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  • 19-Butanoyloxyfucoxanthin; 19-Hexanoyloxyfucoxanthin; Alloxanthin; alpha-Carotene; Antheraxanthin; BELGIUM_WATERS_APRIL2018; BELGIUM_WATERS_APRIL2018_ST130; BELGIUM_WATERS_APRIL2018_ST215; BELGIUM_WATERS_APRIL2018_ST230; BELGIUM_WATERS_APRIL2018_ST330; BELGIUM_WATERS_APRIL2018_ST700; BELGIUM_WATERS_APRIL2018_ST710; BELGIUM_WATERS_APRIL2018_ST780; BELGIUM_WATERS_APRIL2018_W07BIS; BELGIUM_WATERS_APRIL2018_ZG02; BELGIUM_WATERS_JULY2018; BELGIUM_WATERS_JULY2018_LW_120; BELGIUM_WATERS_JULY2018_LW_130; BELGIUM_WATERS_JULY2018_LW_215; BELGIUM_WATERS_JULY2018_LW_230; BELGIUM_WATERS_JULY2018_LW_330; BELGIUM_WATERS_JULY2018_LW_700; BELGIUM_WATERS_JULY2018_LW_710; BELGIUM_WATERS_JULY2018_LW_780; BELGIUM_WATERS_JULY2018_LW_ZG02; beta-Carotene; Campaign; Carotene; Chlorophyll a; chlorophyll-a concentration; Chlorophyll b; Chlorophyll c1+c2; Chlorophyll c3; Chlorophyllide a; DATE/TIME; DEPTH, water; Diadinoxanthin; Diatoxanthin; Event label; Fucoxanthin; High Performance Liquid Chromatography (HPLC); HYP_0001; HYP_0002; HYP_0003; HYP_0004; HYP_0005; HYP_0006; HYP_0007; HYP_0008; HYP_0009; HYP_0010; HYP_0011; HYP_0012; HYP_0013; HYP_0014; HYP_0015; HYP_0016; HYP_0017; HYP_0019; HYP_0080; HYP_0082; HYP_0085; HYP_0087; HYP_0089; HYP_0091; HYP_0094; HYP_0096; HYP_0098; HYP_0100; HYP_0102; HYP_0104; HYP_0105; HYP_0107; HYP_0109; HYP_0111; HYP_0113; HYP_0115; HYP_0118; HYP_0120; HYP_0122; HYP_0124; HYP_0126; HYP_0128; HYP_0130; HYP_0154; HYP_0156; HYP_0158; HYP_0159; HYP_0160; HYP_0161; HYP_0162; HYP_0163; HYP_0164; HYP_0165; HYP_0166; HYP_0167; HYP_0168; HYP_0169; HYP_0170; HYP_0171; HYP_0172; HYPERMAQ; Hyperspectral and multi-mission high resolution optical remote sensing of aquatic environments; inherent optical properties; LATITUDE; LE_VERDON; LE_VERDON_GG13; LE_VERDON_GG15; LE_VERDON_GG18; LE_VERDON_GG20; LE_VERDON_GG22; LE_VERDON_GG24; LE_VERDON_GG41; LE_VERDON_GG43; LE_VERDON_GG45; LE_VERDON_GG47; LE_VERDON_GG49; LE_VERDON_GG51; LifeWatch_BE; LifeWatch BE; LONGITUDE; Lutein; MULT; Multiple investigations; Neoxanthin; optically complex waters; PAUILLAC; PAUILLAC_GG01; PAUILLAC_GG03; PAUILLAC_GG05; PAUILLAC_GG07; PAUILLAC_GG09; PAUILLAC_GG11; PAUILLAC_GG26; PAUILLAC_GG28; PAUILLAC_GG30; PAUILLAC_GG32; PAUILLAC_GG34; PAUILLAC_GG36; PAUILLAC_GG38; Peridinin; Phaeophorbide a; Phaeophytin a; Prasinoxanthin; radiometry; Rubber boat; Sample ID; Sampling on land; Simon Stevin; SPUIKOM_APRIL2018; SPUIKOM_APRIL2018_SP39a; SPUIKOM_APRIL2018_SP40a; SPUIKOM_APRIL2018_SP41; SPUIKOM_APRIL2018_SP42; SPUIKOM_APRIL2018_SP43; SPUIKOM_APRIL2018_SP44; SPUIKOM_JULY2018; SPUIKOM_JULY2018_SP50; SPUIKOM_JULY2018_SP51; SPUIKOM_JULY2018_SP52; SPUIKOM_JULY2018_SP53; SPUIKOM_JULY2018_SP54; SPUIKOM_JULY2018_SP55; SPUIKOM_JULY2018_SP56; SPUIKOM_JULY2018_SP57; SPUIKOM_JULY2018_SP58; SPUIKOM_JULY2018_SP59; SPUIKOM_JULY2018_SP60; Station label; Suspended particulate matter; turbidity; Violaxanthin; water reflectance; Zeaxanthin  (1)
