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Fluorescent Components sentence examples within excitation emission matrix

excitation emission matrix

The fluorescence excitation-emission matrix coupled with parallel factor analysis (EEM-PARAFAC) revealed the presence of four different fluorescent components, including two protein-like (C1 and C4), fulvic-like (C2), and humic-like (C3) components, in the SMP and bEPS formed at different conditions.

Importance of nutrient availability for soluble microbial products formation during a famine period of activated sludge: Evidence from multiple analyses.

excitation emission matrix

Fluorescence excitation emission matrix coupled with parallel factor analysis (EEM-PARAFAC) identified the presence of three independent fluorescent components in AOM, including protein-like (C1), fulvic-like (C2) and humic-like components (C3).

Using fluorescence surrogates to track algogenic dissolved organic matter (AOM) during growth and coagulation/flocculation processes of green algae.

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Fluorescent Components sentence examples within dissolved organic matter

dissolved organic matter

The EEM-PARAFAC modelling results demonstrated that dissolved organic matter (DOM) in the Silin Reservoir waters was composed of three fluorescent components.

[Sources, Characteristics and Transformation Dynamics of Fluorescent Dissolved Organic Matter in the Silin Reservoir].

dissolved organic matter

We found significant positive relationships between ebullition and chlorophyll-a, dissolved organic carbon (DOC), biodegradable DOC, δ2H, δ18O and δ13C-DOC, autochthonous dissolved organic matter (DOM) fluorescent components, and a fraction of lipids, proteins, and lignins revealed using ultrahigh-resolution mass spectrometry, and a negative relationship between ebullitive CH4 flux and the percentage volume inhabited of macrophytes.

Autochthonous dissolved organic matter potentially fuels methane ebullition from experimental lakes.

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Fluorescent Components sentence examples within Three Fluorescent Components

Three Fluorescent Components

Three fluorescent components (C1-C3) of the MWF from three metalworking plants (BO, TH, and YD) were identified.

Characterization of fluorescent dissolved organic matters in metalworking fluid by fluorescence excitation-emission matrix and high-performance liquid chromatography.

Three Fluorescent Components

The EEM-PARAFAC modelling results demonstrated that dissolved organic matter (DOM) in the Silin Reservoir waters was composed of three fluorescent components.

[Sources, Characteristics and Transformation Dynamics of Fluorescent Dissolved Organic Matter in the Silin Reservoir].

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Fluorescent Components sentence examples within Five Fluorescent Components

Five Fluorescent Components

In this study, five fluorescent components (C1 to C5) were identified in the EEM spectra.

Characterization of dissolved organic matter in wastewater during aerobic, anaerobic, and anoxic treatment processes by molecular size and fluorescence analyses.

Five Fluorescent Components

In this study, we quantified five fluorescent components of marine CDOM and base-extractable particulate organic matter (BEPOM) in a growth and degradation experiment using a natural plankton assemblage, and compared those results to bacterial abundances, hydrolytic enzyme activities, and amino acid concentrations and associated diagenetic indices.

Linking chromophoric organic matter transformation with biomarker indices in a marine phytoplankton growth and degradation experiment

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Fluorescent Components sentence examples within Fmy Fluorescent Components

Fmy Fluorescent Components

With parallel factor (PARAFAC) model, four fluorescent components were identified.

Performance of microaeration hydrolytic acidification process in the pretreatment of 2-butenal manufacture wastewater.

Fmy Fluorescent Components

All the four fluorescent components increased with depth, showing a good linear relationship with DOC.

Exploring sediment porewater dissolved organic matter (DOM) in a mud volcano: Clues of a thermogenic DOM source from fluorescence spectroscopy

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Fluorescent Components sentence examples within Unique Fluorescent Components

Unique Fluorescent Components

The parallel factor analysis model identified four unique fluorescent components consisting of two protein components identified as tyrosine-like C1 and tryptophan-like C2, and two humic-like components C3 and C4.

