particulate

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particulate

 [pahr-tik´u-lāt]
composed of separate particles.

par·tic·u·late

(par-tik'yū-lāt),
Relating to or occurring in the form of fine particles.

particulate

[pärtik′yəlit]
pertaining to a minute discrete particle or fragment of a substance or material.

par·tic·u·late

(pahr-tik'yū-lăt)
Relating to or occurring in the form of fine particles; formed elements, discrete bodies, as contrasted with the surrounding liquid or semiliquid material (e.g., granules or mitochondria in cells).

particulate

composed of separate particles.
References in periodicals archive ?
Phase/compound analysis of the Solid aerosols were carried out by employing an automated powder X- ray diffractometer (Rigaku model D/MAX-II A) which is equipped with a scintillation counter and a pulse-height analyser.
Characterization of solid aerosols (morphology, type and chemistry) was performed using SEM (Model: JEOL-1010,80kVx1500x2500) available at NIBGE, Faisalabad.
These samples were collected by air volume samplerfor the study of phase analysis of solid aerosols usingXRPD technique.
In order to know which region had lighter identified compounds in solid aerosols loadings than the others.
The major sources of solid aerosols include Coal burning, Auto mobile exhaust, high temperature Industrial processes, fugitive dust, de-odourization of waste gases, detoxification of dust from steel plants, unpaved roads, municipal waste combustion etc along with some natural processes as forest fires, decaying
sulfonate tetrahydrate and Barium phenolsulfonate gave astonishing results from this mixing of the technique it was emitted that these solid aerosols were contributing a lot towards environment pollution of the Faisalabad environment by addition and subtraction of phases and hence modifying the ecosystem.
Table 20: Pool Wise Trend Pattern of Compounds in Solid Aerosols
SEM analysis of most of the solid aerosols showed that the identified organic compounds occurred as patches rather than single grains, so the heterogeneity and complexity of the Faisalabad environment is confirmed being the dominating factor in our experimental findings which may be the main cause of formation of organic compounds in the environment because the environment of the Faisalabad is more favorable for photolysis process, being more humid than that of other environments and hydroscopic and hygroscopic nature of solid aerosols also favours our experimental findings through condensation after oxidation of precursor compounds already present in
It is concluded that the solid aerosols samples collected from various pools in Faisalabad contained steadily the organic compounds namely GB- Naphthylbismuth dioxide, Sodium hippurate, Sodium- GA-naphthyla m i ne-4-sulfonate tetrahydrate, Potassium phenoxide, Bismuth sal i cylate, Cadm i u m sali cy late hydrate, Bariu m pheno lsulfonate as pollution components mixing techniques showed addition and subtraction of compound phases and hence modification of the environment and consequently are generating relevant health hazards.
A package of high resolution technique (XRD, AAS, SEM, TEM, and AFM) is necessary to understand the Physics, Mineralogy, Geology, Climatology and Chemistry of these solid aerosols [54-57].
A comprehensive investigation of solid aerosols using XRPD and AAS Techniques.
Seasonal Variations and Characterization of Solid Aerosols Related to Faisalabad (Pakistan) Environment.