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External sources (not reviewed)

[...] [...] progressive deposition of sediments within the tunnels [...]

[...] beam etch and deposition, physical vapor deposition, and lapping [...] [...]

As the laying of natural gas pipelines in Tolo Harbour last year might have stirred up the toxic heavy metals deposited in the seabed, and the test results of the Agriculture, Fisheries and Conservation Department (AFCD) last year indicated that the concentration of cadmium, a heavy metal, in shell fish samples collected from such area was more than twice the permitted concentration specified for food in the Food Adulteration (Metallic Contamination) Regulations (Cap. 132 sub. leg. V), the fish farmers requested the Environmental Protection Department (EPD) to take soil samples for testing from two to three metres beneath the seabed near the works site.

Katanga produced its first copper cathode from the new solvent extraction plants and converted electro­winning facility during December 2012 as part of the Phase 4 project.

[...] [...] covering of dredged sediments during the dredging [...] [...]

Below are brief discussions of the biological, chemical, and physical processes that control the fate and transport of the EA sediment.

Quantitative modelling of the potential water quality impacts associated with dredging activities indicate the potential for large area exceedances of SS concentrations above water quality standards in the bed layer over the course of the dredging works, which may adversely affect the distribution of dolphin prey resources in the affected area.

Quantitative modelling of the potential water quality impacts associated with dredging activities indicate the potential for large area exceedances of SS concentrations above water quality standards in the bed layer over the course of the dredging works.

In 1869, Baron Von Richthofen (Figure 1), a renowned explorer in China, described three main geological successions from Hong Kong: older Sedimentaries, Intrusions of granite, and Quartz Porphyries and its tufas.

In a typical CVD process, the surface (wafer or substrate) is exposed to one or more volatile precursors, which react and/or decompose on the substrate surface to produce the desired deposit.

Over time, the fine sediment is winnowed out, leaving coarser, heavier sediment, less susceptible to resuspension by waves and currents.

Whenever a competitor crosses the finish line, the "timekeeper" of the event based on a button, pressing this gesture hands that touch dials then deposited on the surface of small ink marks.

[...] collecting stream sediment, water and stream [...]

Katanga expects to produce the first copper cathode through the new Solvent Extraction plants and converted electro-winning facility in Q4 2012, also somewhat delayed due to the strikes noted above.

Veeco holds ongoing MOCVD Training Courses for customers and their staff in our new China Training Center located in Shanghai.

[...] [...] potentially cause sediment suspension into [...] [...]

7.2.14 A typical section through the seawall at the Wan Chai shoreline is shown in the Minimum Reclamation Report, in Annex O. For a typical dredge level of –14mPD in this area, as determined from ground investigation, and maintaining the necessary clearance between the seawall foundation and the diaphragm wall of the Trunk Road tunnel, a distance of 31m needs to be maintained between the outer edge of the Trunk Road tunnel and the seawall copeline (the lesser dimension than for the HKCEC West area due to the less deep dredging requirement along the Wan Chai shoreline).