Chromophoric dissolved organic matter in summer in a coastal mariculture region of northern Shandong Peninsula, North Yellow Sea

Unique Fluorescent Components

The PARAFAC model identified four unique fluorescent components for autumn (November 2014), winter (March 2015), spring (April 2015) and summer (July 2015) consisting of two humic-like components attributed to terrestrial (C1) and marine sources (C2), and two protein components identified as tyrosine-like (C3) and tryptophan-like (C4) attributed to in situ production.

Seasonal and spatial variability in the optical characteristics of DOM in a temperate shelf sea

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Fluorescent Components sentence examples within Different Fluorescent Components

Different Fluorescent Components

The fluorescence excitation-emission matrix coupled with parallel factor analysis (EEM-PARAFAC) revealed the presence of four different fluorescent components, including two protein-like (C1 and C4), fulvic-like (C2), and humic-like (C3) components, in the SMP and bEPS formed at different conditions.

Importance of nutrient availability for soluble microbial products formation during a famine period of activated sludge: Evidence from multiple analyses.

Different Fluorescent Components

The extracted EPS consisted of three different fluorescent components of tryptophan-like (C1), humic-like (C2), and fulvic-like (C3) components.

Improved dewaterability of anaerobically digested sludge and compositional changes in extracellular polymeric substances by indigenous persulfate activation.

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Fluorescent Components sentence examples within fluorescent components identified

fluorescent components identified

From the large-scale outbreak to the complete dissipation of the green tide, the fluorescence intensities of the four FDOM fluorescent components identified in the green tide areas were significantly higher than those in the non-green tide areas.

Composition variations and spatiotemporal dynamics of dissolved organic matters during the occurrence of green tide (Ulva prolifera blooms) in the Southern Yellow Sea, China.

fluorescent components identified

Five fluorescent components identified by parallel factor analysis of EEMs (three humic-like and two protein-like components) showed significant differences in the relative abundances under the different fertilization treatments.

The effects of fertilization treatments and cropping systems on long-term dynamics and spectroscopic characteristics of dissolved organic matter in paddy soil

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10.1016/j.talanta.2019.01.006

Through a simple dialysis, fluorescent components of a commercial caramel were harvested with a yield as high as 60%.

Dialysed caramel as an effective fluorophore for the simultaneous detection of three nitrophenols.

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10.1016/j.biortech.2019.122281

Analysis of the DOM fractions, molecular weight distribution, fluorescent components, and molecular compositions indicated that chitosan modification made more kinds of DOM components (e.

Dissolved organic matter (DOM) removal from biotreated coking wastewater by chitosan-modified biochar: Adsorption fractions and mechanisms.

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10.1007/s10337-019-03805-x

Finally, by incorporating a fluorescence (FL) detector into the experimental set-up, we demonstrate not only its orthogonality to DRI detection but also its sensitivity to the presence of even minor (≈ 1%) fluorescent components in a sample.

Detection Orthogonality in Macromolecular Separations. 2: Exploring Wavelength Orthogonality and Spectroscopic Invisibility Using SEC/DRI/UV/FL

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10.1080/09593330.2019.1647291

The fluorescent components in WSFs were preferentially degraded, and the degradation products of aromatic fraction were CO2 and H2O as well as saturates, mainly C20∼C31 alkanes.

Long-acting photocatalytic degradation of crude oil in seawater via combination of TiO2 and N-doped TiO2/reduced graphene oxide.

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10.1016/j.watres.2019.114924

This study focused on the functional groups, fluorescent components and molecular features of DOM as well as molecular weight of proteins in SS alkaline fermentation (at pH uncontrolled, 7, 8, 9 and 10).

The characterization of dissolved organic matter in alkaline fermentation of sewage sludge with different pH for volatile fatty acids production.

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10.1016/J.MSEC.2019.109978

TD-DFT molecular calculations of the fluorescent components were carried out to compare their theoretical UV-Vis spectra to experimental results.

Fluorescence decay rate of selected compounds from Eysenhardtia polystachya extracts and their viability as biosensors.

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10.1016/J.ATMOSENV.2019.06.034

43), except for Peak M and α-dicarbonyls, illustrating that fluorescent components and dicarboxylic acids were derived from common biological origins and biomass burning.