  • 78.40  (1)
  • 81.20
Collection
Keywords
Publisher
Years
  • 1
    Electronic Resource
    Electronic Resource
    Electronic excitations in many-particle systems: a quantitative analysis (1989)
    Springer
    The European physical journal 12 (1989), S. 521-525 
    Details
    ISSN: 1434-6079
    Keywords: 41.70 ; 78.40 ; 82.70
    Source: Springer Online Journal Archives 1860-2000
    Topics: Physics
    Notes: Abstract Small particles, produced in usual experiments, commonly form many-particle systems. Interactions of various kinds among the particles influence the properties of such systems. We consider here the optical properties of noble metal particle systems with separated nearly spherical particles and with aggregates formed by induced coagulation of the single particles. In order to describe their optical extinction we apply electrodynamic interaction models on particles and aggregates. We perform a quantitative analysis of the extinction spectrum of one selected sample with the electrodynamic interaction model.
    Type of Medium: Electronic Resource
    URL: http://dx.doi.org/10.1007/BF01427010
    Location Call Number Expected Availability
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    Paper (German National Licenses)
    Fulltext
  • 2
    Electronic Resource
    Electronic Resource
    Many-cluster-systems: models of inhomogeneous matter (1989)
    Springer
    The European physical journal 12 (1989), S. 505-514 
    Details
    ISSN: 1434-6079
    Keywords: 36.40 ; 42.20 ; 78.00 ; 81.20 ; 81.40 ; 82.70
    Source: Springer Online Journal Archives 1860-2000
    Topics: Physics
    Notes: Abstract First, some general remarks concerning macroscopic “cluster matter” are given. In the second part, three recent, mainly optically and electron-microscopically performed investigations are discussed which deal with special properties of noble metal cluster systems forming the building units of this kind of matter:(1) dressed Au-55 clusters,(2) electromagnetic coupling effects among coagulated clusters,(3) the transition towards compact inhomogeneous matter caused by coalescence of clusters.
    Type of Medium: Electronic Resource
    URL: http://dx.doi.org/10.1007/BF01427008
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    Paper (German National Licenses)
    Fulltext
  • 3
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    Unknown
    Pigment concentration in surface water from six different study areas (in Argentina, China, France and Belgium) measured with HPLC (2022)
    PANGAEA
    Details
    Publication Date: 2023-08-07
