular size, since absorbent powder is encased in a polymer matrix, and it does not have an indicator.
** Draegersorb Free and Amsorb Plus contain CaCl2 is a humectant (helps retain moisture).
Adsorption Indicators are substances that indicate an excess of a reactant in argentometric titrations. Precipitate becomes colored when adsorption indicators is adsorbed. Loba Chemie offer wide range of Adsorption Indicators having extensive applications both in research laboratory and in industry.
The galactocentric distance of quasar absorption outflows are conventionally determined using absorption troughs from excited states, a method hindered by severely saturated or self-blended absorption troughs. We propose a novel method to estimate the size of a broad absorption line (BAL) region, which partly obscures an emission line region by assuming virialized gas in the emission region surrounding a supermassive black hole with known mass. When a spiky LyÎ Î 1216 line emission is present at the flat bottom of the deep N v Î 1240 absorption trough, the size of the BAL region can be estimated. We have found three BAL quasars in the SDSS database showing such LyÎ lines. The scale of their BAL outflows are found to be 3-26 pc, moderately larger than the theoretical scale (0.01-0.1 pc) of trough forming regions for winds originating from accretion disks, but significantly smaller than most outflow sizes derived using the absorption troughs of the excited states of ions. For these three outflows, the lower limits of the ratio of kinetic luminosity to Eddington luminosity are 0.02%-0.07%. These lower limits are substantially smaller than that required to have a significant feedback effect on their host galaxies.
Absorption rate is most often associated with real estate and the rate at which houses are being bought. Absorption rate (and absorption costing) are also used in cost accounting to assign overhead costs.
A high absorption rate means a higher proportion of houses are being purchased. Otherwise, a low absorption rate means a lower proportion of houses are being purchased. This information is used by relators, financial institutions, and appraisers as the rate at which houses are being bought drives a home's value and price.
In order to determine a monthly absorption rate, take the total number of homes sold in the market and divide that by 12. Then, divide this monthly average number of homes sold by the total number of homes available for sale.
In our study we got the following results:
- 45.9% out of 24 neonates with diarrhea had fat malabsorption.
This broke down to 9.1% with mild, 63.6% with moderate and 27.3% with severe fat malabsorption.
- 45% of the patients had mild dehydration and 50% had severe dehydration with fat malabsorption.
A visible absorption spectrum of a compound, like shown below, plots the absorbance of the sample on the y-axis, vs. the wavelengths of light (in nm) on the x-axis. If a compound absorbs a certain wavelength of light which has enough energy to promote an electron to a higher energy orbital, there will be a peak in the spectrum, labeled with the highest point as, Îmax. The wavelengths of absorbance are related to the color of the compound, as anything we observe to be colored appears to be a certain color based on which wavelengths of light are absorbed vs. reflected. So, a compound that appears colored to us, does so because it absorbs the wavelengths in the visible region of the opposite, or complementary color on a color wheel. For example, the compound which gives the spectrum below when visible light is passed through absorbs light in the blue-green region, therefore, looking across the color wheel, it will appear red-orange.
Product Description
Little's Comfy Baby Pants are pant style pull up diapers. These diapers help in quick absorption and come with perfect fitment to help keep your baby active during the day time and upto 12 hour absorption protection ensures long lasting dryness to help your baby have uninterrupted sleep during the night.
In this post, I will review the absorption ratio, a measure of financial market fragility based on principal components analysis, introduced by Kritzman et al.3. I will also show how to compute this absorption ratio for the U.S. stock market and how it could be used to scale the market exposure of a portfolio of U.S. equities.
When assets are tightly coupled, they are collectively fragile, in the sense that negative shocks travel more quickly and broadly than when assets are loosely linked. In contrast, a low absorption ratio implies that risk is distributed broadly across disparate sources; hence, the assets are less likely to exhibit a unified response to bad news.
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