Excitation-emission matrix fluorescence, molecular characterization and compound-specific stable carbon isotopic composition of dissolved organic matter in cloud water over Mt. Tai

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10.1016/j.scitotenv.2019.02.186

One humic-like, one fulvic-like, and two protein-like fluorescent components were identified by PARAFAC analysis, with different components exhibiting different variable patterns in response to Cu(II) addition.

Molecular weight-dependent spectral and metal binding properties of sediment dissolved organic matter from different origins.

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10.1016/j.chemosphere.2019.05.002

A variety of humic-like fluorescent components was characterized here, providing valuable insights into the chemical composition of DOM in rhizosphere and bulk sediment.

Combination of DGT and fluorescence spectroscopy for improved understanding of metal behaviour in mangrove wetland.

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10.1016/J.ATMOSENV.2019.02.039

The intensities of these fluorescent components all steadily decreased with oxidation, in which the tryptophan-like substance (C1) presented pronounced reduction for both BB BrC.

The aging behaviors of chromophoric biomass burning brown carbon during dark aqueous hydroxyl radical oxidation processes in laboratory studies

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10.1016/j.watres.2019.115271

The proposed method can enhance fluorescence signatures for the separation and analysis of fluorescent components in water contaminants.

An enhancement approach of fluorescence signatures in excitation emission matrixes for water contaminant analysis.

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10.1016/j.steroids.2019.02.013

A convergent synthesis was developed that culminated in the [3+2] copper (I) assisted alkyne‐azide cycloaddition coupling of the steroidal and fluorescent components.

Design and synthesis of fluorescently labeled steroidal antiestrogens

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10.5194/TC-13-157-2019

, soluble ions), fluorescent components, and air mass backward trajectories combined with satellite-derived active-fire locations.

The optical characteristics and sources of chromophoric dissolved organic matter (CDOM) in seasonal snow of northwestern China

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10.1016/j.ecoenv.2019.02.059

The results also suggest that protein-like materials exhibit higher log KM values than other fluorescent components, indicating that fluorescent protein-like materials play a crucial role in the biogeochemical behavior of CBZ.

Insight into the binding properties of carbamazepine onto dissolved organic matter using spectroscopic techniques during grassy swale treatment.

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10.13227/j.hjkx.201806012

The fluorescent components are not labile with respect to microbial degradation and humic-like components are accumulated after 28 days of microbial culture.

[Spatial Distribution and Degradation of CDOM in the Minjiang River in Summer].

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10.1109/CVPR.2019.00776

In this paper, we address the separation of reflective and fluorescent components in RGB images taken under narrow-band light sources such as LEDs.

Reflective and Fluorescent Separation Under Narrow-Band Illumination

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10.13227/j.hjkx.201905123

28% of these parameters, which comprehensively reflected the effects of the photodegradation process on CDOM characteristics and fluorescent components.

[Characteristics of Chromophoric Dissolved Organic Matter (CDOM) in Natural Rivers of Western Sichuan Plateau].

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10.1016/j.scitotenv.2018.12.117

One tyrosine-like (C4), one tryptophan-like (C2), and two humic-like (C1 and C3) fluorescent components were identified in fluorescent DOM (FDOM) by parallel factor analysis (PAFACAC), potentially indicating algal, anthropogenic, and terrestrial inputs, respectively.

Optical and molecular signatures of dissolved organic matter in Xiangxi Bay and mainstream of Three Gorges Reservoir, China: Spatial variations and environmental implications.

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Fluorescent Components
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What is/are Fluorescent Components?