    Keywords: 19-Butanoyloxyfucoxanthin; 19-Hexanoyloxyfucoxanthin; Alloxanthin; alpha-Carotene; Antheraxanthin; BELGIUM_WATERS_APRIL2018; BELGIUM_WATERS_APRIL2018_ST130; BELGIUM_WATERS_APRIL2018_ST215; BELGIUM_WATERS_APRIL2018_ST230; BELGIUM_WATERS_APRIL2018_ST330; BELGIUM_WATERS_APRIL2018_ST700; BELGIUM_WATERS_APRIL2018_ST710; BELGIUM_WATERS_APRIL2018_ST780; BELGIUM_WATERS_APRIL2018_W07BIS; BELGIUM_WATERS_APRIL2018_ZG02; BELGIUM_WATERS_JULY2018; BELGIUM_WATERS_JULY2018_LW_120; BELGIUM_WATERS_JULY2018_LW_130; BELGIUM_WATERS_JULY2018_LW_215; BELGIUM_WATERS_JULY2018_LW_230; BELGIUM_WATERS_JULY2018_LW_330; BELGIUM_WATERS_JULY2018_LW_700; BELGIUM_WATERS_JULY2018_LW_710; BELGIUM_WATERS_JULY2018_LW_780; BELGIUM_WATERS_JULY2018_LW_ZG02; beta-Carotene; Campaign; Carotene; Chlorophyll a; chlorophyll-a concentration; Chlorophyll b; Chlorophyll c1+c2; Chlorophyll c3; Chlorophyllide a; DATE/TIME; DEPTH, water; Diadinoxanthin; Diatoxanthin; Event label; Fucoxanthin; High Performance Liquid Chromatography (HPLC); HYP_0001; HYP_0002; HYP_0003; HYP_0004; HYP_0005; HYP_0006; HYP_0007; HYP_0008; HYP_0009; HYP_0010; HYP_0011; HYP_0012; HYP_0013; HYP_0014; HYP_0015; HYP_0016; HYP_0017; HYP_0019; HYP_0080; HYP_0082; HYP_0085; HYP_0087; HYP_0089; HYP_0091; HYP_0094; HYP_0096; HYP_0098; HYP_0100; HYP_0102; HYP_0104; HYP_0105; HYP_0107; HYP_0109; HYP_0111; HYP_0113; HYP_0115; HYP_0118; HYP_0120; HYP_0122; HYP_0124; HYP_0126; HYP_0128; HYP_0130; HYP_0154; HYP_0156; HYP_0158; HYP_0159; HYP_0160; HYP_0161; HYP_0162; HYP_0163; HYP_0164; HYP_0165; HYP_0166; HYP_0167; HYP_0168; HYP_0169; HYP_0170; HYP_0171; HYP_0172; HYPERMAQ; Hyperspectral and multi-mission high resolution optical remote sensing of aquatic environments; inherent optical properties; LATITUDE; LE_VERDON; LE_VERDON_GG13; LE_VERDON_GG15; LE_VERDON_GG18; LE_VERDON_GG20; LE_VERDON_GG22; LE_VERDON_GG24; LE_VERDON_GG41; LE_VERDON_GG43; LE_VERDON_GG45; LE_VERDON_GG47; LE_VERDON_GG49; LE_VERDON_GG51; LifeWatch_BE; LifeWatch BE; LONGITUDE; Lutein; MULT; Multiple investigations; Neoxanthin; optically complex waters; PAUILLAC; PAUILLAC_GG01; PAUILLAC_GG03; PAUILLAC_GG05; PAUILLAC_GG07; PAUILLAC_GG09; PAUILLAC_GG11; PAUILLAC_GG26; PAUILLAC_GG28; PAUILLAC_GG30; PAUILLAC_GG32; PAUILLAC_GG34; PAUILLAC_GG36; PAUILLAC_GG38; Peridinin; Phaeophorbide a; Phaeophytin a; Prasinoxanthin; radiometry; Rubber boat; Sample ID; Sampling on land; Simon Stevin; SPUIKOM_APRIL2018; SPUIKOM_APRIL2018_SP39a; SPUIKOM_APRIL2018_SP40a; SPUIKOM_APRIL2018_SP41; SPUIKOM_APRIL2018_SP42; SPUIKOM_APRIL2018_SP43; SPUIKOM_APRIL2018_SP44; SPUIKOM_JULY2018; SPUIKOM_JULY2018_SP50; SPUIKOM_JULY2018_SP51; SPUIKOM_JULY2018_SP52; SPUIKOM_JULY2018_SP53; SPUIKOM_JULY2018_SP54; SPUIKOM_JULY2018_SP55; SPUIKOM_JULY2018_SP56; SPUIKOM_JULY2018_SP57; SPUIKOM_JULY2018_SP58; SPUIKOM_JULY2018_SP59; SPUIKOM_JULY2018_SP60; Station label; Suspended particulate matter; turbidity; Violaxanthin; water reflectance; Zeaxanthin
    Type: Dataset
    Format: text/tab-separated-values, 1510 data points
    Location Call Number Expected Availability
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    DATA PANGAEA
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