Fluorescent Components - Through a simple dialysis, fluorescent components of a commercial caramel were harvested with a yield as high as 60%. [1] Analysis of the DOM fractions, molecular weight distribution, fluorescent components, and molecular compositions indicated that chitosan modification made more kinds of DOM components (e. [2] Finally, by incorporating a fluorescence (FL) detector into the experimental set-up, we demonstrate not only its orthogonality to DRI detection but also its sensitivity to the presence of even minor (≈ 1%) fluorescent components in a sample. [3] The fluorescent components in WSFs were preferentially degraded, and the degradation products of aromatic fraction were CO2 and H2O as well as saturates, mainly C20∼C31 alkanes. [4] This study focused on the functional groups, fluorescent components and molecular features of DOM as well as molecular weight of proteins in SS alkaline fermentation (at pH uncontrolled, 7, 8, 9 and 10). [5] TD-DFT molecular calculations of the fluorescent components were carried out to compare their theoretical UV-Vis spectra to experimental results. [6] 43), except for Peak M and α-dicarbonyls, illustrating that fluorescent components and dicarboxylic acids were derived from common biological origins and biomass burning. [7] One humic-like, one fulvic-like, and two protein-like fluorescent components were identified by PARAFAC analysis, with different components exhibiting different variable patterns in response to Cu(II) addition. [8] A variety of humic-like fluorescent components was characterized here, providing valuable insights into the chemical composition of DOM in rhizosphere and bulk sediment. [9] The intensities of these fluorescent components all steadily decreased with oxidation, in which the tryptophan-like substance (C1) presented pronounced reduction for both BB BrC. [10] The proposed method can enhance fluorescence signatures for the separation and analysis of fluorescent components in water contaminants. [11] A convergent synthesis was developed that culminated in the [3+2] copper (I) assisted alkyne‐azide cycloaddition coupling of the steroidal and fluorescent components. [12] , soluble ions), fluorescent components, and air mass backward trajectories combined with satellite-derived active-fire locations. [13] The results also suggest that protein-like materials exhibit higher log KM values than other fluorescent components, indicating that fluorescent protein-like materials play a crucial role in the biogeochemical behavior of CBZ. [14] The fluorescent components are not labile with respect to microbial degradation and humic-like components are accumulated after 28 days of microbial culture. [15] In this paper, we address the separation of reflective and fluorescent components in RGB images taken under narrow-band light sources such as LEDs. [16] 28% of these parameters, which comprehensively reflected the effects of the photodegradation process on CDOM characteristics and fluorescent components. [17] One tyrosine-like (C4), one tryptophan-like (C2), and two humic-like (C1 and C3) fluorescent components were identified in fluorescent DOM (FDOM) by parallel factor analysis (PAFACAC), potentially indicating algal, anthropogenic, and terrestrial inputs, respectively. [18]

excitation emission matrix

The fluorescence excitation-emission matrix coupled with parallel factor analysis (EEM-PARAFAC) revealed the presence of four different fluorescent components, including two protein-like (C1 and C4), fulvic-like (C2), and humic-like (C3) components, in the SMP and bEPS formed at different conditions. [1] Fluorescence excitation emission matrix coupled with parallel factor analysis (EEM-PARAFAC) identified the presence of three independent fluorescent components in AOM, including protein-like (C1), fulvic-like (C2) and humic-like components (C3). [2] Fluorescence excitation-emission matrix (EEM) spectroscopy combined with parallel factor analysis (PARAFAC) was able to identify five fluorescent components (C1-5), including three humic-like components (C1, C3, and C4) and two protein-like components (C2 and C5). [3] Three fluorescent components, the humic-like (components 1 and 3) and protein-like (component 2) components, were found by excitation-emission matrix spectra with parallel factor analysis. [4] Excitation-emission matrix coupled with parallel factor analysis (EEM-PARAFAC) showed the presence of four fluorescent components (C1 to C4) in the rhizosphere. [5]

dissolved organic matter

The EEM-PARAFAC modelling results demonstrated that dissolved organic matter (DOM) in the Silin Reservoir waters was composed of three fluorescent components. [1] We found significant positive relationships between ebullition and chlorophyll-a, dissolved organic carbon (DOC), biodegradable DOC, δ2H, δ18O and δ13C-DOC, autochthonous dissolved organic matter (DOM) fluorescent components, and a fraction of lipids, proteins, and lignins revealed using ultrahigh-resolution mass spectrometry, and a negative relationship between ebullitive CH4 flux and the percentage volume inhabited of macrophytes. [2] However, little is known about the spectral characteristics and fluorescent components of soil dissolved organic matter (DOM) in peri-urban ecosystems and their influencing factors. [3]

Three Fluorescent Components

Three fluorescent components (C1-C3) of the MWF from three metalworking plants (BO, TH, and YD) were identified. [1] The EEM-PARAFAC modelling results demonstrated that dissolved organic matter (DOM) in the Silin Reservoir waters was composed of three fluorescent components. [2] Three fluorescent components (C1, C2, and C3) were more easily subjected to external perturbation than the DOC and ultraviolet absorbance at 254 nm in the oxidation processes. [3] Three fluorescent components were found for all samples that are related to tyrosine (Tyr), tryptophan (Trp) and phenylalanine (Phe) amino acids. [4] Three fluorescent components in DOM were finally identified: tryptophan-like (C1), humic-like (C2) and protein-like (C3) components. [5] ① Three fluorescent components were obtained using PARAFAC, including a terrestrial humic-like C1, a tryptophan-like C2, and a tyrosine-like C3. [6] Three fluorescent components, the humic-like (components 1 and 3) and protein-like (component 2) components, were found by excitation-emission matrix spectra with parallel factor analysis. [7]

Five Fluorescent Components

In this study, five fluorescent components (C1 to C5) were identified in the EEM spectra. [1] In this study, we quantified five fluorescent components of marine CDOM and base-extractable particulate organic matter (BEPOM) in a growth and degradation experiment using a natural plankton assemblage, and compared those results to bacterial abundances, hydrolytic enzyme activities, and amino acid concentrations and associated diagenetic indices. [2] Fluorescence excitation-emission matrix (EEM) spectroscopy combined with parallel factor analysis (PARAFAC) was able to identify five fluorescent components (C1-5), including three humic-like components (C1, C3, and C4) and two protein-like components (C2 and C5). [3] Five fluorescent components were identified from POM with PARAFAC. [4] CDOM absorption and FDOM fluorescence indices, average fluorescence intensities of the five fluorescent components (φi, i = I, II, III, IV, V) and total fluorescence intensities (φT) are significantly different between brackish and freshwater lakes (p   10‰. [5] Five fluorescent components identified by parallel factor analysis of EEMs (three humic-like and two protein-like components) showed significant differences in the relative abundances under the different fertilization treatments. [6]

Fmy Fluorescent Components

With parallel factor (PARAFAC) model, four fluorescent components were identified. [1] All the four fluorescent components increased with depth, showing a good linear relationship with DOC. [2] Four fluorescent components were identified with EEM-PARAFAC, including three humic-like components (C1-C3) and one tyrosine-like component C4. [3] Four fluorescent components (two humic-like and two protein-like substances) were identified using the PARAFAC model. [4] Excitation-emission matrix coupled with parallel factor analysis (EEM-PARAFAC) showed the presence of four fluorescent components (C1 to C4) in the rhizosphere. [5]

Unique Fluorescent Components

The parallel factor analysis model identified four unique fluorescent components consisting of two protein components identified as tyrosine-like C1 and tryptophan-like C2, and two humic-like components C3 and C4. [1] The PARAFAC model identified four unique fluorescent components for autumn (November 2014), winter (March 2015), spring (April 2015) and summer (July 2015) consisting of two humic-like components attributed to terrestrial (C1) and marine sources (C2), and two protein components identified as tyrosine-like (C3) and tryptophan-like (C4) attributed to in situ production. [2]

Different Fluorescent Components

The fluorescence excitation-emission matrix coupled with parallel factor analysis (EEM-PARAFAC) revealed the presence of four different fluorescent components, including two protein-like (C1 and C4), fulvic-like (C2), and humic-like (C3) components, in the SMP and bEPS formed at different conditions. [1] The extracted EPS consisted of three different fluorescent components of tryptophan-like (C1), humic-like (C2), and fulvic-like (C3) components. [2]

fluorescent components identified

From the large-scale outbreak to the complete dissipation of the green tide, the fluorescence intensities of the four FDOM fluorescent components identified in the green tide areas were significantly higher than those in the non-green tide areas. [1] Five fluorescent components identified by parallel factor analysis of EEMs (three humic-like and two protein-like components) showed significant differences in the relative abundances under the different fertilization treatments. [2]